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1,3,4-THIADIAZOLIUM DERIVATIVES [ A-18]
18S RRNA [ V-27]
2 D-PAGE [ W-57]
2-D ELECTROPHORESIS [ W-53], [ H-131]
2-DE [ W-14], [ W-5]
2-DEOXYRIBOSE ASSAY [ T-31]
2-O-SULFOTRANSFERASE [ M-32]
2D [ G-114]
2D ELETROCPHORESIS [ H-77]
2D ELETROPHORESIS [ W-26]
2D GEL ELECTROPHORESIS [ W-2]
2D-DIGE [ W-8]
2D-ELECTROPHORESIS [ W-59]
2D-GEL ELECTROPHORESIS [ J-13]
2D-PAGE [ W-52]
2DE [ C-14], [ W-19]
2S ALBUMIN [ O-16]
3 D STRUCTURE [ D-6]
3'UTR BINDING [ E-9]
3,5 DIIODOTIRONINA [ I-17]
3-BROMOPYRUVATE [ A-39], [ A-2]
3-HYDROXYISOBUTYRIC ACID [ R-1]
3-NITROPROPIONIC ACID [ C-8]
3D STRUCTURE [ N-138]
4,9-DIAZAPYRENIUM [ P-8]
5'-METHYLTHIOADENOSINE [ N-101]
5'-NUCLEOTIDASE [ L-17], [ L-30]
6-PHOSPHOFRUCTO-1-KINASE [ I-14], [ I-1], [ Q-6]
8-OXODGUO [ T-52]
A-AMYLASE INHIBITORS [ E-115]
A-TYPE INCLUSION BODY [ F-16]
A. NIDULANS [ G-119]
A.GAMBIAE [ SP.01-01]
A2 ANTIGEN [ U-10]
A549 [ U-3]
A549 CELL [ Q-37]
AAM1 RECEPTOR [ D-41]
ABC TRANSPORTER [ D-52], [ L-1], [ N-131]
ABDOMINAL OBESITY [ I-11], [ I-2]
ABH BLOOD GROUP [ O-13]
ABIOTC STRESS [ E-11]
ABIOTIC STRESS [ E-78], [ E-59]
ABSORTION [ U-44]
AÇAI [ E-13]
ACANTHAMOEBA [ S-8]
ACANTHOSCELIDES [ D-4]
ACANTHOSPERMUM HISPIDUM [ N-81]
ACBP [ D-75]
ACCLIMATION [ A-23]
ACE [ L-25]
ACETALDEHYDE [ T-28]
ACETAMINOPHEN [ L-22], [ T-74]
ACETOCHLOR [ T-73]
ACETOCLASTIC METHANOGENIC [ F-38]
ACETOPHENONE [ N-130]
ACETYL RADICAL [ T-7]
ACETYL-COA [ E-32]
ACETYLATION [ G-118]
ACETYLATION AND DEACETYLATION [ B-27]
ACETYLCHOLINE RECEPTORS [ R-24], [ R-44]
ACETYLSALICYLATE [ I-1]
ACF [ YSF.3-3]
ACHARAN SULFATE [ M-32]
ACHATINA FULICA [ M-32]
ACID DNASE [ N-127]
ACID INTERACTION [ U-14]
ACID PHOSPHATASE [ D-20], [ G-9]
ACID PRODUCTION [ F-80], [ F-78]
ACIDITHIOBACILLUS THIOOXIDANS [ F-92]
ACIDOCALCISOME [ SP.02-04], [ SP.02-01], [ SP.02-02]
ACIDOCALCISOMES [ A-27]
ACIDOGENESIS [ T-8]
ACIDOVORAX AVENAE [ E-36]
ACINETOBACTER BAUMANNII [ F-48], [ U-21]
ACO [ I-13]
ACONITASE [ D-87]
ACROSOME REACTION [ M-2]
ACTH [ J-8]
ACTIN [ Q-6]
ACTIN IMMOBILIZATION, [ K-14]
ACTIN-BASED MOTORS [ R-8]
ACTINOMYCETEMCOMITIN [ F-2]
ACTIVE LEARNING [ K-23]
ACTIVITIES ON MOLECULAR BIOTECHNOLOGY [ K-15]
ACTIVITY [ M-18]
ACUTE LEUKEMIA [ B-56]
ACUTE LINPHOCYTIC LEUKEMIA [ C-14]
ACUTE LYMPHOBLASTIC LEUKEMIA (ALL) [ N-52], [ L-74]
ACYL-COA-BINDING PROTEIN [ D-18]
ACYLPOLYAMINETOXINS [ R-15]
ADAM [ G-34]
ADAMS [ G-106]
ADAPTABILITY [ G-120]
ADAPTATIVE BINDING FORCE (ABF) [ A-44]
ADDITIVE DETERGENT [ H-73]
ADDUCTS [ T-50]
ADENINE DEAMINASE [ L-40]
ADENOSINE [ L-67], [ L-91], [ R-16], [ R-26], [ L-99], [ O-4]
ADENOSINE DEAMINASE [ R-38]
ADHERENCE [ M-31]
ADHESINS [ W-50], [ W-55]
ADHESION [ Q-44], [ G-34]
ADHESION MOLECULES (CAM) [ W-18]
ADIPOSE TISSUE [ C-26]
ADIPOSITY [ I-8]
ADSORPTION [ H-135]
ADULT BRAIN [ SP.20-01]
ADVENTITIOUS ROOTING [ E-110]
AEDES [ D-43], [ D-45]
AEDES AEGYPTI [ D-46], [ SP.01-03], [ YSF.4-2], [ D-52], [ D-91], [ V-13], [ D-30], [ D-79], [ D-17], [ D-25], [ D-38], [ E-19], [ D-96], [ D-94], [ U-43]
AEDES FLUVIATILIS [ D-3]
AFFINITY CHROMATOGRAPHY [ L-76]
AFFINITY CHROMTOGRAPHY [ K-14]
AFRICAN TRYPANOSOMIASIS [ H-66]
AGAR [ M-45], [ E-87]
AGARICUS BISPORUS [ M-40]
AGATHISFLAVONE [ R-10]
AGGREGATIBACTER ACTINOMYCETEMCOMITANS [ F-2]
AGGREGATION [ N-34], [ N-119], [ N-114]
AGLYCONE [ L-53]
AGRO-INDUSTRY WASTE [ H-50]
AGROINDUSTRIAL WASTES [ H-51]
AGT1 [ H-22]
AIDS [ P-31]
ALBUMINS [ N-123]
ALCOHOL [ C-29]
ALDEHYDES [ T-34]
ALDOSE REDUCTASE [ N-128]
ALF [ B-5]
ALF4- [ A-28]
ALGA [ E-90]
ALGAE [ T-55], [ T-15]
ALGINATE [ H-83]
ALGORITHM [ N-23]
ALKALINE PHOSPHATASE [ H-79]
ALKALINE PROTEASE, [ H-88]
ALKALOIDS [ R-5]
ALLELE F [ B-22]
ALLELE FREQUENCY [ D-93]
ALLERGY [ O-16], [ V-5]
ALPHA TUBULIN [ G-62]
ALPHA- AMYLASE [ W-28]
ALPHA-AMYLASE [ S-11], [ E-100]
ALPHA-AMYLASE INHBITORS [ E-17]
ALPHA-AMYLASE INHIBITOR [ E-63]
ALPHA-GALACTOSIDASE [ L-93]
ALPHA-GALACTOSIDASES [ L-66]
ALPHA-GLUCOSIDASE [ D-93], [ D-54], [ D-77], [ D-41]
ALPHA-GLUCOSIDE TRANSPORTER [ A-24]
ALPHA-MANNOSIDASE [ D-56]
ALPHA-TOCOFEROL [ T-14]
ALPHAS1-CASEIN [ B-22]
ALPHAVIRUS [ F-62]
ALS [ T-25]
ALTERNATIVE [ N-74]
ALTERNATIVE CONCEPTIONS [ K-18]
ALTERNATIVE MEDIA [ H-78]
ALTERNATIVE NADH DEHYDROGENASE [ G-35], [ G-22]
ALTERNATIVE NADH DEHYDROGENASES [ E-47]
ALTERNATIVE OXIDASE [ B-3], [ G-28], [ G-22]
ALTERNATIVE SPLICE [ B-54]
ALTERNATIVE SPLICING [ SP.10-02]
ALUMINUM [ G-49], [ G-4]
ALZHEIMER'S DISEASE [ SP.18-02], [ SP.14-04], [ R-7]
ALZHIMER DISEASE [ R-8]
AMAZONIA [ F-40]
AMBLYOMMA CAJENNENSE [ L-103]
AMIDINE DERIVATES [ P-16]
AMINO ACID METABOLISM [ G-87]
AMINO ACIDS [ K-5], [ N-118]
AMINOACETONE [ T-63]
AMINOACYL-TRNA [ B-12]
AMINOGLYCOSIDES [ M-56]
AMINOPEPTIDASE [ L-97]
AMINOPEPTIDASES [ E-46], [ L-44]
AMMONIUM [ E-73], [ L-28], [ F-83]
AMMONIUM CHANNEL [ F-5]
AMPHOTERICIN B [ H-47]
AMPLICONS [ G-37]
AMPLIFICATIONS [ H-8]
AMYLASE [ U-4], [ L-8], [ L-27]
AMYLASES [ L-21], [ E-67]
AMYLOID [ N-124], [ N-109], [ N-108]
AMYLOID BETA PEPTIDE [ R-8]
AMYLOID PRECURSOR PROTEIN [ R-7]
AMYLOID PRECURSOS PROTEIN [ SP.14-04]
AMYLOID-LIKE [ N-20]
AMYLOIDOSIS [ N-134], [ N-51], [ Q-49]
ANACARDIUM OCCIDENTALE [ L-60]
ANAEROBIC RESPIRATION [ SP.29-02]
ANAGASTA KUEHNIELLA [ D-69]
ANALGESIC [ P-41], [ P-14], [ P-2]
ANALOGOUS ENZYMES [ G-87]
ANANAS COMOSUS [ E-99], [ L-24], [ M-7]
ANARCADIUM OCIDENTALE L [ H-6]
ANDROGEN [ I-7], [ B-26]
ANEMIA [ F-104]
ANGIOGENESIS [ R-33], [ N-87], [ H-92], [ H-119], [ Q-65], [ P-17], [ T-17]
ANGIOGENESIS, BRADYKININ, EGF RECEPTOR [ T-49]
ANGIOGENESIS, EGF RECEPTOR, NITRIC OXIDE [ T-49]
ANGIOSTRONGYLUS COSTARICENSIS [ W-60]
ANGIOTENSIN-CONVERTING ENZYME INHIBITORS [ N-48]
ANIMAL FEED [ H-50]
ANKHD1 [ B-4]
ANOPHELES [ D-35]
ANOPHELES AQUASALIS [ D-54]
ANOPHELES CRUZII [ D-42]
ANOXIA [ G-29], [ T-38]
ANS [ E-26]
ANTHONOMUS GRANDIS [ E-17]
ANTHRACENE ENDOPEROXIDE [ T-19]
ANTHRACYCLINES [ P-11]
ANTI MICROBIAL PEPTIDE [ N-93]
ANTI-BACTERIAL ACTIVITY [ N-99]
ANTI-CANCER [ P-38]
ANTI-INFLAMMATORY [ M-6]
ANTI-PROLIFERATIVE ACTIVITY [ T-2]
ANTI-THROMBOTIC [ SP.15-02]
ANTIANGIOGENIC [ H-34]
ANTIBACTERIAL [ S-25]
ANTIBACTERIAL ACTIVITY [ E-116]
ANTIBIOTIC [ P-3]
ANTIBODIES [ O-6], [ O-5], [ O-11], [ O-12], [ P-12]
ANTIBODY [ G-129]
ANTICARSIA GEMMATALIS [ D-26]
ANTICOAGULANT [ M-18], [ P-30], [ M-50], [ M-53], [ M-54]
ANTICOAGULANT ACTIVITY [ M-37], [ M-21], [ M-33], [ M-55]
ANTICOAGULANT AGENTS [ M-52]
ANTICOVULSANT [ R-15]
ANTIEPILEPTIC DRUGS [ B-14]
ANTIFUNGAL [ D-35], [ N-136], [ SP.06-01]
ANTIFUNGAL ACTIVITY [ D-74], [ E-38], [ H-3], [ E-12], [ U-37]
ANTIFUNGAL AGENTS [ P-40]
ANTIFUNGAL EFFECT [ H-47]
ANTIFUNGAL PROTEIN [ N-19]
ANTIGEN [ W-72], [ O-1]
ANTIGEN PRESENTATION [ SP.19-02], [ H-26]
ANTIGEN-5 [ W-15]
ANTIGENIC VARIATION [ G-7]
ANTIGENICITY [ M-26], [ W-15]
ANTIGENS [ N-144], [ F-70]
ANTIINFLAMATORY [ N-122]
ANTILEISHMANIAL DRUGS [ L-94]
ANTIMALARIAL [ V-11], [ G-115]
ANTIMALARIAL ACTIVITY [ P-36]
ANTIMALARIAL DRUGS [ L-48]
ANTIMALARIALS [ V-2]
ANTIMETASTATIC ACTIVITY [ Q-15]
ANTIMICROBIAL [ P-3], [ E-27], [ D-8], [ S-8]
ANTIMICROBIAL ACTIVITY [ H-108]
ANTIMICROBIAL ACTIVITY PEPTIDE [ S-26]
ANTIMICROBIAL PEPTIDE [ S-20], [ S-24], [ S-30], [ S-21], [ E-39], [ W-68], [ E-52], [ B-5]
ANTIMICROBIAL PEPTIDES [ SP.01-04], [ SP.06-02], [ S-27], [ SP.06-03], [ SP.06-04], [ D-57], [ S-22], [ D-9], [ W-13], [ S-18], [ S-7], [ D-22], [ D-34], [ E-101], [ S-28], [ S-35]
ANTIMICROBIAL SUBSTANCE [ U-12]
ANTIMONIALS [ G-37]
ANTINEOPLASTIC [ H-24]
ANTINFLAMMATORY [ M-15]
ANTINOCICEPTIVE [ E-90], [ M-6], [ P-7], [ P-20]
ANTINUTRITIONAL FACTORS [ E-54], [ E-31], [ E-1]
ANTIOXIDANT [ T-44], [ C-4], [ T-32], [ T-60]
ANTIOXIDANT ACTIVITY [ T-70], [ T-15], [ T-76], [ T-3]
ANTIOXIDANT DEFENSE [ G-136]
ANTIOXIDANT ENZYMES [ E-23], [ T-75], [ A-4], [ E-104]
ANTIOXIDANT MECHANISMS [ A-38]
ANTIOXIDANT SYSTEM [ P-1]
ANTIOXIDANT; [ T-23]
ANTIOXIDANTS [ SP.09-02], [ T-28], [ SP.09-01], [ R-42], [ T-64], [ H-42]
ANTIPLATELET [ P-30]
ANTIPLATELET AGGREGATION [ D-40]
ANTIRETROVIRAL DRUGS [ P-18]
ANTITHROMBOTIC ACTIVITY [ Q-15], [ M-55]
ANTITOXIN [ H-77]
ANTITUMOR DRUGS [ P-1]
ANTITUMORAL [ R-12]
ANTITUMORAL ACTIVITY [ H-127], [ P-37]
ANTIVENOMS [ O-15]
ANTIVIRAL [ D-90]
ANTIVIRAL ACTIVITY [ M-20], [ M-56]
ANTIVIRAL RESPONSE [ D-14]
ANXIETY [ U-35]
APEC [ Q-41], [ Q-11], [ Q-62]
APEU VIRUS [ F-88]
APICOMPLEXA [ G-114], [ P-43]
APIS MELLIFERA [ H-105], [ W-21], [ W-46]
APLASTIC ANEMIA [ C-12]
APO [ J-14]
APOCYNIN [ T-53]
APOCYTOCHROME [ N-63]
APODEMUS SYLVATICUS [ F-95]
APOE [ H-28], [ B-45]
APOE-/- MICE [ U-19]
APOLIPOPROTEIN E [ B-1]
APOMYGLOBIN [ N-63]
APOMYOGLOBIN [ N-124]
APOPTOSES [ P-37]
APOPTOSIS [ P-22], [ Q-41], [ Q-23], [ SP.03-03], [ N-127], [ H-61], [ B-52], [ Q-70], [ G-44], [ H-43], [ A-47], [ Q-47], [ P-11], [ Q-16], [ R-37], [ C-5], [ B-21], [ T-5], [ J-6], [ P-27], [ Q-56], [ B-62], [ N-18], [ P-42]
APP639 [ SP.14-04], [ R-7]
APRT [ N-8]
APTAMER [ G-110]
APYRASE [ D-70], [ D-31], [ G-100]
APYRASES [ G-78]
AQUEOUS EXTRACT [ O-5]
AQUEOUS HUMOR [ B-1]
AQUEOUS TWO-PHASE SYSTEMS [ H-88]
ARABIDOPSIS [ SP.11-02], [ SP.11-04], [ E-22]
ARABIDOPSIS THALIANA [ E-81], [ F-105]
ARABINOGALACTAN [ M-44]
ARACHIDONIC ACID [ T-35], [ SP.23-01]
ARAUCARIA ANGUSTIFOLIA [ E-92], [ E-47]
ARAV [ F-46]
ARDRA [ F-63]
ARGININE [ G-57]
ARHGAP21 [ Q-60]
ARMED SPIDER [ J-12]
AROEIRA [ E-76]
ARSENIC [ F-4]
ARSENIC TRIOXIDE [ P-32]
ARTHRINIUM ARUDINIS [ H-137]
ARTHRITIS, [ E-98]
ASCIDIAN [ M-50], [ M-15], [ M-54]
ASCORBATE [ SP.11-03], [ T-41], [ E-61]
ASPARAGINASE [ H-24]
ASPARAGINYL [ D-16]
ASPARTIC PEPTIDASE [ L-25]
ASPARTIC PROTEASE [ L-43]
ASPARTIC PROTEINASE [ D-58]
ASPARTIC PROTEINASES [ D-22]
ASPARTYL PEPTIDASE [ L-85]
ASPERGILLUS [ D-35], [ L-62], [ H-14]
ASPERGILLUS CLAVATUS [ L-12]
ASPERGILLUS FUMIGATUS [ W-14], [ SP.31-01], [ SP.02-03], [ G-83], [ G-28], [ G-35]
ASPERGILLUS NIDULANS [ SP.03-02], [ G-51]
ASPERGILLUS NIGER [ D-57], [ H-87]
ASPERGILLUS NIVEUS [ L-21]
ASPERGILLUS OCHRACEUS [ L-57]
ASPERGILLUS TAMARII [ L-55]
ASPERGILLUS TERREUS [ L-49]
ASPERGILLUS VERSICOLOR [ H-51]
ASSAYS [ E-57]
ASTACIN [ L-79]
ASTACIN-LIKE ENZYME [ D-76]
ASTAXANTIN [ R-42]
ASTEROCHLORIS [ M-29]
ASTHMA [ W-4]
ASTROCYTE [ R-40]
ASTROCYTES [ R-46], [ R-27]
ASTROCYTOMA [ W-64]
ATHEROSCLEROSIS [ L-88], [ U-19], [ H-134], [ T-14]
ATLANTIC FOREST SOIL [ H-102]
ATM KINASE [ SP.03-02]
ATMA(/I> [ G-51]
ATOMIC FORCE MICROSCOPY [ D-96], [ F-102]
ATOMIC RESOLUTION [ N-133]
ATORVASTATIN [ P-29]
ATP [ L-91], [ R-43], [ L-99], [ O-4]
ATP-DIPHOSPHOOHYDROLASE [ G-140]
ATP-SYNTHASE [ N-76], [ A-5]
ATPASE [ R-30], [ A-5], [ SP.26-01], [ D-4], [ N-110], [ A-8]
ATPASE ACTIVITY [ L-63], [ L-75]
ATROGIN-1 [ Q-46]
AU-RICH ELEMENTS [ G-62]
AUREOBASIDIUM PULLULANS [ L-69]
AUSTROPLENCKIA POPULNEA [ F-80]
AUTOANTIBODIES [ U-29]
AUTOINDUCER [ CF.02]
AUTOPHAGIC [ A-19], [ YSF.4-4]
AUTOPHAGY [ YSF.5-5], [ G-55], [ Q-35]
AUXIN HOMEOSTASIS [ E-110]
AVR [ F-8]
AZOLES [ P-5]
AZOSPIRILLUM [ F-5]
AZOSPIRILLUM BRASILENSE [ F-54], [ F-44]
ß-XYLOSIDASE [ L-62]
B-1,3-GLUCANASE [ G-26]
B-GLUCOSIDASE [ L-69]
B-GLYCEROPHOSPHATE-SUPPLEMENTED MEDIUM [ J-18]
B. JAPONICUM SEMIA [ V-12]
B. JARARACA [ E-28]
B. JARARACUSSU [ N-122], [ W-10]
B. OCCIDENTALIS [ E-28]
B. SUBTILIS [ F-73]
BACCHARIS [ H-19]
BACCHARIS DRACUNCULIFOLIA [ F-76]
BACILLUS [ L-8]
BACILLUS ANTHRACIS [ N-41]
BACILLUS CEREUS [ H-102]
BACILLUS SUBTILIS [ F-22], [ SP.17-01], [ F-25], [ F-71], [ H-63]
BACILLUS THURINGIENSIS [ W-32]
BACTERIA [ E-57], [ T-72], [ W-48], [ T-73]
BACTERIAL DIVERSITY [ V-30]
BACTERIAL DIVISION [ F-25]
BACTERIAL MENINGITIS [ G-79]
BACTERIAL PHISIOLOGY [ F-12]
BACTERIOCIN [ F-2]
BACTERIOFERRITIN CO-MIGRATORY PROTEIN [ T-39]
BACTERIOLYTIC ACTIVITY [ L-104]
BACULOVIRUS EXPRESSION SYSTEM [ B-40]
BAF60A [ N-38]
BAKER´S YEAST [ L-96]
BALB/C MICE [ B-8]
BANANA [ E-67]
BAND-SHIFT [ G-24]
BARBATIC ACID [ H-76]
BARK LECTIN [ E-30]
BASE EXCISION DNA REPAIR [ E-95]
BASIC PROTEIN [ W-5]
BAUHINIA MONANDRA [ H-3], [ H-49]
BAUHINIA VARIEGATA [ E-24]
BAX [ H-61]
BBKI [ E-68]
BCG VACCINES [ W-61]
BCG-VACCINE [ W-74]
BCL-2 PROTEIN [ P-27]
BCR-ABL [ N-95]
BEE VENOM [ A-7]
BEFX [ A-15]
BENZNIDAZOLE [ G-136]
BENZOPHENONE [ P-45]
BETA-1,3-GLUCANASES [ H-69]
BETA-2-GLYCOPROTEIN [ T-68]
BETA-GALACTOSIDASE [ L-7]
BETA-GLUCAN [ M-49], [ M-43], [ M-30]
BETA-GLUCOSIDASE [ T-60]
BETA-GLYCOSIDASE [ L-32]
BETA-KETOACYL-ACP REDUCTASE [ F-23]
BETA-PROTEINS [ N-22]
BETA-TRYPSIN [ N-21]
BETA-XYLOSIDASE [ L-57]
BETA2GPI [ N-40]
BETTA SPLENDENS [ L-68]
BI DIMENSIONAL ELECTROPHORESIS [ H-33]
BIDIMENSIONAL ELECTROPHORESIS [ W-7]
BIFIDOBACTERIUM [ F-63]
BIFLAVONOIDS [ E-92]
BIFUNCIONAL INHIBITOR [ N-6]
BIGR [ N-68]
BILIN-BINDING PROTEIN [ D-15]
BILIVERDIN [ G-81], [ Q-18], [ G-73]
BILIVERDIN PRODUCTION [ D-29]
BIN TOXIN [ D-41]
BINARY TOXIN [ D-93]
BINDING [ P-45], [ P-31], [ N-25]
BIOACCUMULATION [ H-58]
BIOACTIVE PEPTIDES [ SP.23-04], [ S-29]
BIOCHEMICAL COMPOSITION [ H-78]
BIOCHEMICAL PARAMETERS [ L-84]
BIOCHEMISTRY [ G-15], [ K-4], [ K-21], [ F-6]
BIOCHEMISTRY EDUCATION [ K-9]
BIODEGRADATION [ H-64]
BIODIESEL [ L-14]
BIOENERGETIC [ G-47], [ A-49]
BIOFILM [ W-17], [ N-68], [ F-85]
BIOFILM-FORMING STRAIN [ S-4]
BIOINFORMATIC TOOLS [ G-142]
BIOINFORMATICS [ E-25], [ K-10], [ W-40], [ W-1], [ N-145], [ V-22], [ V-4], [ V-19], [ O-17], [ V-25], [ K-23]
BIOLOGIA MOLECULAR [ H-86]
BIOLOGICAL ACTIVITY [ N-96]
BIOLOGICAL ASPECTS [ G-134]
BIOLOGICAL CHARACTERIZATION [ D-81]
BIOLOGICAL CONTROL [ L-109], [ L-64], [ W-32]
BIOMARKER [ W-64]
BIOMARKERS [ H-126], [ W-39], [ B-34]
BIOMARKERS AND TREATMENT TARGETS [ H-60]
BIOMATERIAL [ H-82]
BIOMIMETIC PARTICLES [ H-15]
BIOMIMETIC SYSTEM [ A-34]
BIOMOLECULAR [ K-5]
BIOMPHALARIA [ G-15]
BIOMPHALARIA GLABRATA [ H-97]
BIOMPHALARIA, [ J-14]
BIOPHYSICAL CHARACTERIZATION [ N-39]
BIOPHYSICAL STUDIES [ N-114]
BIOPOLYMERS [ H-102], [ H-112]
BIOQUIMICA [ H-86]
BIOREMEDIATION [ H-54], [ H-64], [ H-58], [ H-85]
BIORESORBABLE STENT [ SP.22-04]
BIOSAFETY [ SP.12-01]
BIOSORPTION [ H-113]
BIOSURFACTANT [ H-54], [ H-95], [ H-104]
BIOSYNTHESIS [ E-92]
BIOTECHNOLOGICAL ANTIBIOTICS [ S-7]
BIOTECHNOLOGY [ SP.12-05], [ L-35], [ K-17], [ K-19], [ K-11], [ E-105], [ H-24]
Biotechnology [ H-118]
BIOTHECNOLOGY [ H-98]
BIOTIN [ H-18]
BIP (BINDING PROTEIN) [ E-69]
BIVALVIA [ M-53]
BIXA ORELLANA [ I-16]
BIXIN [ T-51], [ I-16]
BJUSSUMIP [ H-74]
BJUSSUSP-I [ V-8]
BLAST [ V-31]
BLASTOCLADIELLA [ G-67]
BLASTOCLADIELLA EMERSONII [ G-29], [ G-91], [ N-113]
BLOOD [ D-16]
BLOOD COAGULATION [ N-7]
BLOOD LIPID PROFILE [ I-8]
BLOOD PRESSURE REGULATION [ N-48]
BLOOD SERUM [ L-67]
BLOOD- BRAIN BARRIER [ R-6]
BLOOD-BRAIN BARRIER [ SP.27-02]
BLOOD-CLOTTING [ N-121]
BLOOD-FEEDING [ U-20]
BLUE MARLIN [ A-31]
BMNPV [ D-81]
BN-PAGE [ A-46]
BODY COMPOSITION [ I-6]
BODY MASS INDEX [ U-1]
BODYBUILDERS [ U-23]
BOMBYX MORI [ D-81]
BONE [ H-28]
BONE MARROW MICROENVIRONMENT [ N-52]
BONE MARROW TRANSPLANTATION [ T-57]
BONE METABOLISM [ T-13]
BOOPHILUS MICROPLUS [ D-23], [ D-67], [ D-22]
BORRELIA [ F-95]
BOTHROJARACIN [ SP.15-02], [ W-73]
BOTHROPIC VENOM [ V-8]
BOTHROPS ALTERNATUS [ L-38], [ L-73]
BOTHROPS ALTERNATUS VENOM [ O-5]
BOTHROPS JARARACA [ W-47], [ N-7]
BOTHROPS JARARACUSSU [ H-19], [ N-107], [ H-74], [ N-47], [ O-3]
BOTHROPS JARARACUSSU VENOM [ N-85]
BOTHROPS JARARACUSSUVENOM [ N-9]
BOTHROPS LEUCURUS [ L-50]
BOTHROPS MOOJENI [ L-86], [ W-13], [ L-36], [ H-45]
BOTHROPS PAULOENSIS [ E-49], [ N-96]
BOTHROPS ROEDINGERI [ L-16]
BOTHROPS VENOMS [ N-82]
BOTHROPSTOXIN [ V-9]
BOTHROPSTOXIN-I [ O-3]
BOTRYOCLADIA OCCIDENTALIS [ L-101]
BOVINE EMBRYO [ H-4]
BOVINE SERUM ALBUMIN [ H-135]
BOVINE VARIOLA [ SP.08-02]
BOVINO CELL [ E-57]
BOWMAN-BIRK INHIBITOR [ L-76]
BPP [ S-28]
BRADYKININ [ E-68], [ S-28]
BRADYKININ RECEPTOR 1 [ S-32]
BRADYKININ-LIKE [ S-19]
BRADYKININ-POTENTIATION PEPTIDE PRECURSOR PROTEIN [ N-48]
BRAIN [ R-31], [ W-3], [ T-71], [ R-27], [ W-21], [ V-28], [ R-12], [ C-10], [ D-12]
BRAIN DEVELOPMENT [ R-42]
BRAIN TISSUE [ W-70]
BRAIN TUMORS [ S-9]
BRASILIENSIN [ D-27]
BRAZILIAN PLANTS [ T-64]
BRCA1 [ C-20]
BREAST CANCER [ H-126], [ H-114], [ H-115], [ B-2], [ W-65], [ Q-38], [ B-7], [ J-20], [ B-9], [ B-62], [ B-58]
BREFELDIN A [ J-3]
BROMELAIN [ L-24], [ H-131]
BROWN ADIPOSE TISSUE [ SP.26-04]
BROWN ALGAE [ M-60]
BROWN SPIDER [ L-61], [ L-90], [ L-51], [ L-54], [ L-79]
BRUCHIDS [ E-84]
BSA [ P-45]
BTCI [ A-44]
BTF3 [ G-89]
BTH [ E-21], [ E-16]
BTHTX-I [ N-47], [ N-122]
BTHTX-I-BPB [ N-82]
BTHTX-II [ N-85]
BUB3 [ Q-71]
BUNYAVIRIDAE [ F-88]
BURKHOLDERIA CENOCEPACIA [ F-60]
BURKHOLDERIA CEPACIA [ L-14]
BURST OXIDATIVE [ W-11]
BZIP [ N-42]
C-JUN [ F-7]
C-PEPTIDE [ S-31], [ S-33]
C-TYPE LECTIN [ N-116]
C. ADAMANTEUS [ N-130]
C. ALBICANS [ SP.28-01]
C. D. TERRIFICUS [ B-64]
C. IMMITIS [ S-1]
C6 GLIOMA CELL LINEAGE [ R-41]
C6 GLIOMA CELLS [ R-35]
CA-ATPASE [ D-71]
CA2+ - ATPASE [ A-30], [ A-37]
CA2+ ATPASE [ A-1], [ A-14]
CA2+ OCCLUSION [ A-28]
CA2+ SIGNALING [ R-44]
CA2+ TRANSPORT [ A-43]
CA2+-ATPASE [ D-24], [ A-6], [ A-23]
CA2+-ATPASES [ A-25]
CACAO [ H-130], [ CF.26], [ G-144]
CACHAÇA [ H-44]
CADMIUM [ Q-52], [ H-58]
CAENORHABDITIS ELEGANS [ B-17]
CAESALPINEA PULCHERIMA [ M-51]
CAESALPINIA ECHINATA [ L-58], [ E-46], [ E-109]
CAESALPINIA FERREA [ E-103], [ E-1]
CAESALPINIA FERREA VAR. CEARENSIS [ N-15]
CAFETERIA DIET [ Q-54], [ R-6]
CAFFEINE [ R-34]
CAGAITA [ W-28]
CAH [ U-41], [ N-98]
CAJANUS CAJAN [ E-27]
CALCINEURIN [ G-47], [ G-1]
CALCIUM [ Q-23], [ SP.26-02], [ G-91], [ G-44], [ A-33], [ G-38], [ W-11], [ A-41], [ G-1], [ C-8], [ A-15], [ E-68], [ G-18], [ G-64]
CALCIUM SIGNALING [ R-43]
CALCIUM UPTAKE [ R-45]
CALLOSOBRUCHUS MACULATUS [ D-13], [ E-115], [ E-80], [ W-28]
CALLOSOBRUCHUS MACULATUS. [ L-64]
CALMODULIN [ D-62]
CALMODULIN ANTAGONISTS [ D-85]
CALMODULIN BINDING PROTEINS [ W-3]
CALORIC RESTRICTION [ I-6]
CALORIMETRY [ N-13], [ S-24], [ Q-68], [ N-77], [ L-105], [ N-111], [ N-18]
CALOTROPIS PROCERA, [ E-98]
CALPAIN [ SP.10-01], [ G-76]
CAMILA PINTO ARANTES [ R-32]
CAMKII [ G-69]
CAMPOMANESIA SP. [ E-43]
CANCER [ SP.15-04], [ L-17], [ L-97], [ G-106], [ CF.11], [ SP.28-04], [ YSF.1-3], [ YSF.2-3], [ YSF.1-5], [ Q-4], [ W-64], [ G-34], [ B-15], [ N-138], [ N-105], [ B-33], [ P-15]
CANCER CELLS [ P-23]
CANCER DEVELOPMENT [ B-54]
CANCER STEM CELLS [ U-24]
CANDIDA [ M-31]
CANDIDA ALBICANS [ M-11], [ P-18], [ O-9], [ P-21], [ G-41], [ G-124], [ G-32], [ H-141]
CANDIDA GLABRATA [ G-92]
CANDIDA SPP [ U-37]
CANINE VISCERAL LEISHMANIASIS [ O-14]
CAP-DEPENDENT PROTEIN SYNTHESIS [ F-94]
CAPSID PROTEIN [ S-38]
CAPSULAR ENLARGEMENT [ U-18]
CAPSULAR POLYSACCHARIDE [ H-111]
CAPSULE GROWTH [ M-59]
CARACTERIZATION [ E-46]
CARANX HIPPOS [ L-98]
CARBOCYSTEINE [ H-96]
CARBOHYDRASES CHARACTERIZATION [ L-78]
CARBOHYDRATE [ M-9]
CARBOHYDRATE LEVELS [ E-32]
CARBOHYDRATES [ U-27], [ H-122]
CARBON SOURCE [ H-11]
CARBONYL CYANIDE M-CHLOROPHENYLHYDRAZONE [ G-101]
CARBONYL STRESS [ T-7]
CARBONYLATION OF PROTEIN [ H-58]
CARBOXYLASES [ H-18]
CARBOXYPEPTIDASE [ H-79]
CARCINOMA [ YSF.2-2], [ E-77]
CARDIAC TISSUES [ W-22]
CARDIAC TROPONIN T [ H-99]
CARDIOMYOCYTE [ B-23]
CARDIOMYOCYTES [ Q-40]
CARDIOMYOPATHY [ C-15]
CARDIOPROTECTION [ P-17]
CARDIOTOXICITY [ U-15]
CARDIOVASCULAR DISEASE [ C-18]
CARDIOVASCULAR DISEASES [ C-28]
CARICA CANDAMARCENSIS [ E-37], [ E-79], [ E-83]
CARICA PAPAYA [ E-34]
CARICACEAE FAMILY [ E-18]
CAROTENES [ A-45]
CAROTENOID-PROTEIN INTERACTION [ E-74]
CAROTENOIDS [ U-2], [ R-12]
CART [ SP.27-03]
CARTOONS [ K-3]
CASHEW APPLE [ L-59]
CASPASE 3/7 [ Q-11]
CATABOLIC RESPONSE [ J-10]
CATALASE [ SP.01-01], [ D-1], [ T-38], [ L-74]
CATALYSIS [ L-32]
CATALYTIC MECHANISM [ N-133]
CATECHIN [ E-108]
CATECHOL [ R-36], [ R-12]
CATHEPSIN B [ G-19]
CATHEPSIN D [ D-58]
CATHEPSIN L [ D-39]
CATHEPSINS [ Q-65]
CATIONIC LIPID [ H-135], [ H-47]
CATIONIC LIPIDS [ H-15]
CATS [ T-16]
CATTLE TICK [ D-2], [ D-5]
CAULOBACTER CRESCENTUS [ F-59]
CAVEOLAE [ T-11]
CCDB TOXIN [ S-5]
CD [ S-26]
CD14 [ U-3]
CD26 [ Q-64]
CD8+ RESPONSE [ F-50]
CDK [ G-67]
CDNA [ V-21], [ E-88]
CDNA CLONING [ S-27]
CDNA LIBRARIES [ D-65], [ N-46]
CDNA LIBRARY [ D-23], [ D-11], [ D-63], [ B-6]
CDNA MICROARRAYS [ B-48]
CDNA-AFLP [ E-106]
CEC 32 [ Q-62]
CEC32 [ Q-11]
CEDRELINGA CATENAEFORMIS [ N-15]
CEL PROLIFERATION [ H-37]
CELL [ N-105]
CELL ADHESION [ P-22], [ T-68], [ G-106], [ P-39]
CELL BIOLOGY [ K-11]
CELL CULTURE [ J-14]
CELL CYCLE [ G-38], [ Q-32], [ J-6], [ V-4], [ G-67], [ G-133], [ P-23], [ Q-56], [ Q-61], [ B-26]
CELL CYLE [ S-23]
CELL DEATH [ N-127], [ P-26], [ J-3]
CELL DIFFERENTIATION [ J-18], [ Q-1]
CELL DIVISION [ V-17]
CELL ENTRAPMENT [ G-75]
CELL GROWTH [ Q-57], [ Q-58]
CELL INTERACTION [ SP.10-04]
CELL MIGRATION [ Q-24]
CELL MORPHOLOGY [ Q-50]
CELL PERMEABILIZATION [ L-66]
CELL PHYSIOLOGY [ G-111]
CELL PROLIFERATION [ J-18], [ U-45]
CELL PROTEINS [ P-21]
CELL SIGNALING [ B-52], [ Q-35]
CELL SURFACE [ W-44]
CELL SURFACE DISPLAY [ H-140]
CELL SURFACE INTERACTION [ Q-69]
CELL THERAPY [ H-121]
CELL WALL [ G-49], [ E-72]
CELL WALL ACETYLATION [ E-32]
CELL WALL COMPOSITION [ M-13]
CELL WALL HYDROLASES [ L-109]
CELL WALL HYDROLYSIS [ E-18]
CELLULAR DENSITY [ H-78]
CELLULAR DIFFERENTIATION [ H-121]
CELLULAR INTERACTION [ L-41]
CELLULAR INTERNALIZATION [ T-78]
CELLULAR LOCALIZATION [ G-99]
CELLULAR PRION PROTEIN [ U-15], [ Q-25], [ J-9], [ Q-5]
CELLULASE [ H-13]
CENTRAL NERVOUS SYSTEM [ B-13]
CENTRAL NERVOUS SYSTEM (CNS) [ O-7]
CENTRIN [ N-113]
CERATO-PLATANIN FAMILY [ G-53]
CERATORHIZA SP. [ G-70]
CERCARIA [ U-14]
CERDOCYON THOUS [ N-90]
CEREBELLUM [ R-14]
CEREBRAL CORTEX [ R-23], [ R-14]
CERRADO [ E-105], [ E-43]
CERVICA [ F-93]
CERVICAL CANCER [ F-51]
CERVICAL INFECTION [ F-84], [ F-64]
CERVICAL LESIONS [ B-29]
CESTODA [ B-51]
CESTODE [ YSF.1-2]
CETP [ C-26]
CGH MICROARRAY [ H-8]
CGMP [ G-91]
CHAETOCEROS MUELLERI [ H-78]
CHAGAS [ G-82]
CHAGAS DISEASE [ SP.28.02], [ CF.04], [ C-15], [ P-19], [ W-57]
CHAGASIN [ G-12]
CHAGAS´ DISEASE [ D-70]
CHALCONES [ R-13]
CHAMPIA FELDIMANNI [ M-58]
CHAPERONIN [ V-32]
CHARACTERIZATION [ D-71], [ F-98], [ L-21], [ H-12], [ H-63]
CHEMICAL STRUCTURE [ M-30]
CHEMICAL TRAP [ T-19]
CHEMICAL TREATMENT [ O-16]
CHEMILUMINESCENCE [ T-55], [ T-20]
CHEMOTAXIS [ Q-18]
CHEMOTHERAPY [ U-39], [ T-6], [ P-43]
CHICKEN LUNG INFECTION [ Q-41]
CHIMERIC PROTEINS [ N-142]
CHITIN DEACETYLASE [ H-41]
CHITINASES AMYLASES [ H-69]
CHITN BINDING PROTEIN [ E-39]
CHITOSAN [ SP.22-03], [ U-22], [ H-41], [ A-9]
CHITOSAN IRON (III) [ C-13]
CHITOTRIOSIDASE ENZYME [ L-84]
CHLAMYDIA GENITAL INFECTION [ U-46]
CHLAMYDIA GENOTYPES CO-INFECTION [ U-46]
CHLAMYDIA GENOTYPING [ U-46]
CHLAMYDIA THRACOMATIS [ F-64]
CHLAMYDIA TRACHOMATIS [ U-46], [ B-19]
CHLDREN SALIVA [ C-14]
CHLOROCATECHOL [ N-92]
CHLOROQUINE [ W-30], [ G-115]
CHLOROSE [ W-23]
CHO [ H-72], [ H-129]
CHOLERA [ W-63]
CHOLESTEROL [ SP.05-04], [ F-28], [ G-80], [ F-33], [ F-62], [ G-127]
CHOLINERGIC SYSTEM [ R-34]
CHORDATE [ M-50]
CHROMATIN [ G-118]
CHROMATOGRAPHY [ E-79], [ H-5], [ L-16]
CHROMIUM [ H-59]
CHROMOBACTERIUM VIOLACEUM [ F-72]
CHROMOBLASTOMYCOSIS [ L-85]
CHROMOPLAST [ E-74]
CHRONIC CHAGAS DISEASE CARDIOMYOPATHY [ W-20]
CHRONIC MYELOID LEUKEMIA [ N-95]
CHYMASES [ CF.09]
CHYMOTRYPSIN [ N-115], [ L-45]
CILIARY BODY [ J-11]
CIN [ F-97]
CININAS [ L-46]
CIRBP [ N-55]
CIRCADIAN CLOCK [ D-36]
CIRCOVIRUS [ F-21]
CIRCULAR DICHROISM [ N-117], [ S-10], [ N-137], [ S-30], [ N-91], [ N-33]
CIRCULAR DICHROISM SPECTROSCOPY [ N-37]
CIRCULAR DICHROSIM [ N-14]
CIS ELEMENTOS [ G-58]
CIS-4-DECENOIC ACID [ R-3], [ R-4]
CISPLATIN [ P-1]
CISTEINE PROTEINASE [ YSF.5-5], [ D-89]
CISTEINE-PROTEASE INHIBITOR [ E-41]
CITOTOXICITY [ N-34], [ P-23]
CITRIFOLININ B [ E-51]
CITRUS CANKER [ E-48], [ F-43]
CITRUS CANKER DISEASE [ E-45], [ F-8]
CITRUS ESTS [ V-18]
CLADINA CONFUSA [ M-29]
CLADONIA VERTICILLARIS [ H-3]
CLADOSPORIUM RESINAE [ M-13]
CLASTOSOMES [ Q-46]
CLINICAL APPLICATIONS [ SP.05-02]
CLINICAL BIOCHEMISTRY [ U-1]
CLINICAL DECISION MAKING [ M-19]
CLIONA VARIANS [ N-26]
CLOCK GENES [ D-42]
CLONING [ E-89], [ G-35], [ L-37]
CLONOSTACHYS ROSEA [ H-70], [ M-9]
CNF [ B-37]
COAGULAÇAO [ E-28]
COAGULANTION [ C-9]
COAGULATION [ C-11], [ F-21], [ E-111]
COAGULATION FACTOR [ H-5]
COAGULATION FACTOR VIII PURIFICATION [ H-5]
CODIUM ISTHMOCLADIUM [ M-21]
COFFEA [ W-31]
COFFEA ARABICA [ W-49]
COHESIN [ G-39]
COI [ D-59]
COLD ACCLIMATION [ A-30]
COLD EXPOSURE [ A-1]
COLD-ACTIVE [ L-27]
COLLABORATIVE LEARNING [ SP.30-01]
COLLAGEN [ M-36], [ D-40], [ S-15]
COLLAGENASES [ H-14], [ H-141]
COLLETOTRICHUM GLOEOSPORIOIDES [ E-66], [ E-36]
COLON CANCER [ Q-35]
COLORIMETRIC ASSAY [ L-96]
COLORIMETRIC METHODS [ P-46]
COLUBRIDAE [ B-63]
COMET ASSAY [ R-35], [ T-69], [ H-37], [ H-82]
COMET-ASSAY [ R-19]
COMPARATIVE ANALYSIS [ N-85], [ N-82]
COMPARATIVE GENOMICS [ V-4]
COMPARTMENTALIZATION [ Q-4]
COMPLEMENT [ SP.01-02], [ H-21]
COMPLEX I [ CF.08]
COMPOUND [ P-3]
COMPUTATIONAL SIMULATION [ P-10]
CONBR [ R-40]
CONCANAVALIN A [ H-96]
CONCAVALIN A [ C-20]
CONFORMATIONAL [ N-2]
CONFORMATIONAL VARIABILITY [ N-84], [ N-93]
CONJUGATE VACCINE [ H-111]
CONJUGATION [ N-117]
CONNEXIN 26 [ B-32]
CONNEXIN 30 [ B-32]
CONTAMINANTS [ V-14]
CONTRACTILITY [ N-16]
COOPERATIVE UNFOLDING [ N-33]
COPAIBA [ F-78], [ U-24]
COPAIFERA LANGSDORFFII [ M-4]
COPPER [ SP.26-03]
COPPER(II) COMPLEXES [ T-2]
COPTOTERMES GESTROI [ D-11]
CORN STRAW [ H-7]
CORNEA [ B-1]
CORONARY DISEASE [ U-1]
CORTICOSTERONE [ U-5]
CORYNEBACTERIUM PSEUDOTUBERCULOSIS [ V-32]
COSMOMYCIN [ H-53]
COUMARINS [ N-47]
COVALENT IMMOBILIZATION [ L-7]
COWPEA [ E-89], [ L-64]
COWPEA UNIFOLIATES [ E-6]
COWPOX [ F-15]
COWPOX VIRUS [ F-16], [ F-36], [ F-74]
CPDNA [ E-64]
CPT1 [ I-13]
CQM1 RECEPTOR [ D-93]
CRAB [ L-28]
CRAMOLL [ H-62]
CRAMOLL LECTIN [ W-42]
CRANIO-FACIAL DEVELOPMENT [ J-17]
CRATAEVA TAPIA [ H-84], [ E-30]
CRATYLIA MOLLIS [ A-29], [ N-125], [ H-122], [ H-31]
CRATYLIA MOLLIS LECTIN [ H-127], [ H-27]
CREATINE KINASE [ A-4]
CREATININE [ T-58]
CRINIPELLIS [ V-22], [ V-4]
CRITHIDIA DEANEI [ Q-9], [ M-1]
CROATIA [ F-97]
CROMATOGRAPHY [ E-108]
CROSS-REACTIVITY [ O-2]
CROTALARIA PALLIDA [ E-65]
CROTALUS [ B-57]
CROTALUS DURISSUS COLILLINEATUS [ N-140]
CROTALUS DURISSUS COLLILINEATUS [ N-126]
CROTALUS DURISSUS CUMANENSIS [ N-61]
CROTALUS DURISSUS RURUIMA [ N-1], [ N-135], [ N-61]
CROTALUS DURISSUS TERRIFICUS [ B-37]
CROTAMINE [ S-36]
CROTOXIN [ N-126], [ N-135], [ S-36], [ N-61], [ L-104]
CRUSTACEAN [ M-37]
CRUSTACEANS [ SP.06-03]
CRUSTINS [ S-27]
CRUZIPAIN [ G-12], [ G-5]
CRY TOXINS [ H-2]
CRYPTIC SPECIES [ D-42]
CRYPTOCOCCUS NEOFORMANS [ U-34], [ M-39]
CRYSTAL PACKING [ N-43]
CRYSTAL STRUCTURE [ N-36], [ N-90], [ N-56], [ N-94], [ N-3]
CRYSTALLIZATION [ N-64], [ N-39], [ N-80], [ E-33], [ N-131]
CRYSTALLOGRAPHIC STRUCTURE [ N-44], [ N-88]
CRYSTALLOGRAPHY [ N-139], [ N-21]
CTB [ H-48]
CTXPHI PROPHAGE [ F-47]
CU,ZN-SOD [ T-25]
CULEX [ D-59], [ D-61]
CULTURE [ H-78]
CULTURE SUPERNATANTS [ M-59]
CURCUMIN [ SP.22-04], [ H-92]
CUTANEOUS DRESSING [ H-16], [ H-6]
CUTANEOUS LEISHMANIOSIS [ P-16]
CUTANEOUS WOUNDS [ H-31]
CWLJ [ F-22]
CYANOBACTERIUM [ W-23]
CYCLIC GMP [ L-42]
CYCLIN-DEPENDENT PROTEIN KINASE [ G-95]
CYCLODEXTRIN [ Q-23], [ H-136]
CYCLODEXTRIN GLUCANOTRANSFERASE [ L-37]
CYCLOSPORIN A [ G-40]
CYLINDER-PLATE METHOD [ F-26]
CYMBOSEMA ROSEUM [ E-33]
CYP21 [ N-32], [ N-98]
CYP21A1P [ U-41]
CYP21A2 [ U-41]
CYPERUS ROTUNDUS [ A-42]
CYR61 [ Q-71]
CYSTATIN [ E-12]
CYSTEINE ENDOPEPTIDASE [ D-78], [ L-43], [ D-32]
CYSTEINE PROTEASE [ N-112]
CYSTEINE PROTEASE INHIBITORS [ E-65]
CYSTEINE PROTEASES [ D-21]
CYSTEINE PROTEINASE [ E-93], [ E-83]
CYSTEINE PROTEINASE INHIBITORS [ SP.10-02]
CYSTEINE PROTEINASES [ G-48], [ D-22], [ E-37], [ E-79]
CYSTEINE-PROTEINASE [ Q-29]
CYSTIC FIBROSIS [ F-79], [ F-60]
CYTOCHOME C OXIDASE [ G-125]
CYTOCHROME [ N-74]
CYTOCHROME C [ CF.08], [ T-4]
CYTOKINE [ U-36], [ S-33], [ H-124]
CYTOKINE SIGNALING [ Q-21]
CYTOKINES [ O-7], [ G-79]
CYTOLISIN [ F-19]
CYTOLOGICAL ALTERATIONS [ F-84], [ F-64]
CYTOLYTIC [ S-25]
CYTOSKELETAL [ R-23]
CYTOSKELETON [ R-14], [ I-14]
CYTOSOL [ G-112]
CYTOTOXIC [ F-11]
CYTOTOXICITY [ N-1], [ N-107], [ Q-17], [ P-8], [ Q-8], [ U-13], [ Q-39], [ T-52], [ T-21], [ E-77]
Ç-LIBSHUFF [ V-27]
D-HYDANTOINASE [ L-2]
D-NCAASE [ V-12]
D-SERINE [ R-39], [ R-29]
DAAO [ R-29]
DAILY MOTOR ACTIVITY [ I-9]
DAIRY GYR BULL [ U-47]
DAMAGE OXIDATIVE [ Q-54]
DATABASE [ V-20], [ V-19]
DE NOVO SEQUENCING [ S-29], [ W-71]
DEAFNESS [ B-32]
DEBARYOMYCES HANSENII [ L-26]
DEBARYOMYCES HANSENII UFV-1 [ L-66]
DEFENSE PROTEINS [ E-21]
DEFENSIN [ E-89], [ N-111], [ S-2], [ N-99], [ N-49]
DEFENSIS [ SP.06-01]
DEGENERATIVE DISEASES [ T-65]
DEGRADATION [ U-22]
DEHYDROCROTONIN [ Q-23]
DEHYDROMONOCROTALINE [ A-35]
DEINOCOCCUS RADIODURANS [ H-85]
DEIODINASE [ I-6]
DELETIONS [ H-8]
DELIVERY SYSTEMS [ H-92]
DEMYELINATION [ L-30]
DENATURATION [ N-104], [ N-28]
DENATURATION CD [ N-27]
DENGUE [ D-90], [ YSF.4-2], [ F-17], [ F-94], [ F-28], [ W-29], [ D-43], [ W-38], [ U-42]
DENGUE HEMORRHAGIC FEVER [ W-35]
DENGUE VIRUS [ F-100], [ F-102], [ S-38]
DENGUE VIRUS INFECTION [ Q-70]
DENGUE VIRUSES [ D-94]
DEOXYHYPUSINE HYDROXYLASE [ N-17]
DEPC [ F-103]
DEPRESSION [ L-67], [ R-16], [ R-26]
DERMASEPTINS [ S-13]
DERMATAN SULFATE [ M-15]
DERMATOPHYTES FUNGI [ U-12]
DERMONECROTIC TOXIN [ L-90], [ L-51], [ L-54], [ U-25]
DESIGN [ P-3], [ V-29]
DEVELOPMENT [ B-13], [ I-10], [ D-84], [ D-63], [ E-56], [ J-11]
DEVELOPMENT DRUGS [ R-15]
DGAT 1 [ H-90]
DGGE [ F-72]
DHF [ U-42]
DIABETES [ M-48], [ Q-2], [ T-63], [ H-121], [ C-30]
DIABETES MELLITUS [ YSF.2-4], [ H-83], [ S-31], [ Q-63], [ S-33]
DIABETIC [ C-19]
DIABETIC OSTEOPENIA [ T-13]
DIAGNOSIS [ H-116]
DIATRAEA SACCHARALIS [ E-14]
DICTYOLOMA [ R-28]
DICTYOSTELIUM [ SP.18-03], [ G-45]
DICTYOSTELIUM DISCOIDEUM [ F-52]
DIDACTIC [ K-5]
DIDACTIC MATERIAL [ K-3]
DIDATIC [ K-1]
DIDELPHIS MARSUPIALIS [ W-16]
DIEPITOPE [ O-11], [ O-12]
DIETHYL-2-PHENYL-2-TELLUROPHENYL VINYLPHOSPHONATE [ T-74]
DIETHYPYROCARBONATE [ F-90]
DIFFERENTIAL EXPRESSION [ G-136]
DIFFERENTIAL GENE EXPRESSION [ G-62], [ E-48]
DIFFERENTIAL PROTEIN EXPRESSION [ W-59]
DIFFERENTIAL PROTEOMIC ANALYSIS [ W-58]
DIFFERENTIALLY EXPRESSED GENES [ H-139]
DIFFUSION [ T-33]
DIGE [ W-35], [ W-64], [ W-62], [ W-33]
DIGESTIBILITY [ L-70], [ N-123]
DIGESTION [ D-76], [ D-53], [ D-16], [ D-78]
DIGESTIVE [ D-58]
DIGESTIVE ENZYMES [ D-56]
DIGESTIVE PHYSIOLOGY. [ L-78]
DIHYDROFOLATE REDUCTASE [ V-24]
DIHYDROOROTATE DEHYDROGENASE [ N-56], [ N-94], [ N-139]
DIHYDROXYBENZENES [ T-21]
DILUTION RATE [ G-102]
DIMETHYLMETHYLENE BLUE [ M-5]
DIMORPHANDRA MOLLIS [ D-95]
DIMORPHIC TRANSITION [ B-3]
DIMORPHISM [ G-47], [ G-55], [ G-4]
DIOCLEA ROSTRATA [ E-44]
DIOCLEA ROSTRATA, [ E-10]
DIOCTADECYLDIMETHYLAMMONIUM BROMIDE [ H-26]
DIPEPTIDYL PEPTIDASE IV [ L-52]
DIPHENYL DISELENIDE [ T-48], [ P-7]
DIPHENYL DITELLURIDE [ R-20]
DIPHITERIA [ A-9]
DIPYRONE [ P-33]
DISACCHARIDE [ M-52]
DISEASE [ C-22]
DISINTEGRIN [ G-106], [ G-34], [ H-65], [ N-4]
DISLIPIDEMICS [ L-88]
DISORDER REGIONS [ V-26]
DISSEMINATION [ K-19]
DISSOCIATION [ N-104], [ N-76], [ N-67], [ N-28]
DISSOCIATION-UNFOLDING [ N-51]
DISTANCE EDUCATION [ K-6]
DIVALENT CATION-DEPENDENCE [ S-6]
DIVERSITY [ F-72]
DIVISION PROTEINS [ F-71]
DIVISOME [ F-14]
DIVIVA [ F-14]
DIVULGAÇAO CIENTIFICA [ SP.16-03], [ SP.16-04]
DLK1 [ B-18]
DLS [ N-67]
DM43 [ B-47]
DMTI-II AND DMTI [ D-95]
DNA [ YSF.3-3], [ F-72], [ U-22], [ H-116]
DNA BINDING [ E-20], [ V-7], [ J-15]
DNA CLEAVAGE [ U-28]
DNA DAMAGE [ T-37], [ T-25], [ SP.32-01], [ Q-54], [ T-9], [ Q-21], [ T-30], [ G-133], [ T-66], [ T-69]
DNA DAMAGE RESPONSE [ G-51]
DNA FRAGMENTATION [ N-127]
DNA GLYCOSILASE [ E-95]
DNA GYRASE [ S-5]
DNA HYDROLYSIS [ U-28]
DNA IMMOBILIZATION [ H-15]
DNA INTERCALATION [ P-8]
DNA METHYLATION [ B-48]
DNA MICROARRAY [ U-31], [ G-137]
DNA MICROARRAYS [ F-67]
DNA POLYMERASE [ SP.29-03], [ YSF.1-4]
DNA REPAIR [ B-25], [ G-118], [ E-22], [ Q-56]
DNA REPLICATION [ SP.08-01]
DNA SEQUENCING [ E-25]
DNA SHUFLLING [ E-17]
DNA STRAND BREAKS [ T-28]
DNA VACCINE [ H-66], [ H-101], [ F-50]
DNAK [ F-48]
DOCKING [ V-2], [ V-9]
DOCOSAHEXAENOIC [ Q-55]
DOENÇA DE CHAGAS [ W-67]
DOGS [ U-10], [ U-24], [ B-53]
DOPC MEMBRANE [ A-44]
DOSE AND CONCENTRATION EFFECTS [ T-5]
DOTUR [ V-27]
DOUBLE-STRANDED RNA [ E-53], [ D-77]
DOXORUBICIN [ U-15]
DPPH [ T-32]
DROP-IN ON LINE [ K-9]
DROSOPHILA [ YSF.2-1]
DROSOPHILA MELANOGASTER [ D-36]
DROUGHT STRESS [ W-31], [ A-42]
DRUG DELIVERY [ SP.22-01], [ SP.22-03], [ H-47]
DRUG DESIGN [ SP.29-01]
DRUG DEVELOPMENT [ SP.29-02]
DRUG DISCOVERY [ CF.06]
DRUG RESISTANCE [ G-59], [ G-137], [ G-138]
DRUG TARGET [ N-56], [ G-121]
DRUG TARGETS [ SP.29-04]
DRUG-LIPOSOME INTERACTION [ T-78]
DSC [ L-105]
DSC-4 [ B-17]
DSRED [ D-61]
DTPA [ T-16]
DUAL TARGETING [ SP.11-02], [ SP.11-04]
DUCHENNE MUSCULAR DYSTROPHY [ Q-66]
DUDDINGTONIA FLAGRANS [ G-9]
DUFFY-BINDING PROTEIN [ G-72]
DUGR DESIGN [ YSF.3-2]
DYNAMIC LIGHT SCATTERING [ N-30]
DYS1 [ G-3]
DYSDERCUS PERUVIANUS [ D-51], [ D-89]
E-NPPASE [ L-91]
E-NTPDASES [ L-91]
E.COLI [ H-23]
EBV [ J-13]
ECHINOCOCCUS [ W-75]
ECHINOCOCCUS GRANULOSUS [ YSF.1-3], [ G-85]
ECOSAPENTAENOIC [ Q-55]
ECTO-'-NUCLEOTIDASE/CD73 [ L-18]
ECTO-NUCLEOTIDASES [ L-67], [ R-16], [ R-26], [ G-78]
ECTO-PHOSPHATASE [ L-41], [ Q-50]
ECTO-PHOSPHATASE ACTIVITY [ J-18]
ECTONUCLEOTIDASES [ L-108]
EDEMA [ L-86], [ L-50]
EDIBLE COATING [ M-36]
EDIBLE FILM [ H-6]
EDIBLE MUSHROOMS [ M-42]
EDUCATION [ SP.30-04], [ K-10], [ WSE.04], [ SP.30-03], [ WSE.01], [ WSE.02], [ K-19], [ K-22], [ K-7], [ K-1], [ K-21], [ K-13], [ WSE.03]
EDUCATION IN STRUCTURAL BIOLOGY [ SP.30-02]
EDUCATION POLICY [ SP.30-05]
EDUCATIONAL MODELS [ K-17]
EDUCATIONAL TEACHER [ K-8]
EDUCATIONAL TOOL [ K-8]
EDXA [ M-35]
EF-HAND [ N-113]
EGF [ W-18], [ B-7]
EGF RECEPTOR, NITRIC OXIDE, SHEAR STRESS [ T-49]
EGFR [ O-10], [ B-27], [ P-12]
EGGSHELL [ D-35]
EGR-1 [ F-34], [ F-15]
EHF [ H-117]
EHRLICH ASCITIC TUMOR [ P-15]
EHRLICHIA CANIS [ F-104]
EHRLICHIOSIS [ F-104]
EICHHORNIA CRASSIPES [ M-35]
EIF4F [ G-86]
EIF4G [ G-99]
EIF5A [ G-107], [ N-17], [ N-91], [ G-3]
ELASTASE [ C-1]
ELASTASE-2 [ L-76]
ELASTICITY [ D-96]
ELDERLY [ U-16]
ELECTRICAL STIMULATION [ I-15]
ELECTROCHEMICAL IMPEDANCE SPECTROSCOPY [ H-100]
ELECTRON MICROSCOPY [ U-39]
ELECTRON SPIN RESONANCE [ YSF.3-1]
ELECTRONEGATIVE LDL [ H-134]
ELECTROPHORESIS [ A-46], [ J-19], [ W-37]
ELECTROPHORESIS CAPILLARY [ T-24]
ELECTROSPRAY IONISATION [ U-2]
ELETROFORESE BIDIMENSIONAL [ W-67]
ELETROPHORESIS [ W-66]
ELISA [ S-1], [ Q-48], [ O-6], [ M-8]
EMBRYOGENESIS [ W-49], [ D-62], [ D-92], [ J-5], [ J-2], [ D-20], [ D-6], [ D-96]
EMBRYONAL CARCINOMA CELLS [ U-15]
EMBRYONIC CELL PROLIFERATION [ R-43]
EMBRYONIC CELLS [ D-9], [ R-24]
EMBRYONIC CUTICLE [ D-74], [ D-82]
EMBRYONIC STEM CELL [ W-2]
EMBRYOS [ D-72]
EMBYROGENESIS [ D-73]
EMISSION [ E-26]
EMSA [ G-123]
END-STAGE RENAL DISEASE [ C-13]
ENDOCARP [ N-59]
ENDOCYTOSIS [ SP.13-04], [ D-7]
ENDODYOGENY [ P-43]
ENDOPEPTIDASE [ D-16]
ENDOPHYTES [ F-101]
ENDOPHYTIC BACTERIA [ F-31]
ENDOPHYTIC BACTERIUM [ H-49]
ENDOPLASMIC RETICULUM [ J-3], [ J-4]
ENDOPLASMIC RETICULUM STRESS [ T-56]
ENDOSOMAL VESICLES [ R-17]
ENDOSTATIN [ H-34], [ H-61], [ H-119]
ENDOSYMBIONT [ Q-9]
ENDOTHELIAL CELL [ W-34], [ Q-34]
ENDOTHELIAL CELL PROLIFERATION [ Q-7], [ Q-12]
ENDOTHELIAL CELLS [ T-68], [ M-57], [ M-47]
ENDOXYLANASE [ L-57]
ENERGETIC METABOLISM [ D-6]
ENERGY METABOLISM [ R-31], [ R-1], [ U-38], [ W-20]
ENTEROBACTERIACEA [ F-65]
ENTEROCOCCUS [ F-19]
ENTOMOPATHOGENIC FUNGUS [ L-47], [ L-56]
ENVELOPE GENE [ U-42]
ENVIRONMENTAL CONTAMINANTION [ V-10]
ENZIMATIC ASSYS [ N-45]
ENZIMOGRAPHY [ D-31]
ENZOOTIC PNEUMONIA [ H-42], [ F-70]
ENZYMATIC ACTIVITY [ G-26], [ N-96], [ L-6]
ENZYMATIC CHARACTERIZATION [ N-62]
ENZYMATIC KINETIC [ G-141]
ENZYME [ SP.05-03], [ L-60], [ L-55], [ N-2], [ L-2], [ L-80], [ L-37]
ENZYME ACTIVITY [ Q-64]
ENZYME MODELLING [ L-95]
ENZYME PRODUCTION [ H-13]
ENZYME PURIFICATION [ L-87], [ H-27]
ENZYME REPLACEMENT THERAPY [ H-128]
ENZYMES [ SP.21-01], [ L-35], [ L-53], [ L-77], [ H-69], [ L-89], [ E-105], [ D-78], [ E-114], [ L-56]
ENZYMOLOGY [ H-69]
EPIDEMIOLOGY [ F-53]
EPIFLUORESCENCE [ YSF.1-1]
EPIGENETICS MODIFICATIONS [ B-27]
EPIMASTIGOTES [ A-29]
EPITHELIAL CELLS [ M-31]
EPITOPE MAPPING [ O-17]
EPSP-SYNTHASE [ N-2]
EPSTEIN-BARR [ F-30]
EPULORHIZA REPENS [ G-70]
EQUINE [ H-29]
ER STRESS [ G-18]
ERBB2 [ B-7]
ERECTILE DYSFUNCTION [ L-42]
ERK [ N-86], [ D-50]
ERP72 [ N-31]
ERYTHROCYTE [ Q-6]
ESA [ G-114]
ESCHERICHIA COLI [ YSF.3-1], [ L-40]
ESE [ H-117]
ESE-3 [ H-117]
ESI-MS/MS [ S-14]
ESPECTROMETRO DE MASSAS [ F-66]
ESR [ N-92]
ESSENTIAL OIL [ P-13], [ T-15]
EST [ V-21]
ESTERASES [ D-25]
ESTERS [ L-14]
ESTROGEN RECEPTOR [ B-9]
ESTRUTURAL BIOLOGY [ G-132]
ESTS [ D-65], [ D-11], [ G-27], [ E-113], [ E-88]
ESX [ H-114]
ETHANOL [ G-88], [ C-31], [ R-42], [ L-93]
ETHANOL PRODUCTION [ I-3]
ETHNICITY [ F-51]
ETS [ H-114], [ H-36]
ETS DOMAIN [ J-15]
EU(III) COMPLEX [ P-28]
EUCALYPTUS [ E-8]
EUCALYPTUS GRANDIS [ E-113]
EUCALYPTUS SP [ W-19]
EUGENIA DYSENTERICA [ U-44], [ W-28]
EUPAFOLIN [ A-22]
EUPHORBIA MILLII [ L-9], [ L-33]
EUTERPE OLERACEA [ E-13]
EVOLUTION [ B-12], [ M-10], [ V-17], [ M-50]
EXCTRACELLULAR MATRIX [ M-57]
EXERCISE [ T-75], [ B-41], [ J-19], [ U-16], [ I-15]
EXFOLIATIVE CYTOLOGY [ F-96], [ F-93]
EXOENZYMATIC ACTIVITY [ F-13]
EXON 2 [ SP.14-04], [ R-7]
EXOPOLYPHOSPHATASES [ D-72]
EXOSKELETON [ L-64]
EXOSOME [ G-33]
EXOSOMES [ Q-25]
EXPRESSED SEQUENCE TAGS [ B-63]
EXPRESSION [ G-116], [ E-89], [ G-117], [ E-102], [ B-57], [ E-71], [ N-116]
EXPRESSION AND PURIFICATION [ F-49]
EXPRESSION PATTERN [ B-13]
EXPRESSION PROFILE [ V-18]
EXTRACELLULAR MATRIX [ M-47]
EXTRACELLULAR NAD [ I-18]
EXTRACELLULAR NUCLEOTIDES [ G-78]
EXTRACELLULAR VIRUSES [ F-16]
EXTRACELULAR PROTEINS [ G-105]
EXTRACTION [ H-52]
EXTRACTION METHODS [ W-44], [ W-34]
EXUDATE OF PINEAPPLE [ M-7]
F(AB')2 [ O-15]
FABP [ D-49]
FACTOR VIII [ H-133]
FACTOR XA INHIBITOR [ P-23]
FACTORIAL DESIGN [ H-104]
FACTORIAL PLANNING [ H-46]
FAK [ Q-60]
FAMILIAL AMYLOIDOTIC POLYNEUROPATHY [ N-51]
FAMILIAL AMYOTROPHIC LATERAL SCLEROSIS [ V-15]
FAMILIAL HYPERTROPHIC CARDIOMYOPATHY [ N-83]
FAMILY HISTORY [ B-2]
FANCONI ANEMIA [ A-40]
FARFANTEPENAEUS SUBTILIS [ L-44]
FARNESOL [ G-32]
FASCIOLA HEPATICA [ B-49]
FAT [ H-90]
FATTY ACID [ H-70]
FATTY ACID OXIDATION [ I-13]
FATTY ACIDS [ Q-3], [ I-8], [ I-12]
FBXO25 [ Q-46]
FE(II)-AUTOXIDATION [ T-31]
FE-S [ N-69]
FE/S PROTEINS [ F-19]
FEATHER MEAL [ H-87]
FECAL MICROBIOTA [ F-63]
FED BATCH FERMENTATION [ H-23]
FEEDING [ D-27]
FEEDING BEHAVIOR [ SP.27-04]
FENOFIBRATO [ I-13]
FENOTHIAZINE [ R-30]
FENTON [ T-31]
FERMENTATION [ G-92], [ I-3], [ T-60], [ L-93]
FERRITIN [ D-87]
FERTILIZATION [ M-2]
FEV [ H-36]
FEZ1 [ N-38], [ N-71]
FGF [ J-8], [ J-11]
FGF2-TRIGGERED SENESCENCE [ SP.03-04]
FIBRATES [ B-46]
FIBRINOGEN [ N-30], [ N-7]
FIBRINOGENOLYTIC ENZYME [ H-45]
FIBRINOGENOLYTIC PROTEASE [ L-100]
FIBROADENOMA [ M-17]
FILAMENTOUS FUNGI [ P-5], [ H-98]
FILMS [ SP.22-02]
FISH HEPATOCYTES [ H-80]
FISH OIL [ B-46]
FISH VENOM [ L-107], [ L-100], [ S-12]
FISSION YEAST [ G-25], [ G-49]
FITOTERAPIC [ H-131]
FIXAÇAO DE NITROGENIO [ W-48]
FLABOBACTERIUM HEPARINUM [ L-5]
FLAGELLIN [ F-10]
FLAGELLUM [ W-63]
FLAMBOYANT PROTEIN [ E-115]
FLAMMULINA VELUTIPES [ M-27]
FLAVIO HENRIQUE BERALDO [ R-32]
FLAVIVIRUS [ SP.19-01], [ F-33], [ F-77]
FLAVOBACTERIUM HEPARINUM [ M-14]
FLAVONE [ A-3], [ E-47]
FLAVONOID [ R-33], [ P-35], [ R-37], [ P-15]
FLAVONOIDS [ Q-17], [ P-27]
FLO1P [ H-140]
FLOCULAÇAO [ H-118]
FLOW CYTOMETRY [ W-11], [ C-12]
FLOWER DEVELOPMENT [ E-81]
FLUCONAZOLE [ F-75]
FLUORESCENCE [ S-24], [ N-137], [ N-14], [ G-116], [ U-22], [ P-31], [ N-110], [ S-38], [ N-33]
FLUORESCENCE MICROSCOPY [ F-25]
FLUORESCENCE SPECTROSCOPY [ N-37]
FLUORESCENCIA [ A-13]
FLUORESCENSE [ E-26]
FLUORESCENT SUBSTRATES [ L-95]
FLUOXETINE [ R-16]
FLY SEQUENCE [ Q-26]
FMLP [ Q-18]
FMNL1 [ C-5]
FOAM NESTS [ N-53]
FOCAL ADHESION KINASE [ T-18]
FOLATE [ B-59], [ B-56]
FOLATE METABOLISM INHIBITORS [ SP.17-02]
FOLDING [ N-22], [ N-23]
FOLLICULAR LYMPHOMA [ J-13]
FONSECAE PEDROSOI [ P-13]
FONSECAEA PEDROSOI [ L-85]
FOOD RESTRICTION [ I-9]
FOOD SUPPLEMENT [ H-57]
FORK SPEED [ SP.03-01]
FORMALIN TEST [ P-20]
FORMATE DEHYDROGENASE [ B-12]
FORMIN BINDING PROTEIN 11 [ N-22]
FPLC [ U-47]
FRANCISELLA [ G-131]
FRAP [ T-59]
FREE RADICAL [ YSF.2-5], [ YSF.2-4], [ T-10]
FREE RADICAL SCAVENGER [ T-76]
FREE RADICALS [ T-23], [ T-57], [ T-22], [ H-103]
FREE-RADICALS [ T-30]
FROND [ H-93]
FRUCTOFURANOSIDASE [ H-51]
FRUIT GUM [ M-44]
FRUIT RIPENING [ E-100]
FRUTALIN [ E-70]
FRUTALINA [ E-102]
FTSH [ E-85]
FTSZ [ F-25], [ F-71], [ F-14], [ F-73]
FUCAN [ M-60]
FUCOGALACTAN [ M-40]
FUCOMANNOGALACTAN [ M-49]
FUCOSYLATED CHONDROITIN SULFATE [ M-55]
FUMARATE REDUCTASE [ N-56]
FUNCTION [ F-86]
FUNCTIONAL ANALYSIS [ B-26]
FUNCTIONAL PROPERTIES [ N-143]
FUNDAMENTAL BIOCHEMESTRY [ K-16]
FUNGI [ L-55], [ E-99], [ H-87], [ G-67]
FUNGUS [ L-82], [ L-35]
FUNGUS THERMOPHILIC [ L-83]
FUR [ N-24]
FURA 2AM [ E-68]
FUSARIUM [ E-5], [ H-3], [ H-75]
FUSARIUM HETEROSPORUM [ H-7]
FUSARIUM SOLANI [ E-12]
FUSION ASSAY [ F-103]
FUSOBACTERIUM [ W-56]
G-PROTEIN COUPLED RECEPTORS [ YSF.3-5]
GAERTNEROSIDE [ E-51]
GALACTAN [ M-42]
GALACTOMANNAN [ M-36], [ M-18], [ M-51]
GALACTOSE [ YSF.1-2]
GALECTIN-1 [ Q-66]
GALECTIN-3 [ W-12]
GALLIC ACID ESTER DERIVATIVES [ L-29]
GALNAC [ N-129]
GAMMA SUBUNIT [ A-6]
GANGLIOSIDES [ Q-20], [ U-34]
GANODERMA [ H-106]
GANODERMA RESINACEUM [ M-43]
GAP CLOSURE [ F-29]
GASTROINTESTINAL [ C-29]
GASTROINTESTINAL TRACT [ C-21]
GAUCHER DISEASE [ H-128]
GAYRALIA [ M-38]
GC7 [ P-9]
GCN2 [ R-25]
GEASTRUM SACCATUM [ M-41]
GEL ELETROPHORESIS [ K-15]
GELLING AGENT [ M-45]
GENE AMPLIFICATION [ G-104]
GENE DUPLICATION [ SP.11-04]
GENE EXPRESSION [ V-21], [ SP.07-02], [ SP.26-03], [ G-29], [ D-18], [ H-60], [ B-42], [ SP.07-03], [ C-26], [ G-54], [ G-125], [ G-68], [ B-44], [ U-31], [ V-28], [ G-17], [ G-11], [ B-48], [ G-95], [ B-9], [ G-113], [ B-23], [ B-38], [ E-106]
GENE EXPRESSION OF ADIPOKINES [ U-38]
GENE GYRB [ F-65]
GENE LETAL [ D-61]
GENE NEIGHBORING [ V-24]
GENE ORDER [ V-24]
GENE REGULATION [ G-20]
GENE SYNTENY [ G-104]
GENE TRANSFER [ G-6]
GENES [ G-120]
GENETIC CODE [ V-33]
GENETIC VARIABILITY [ G-72]
GENETICALLY MODIFIED CROPS [ SP.12-03]
GENETICALLY MODIFIED ORGANISM [ SP.12-02], [ SP.12-05], [ SP.12-04]
GENOME [ F-99]
GENOMIC [ SP.28-01]
GENOMIC SEQUENCING [ F-29]
GENOMICS [ V-21], [ SP.21-02]
GENOTOXIC [ F-11]
GENOTOXICITY [ R-19], [ T-52], [ J-10], [ H-37], [ H-82]
GENOTYPE [ B-29]
GENOTYPING [ F-39]
GENTOYPE [ B-28]
GERMINATION [ F-22]
GERMINIVIRUS [ E-40]
GFAP [ Q-48]
GFP [ G-124]
GGDEF [ F-3]
GIBBERELLIN [ E-96]
GILL [ L-28]
GILL MICROSOMES [ L-63]
GIPL [ D-83]
GIS1 [ H-123]
GJB2 [ B-32]
GJB6 [ B-32]
GL-15 [ R-13], [ R-28]
GLEASON SCORE [ B-55]
GLIA [ R-19], [ R-18]
GLIAL [ SP.20.04], [ SP.20-02]
GLIAL CELLS [ R-5]
GLIAL FIBRILS [ N-109]
GLICOPROTEINAS [ F-66]
GLIOBLASTOMA [ SP.20-02], [ R-10], [ U-13], [ C-9], [ T-21], [ S-9]
GLIOMA [ R-33], [ R-37], [ Q-60]
GLIOMAS [ U-24], [ W-70]
GLNB [ F-54], [ F-44]
GLND [ F-44]
GLND PROTEIN [ F-37]
GLNZ [ F-44]
GLOBIN [ N-65]
GLOBULINS [ N-123]
GLUCAN [ F-80], [ F-78], [ M-9]
GLUCANASE [ D-53]
GLUCANS [ M-41]
GLUCOAMYLASE [ H-140]
GLUCOCEREBROSIDASE [ H-128]
GLUCONACETOBACTER DIAZOTROPHICUS [ W-59], [ F-29], [ W-48], [ F-66]
GLUCORONOXYLOMANNAN [ U-18]
GLUCOSE [ Q-68], [ A-16]
GLUCOSE METABOLISM [ H-4]
GLUCOSE REPRESSION [ A-21]
GLUCOSE TOLERANCE [ I-15]
GLUCOSE TRANSPORTER [ G-110]
GLUCOSIDASES [ L-15]
GLUCOSYLCERAMIDE [ S-2]
GLUCOSYLCERAMIDE SYNTHASE [ M-11]
GLUCOSYLTRANSFERASES [ F-78]
GLUCURONOXYLOMANNAN [ SP.31-04], [ U-3], [ U-34], [ M-59]
GLUTAMATE [ P-41], [ S-17]
GLUTAMATE RECEPTOR [ D-85]
GLUTAMATE UPTAKE [ R-41]
GLUTAMINE SINTETASE ACTIVITY [ R-41]
GLUTAREDOXIN [ N-44]
GLUTAREDOXIN2 [ G-36]
GLUTATHIONE [ P-32], [ T-40], [ P-24], [ T-24]
GLUTATHIONE PEROXIDASE [ T-27]
GLUTATHIONE TRANSFERASE [ P-24]
GLUTATHIONYL RADICAL [ T-46]
GLUTATHOINE PEROXIDASE [ G-85]
GLUTELINS [ E-112]
GLUTHATIONE [ T-59]
GLYCEROL 3-PHOSPHATE DEHYDROGENASE [ L-10]
GLYCEROL KINASE [ L-96]
GLYCEROLIPID METABOLISM [ Q-21]
GLYCINE- AND HISTIDINE-RICH PEPTIDE [ S-21]
GLYCOCONJUGATES [ M-25]
GLYCOGEN [ R-27]
GLYCOGEN SYNTHASE KINASE [ I-10]
GLYCOINOSYTOLPHOSPHOLIPD [ M-1]
GLYCOLISATION [ H-33]
GLYCOLYSIS [ E-73], [ F-76]
GLYCOMICS [ F-66]
GLYCOPROTEIN ISOLATION [ E-30]
GLYCOPROTEINS [ M-26]
GLYCOSAMINOGLYCAN [ L-13], [ M-54], [ M-14], [ Q-59], [ M-17], [ A-14]
GLYCOSAMINOGLYCANS [ M-5], [ M-28], [ M-19], [ M-32], [ L-3], [ Q-13]
GLYCOSIDASES [ L-53]
GLYCOSIDE HYDROLASE [ L-32]
GLYCOSIDES [ M-20]
GLYCOSOME [ G-112]
GLYCOSPHINGOLIPID [ M-22]
GLYCOSPHINGOLIPIDS [ Q-44], [ F-28], [ O-9], [ M-23], [ S-2]
GLYCOSYLATION [ CF.16], [ L-62], [ H-129]
GLYCOSYLTRANSFERASES [ H-53]
GM1-GANGLIOSIDOSIS [ L-84]
GMP [ CF.13]
GOAT [ B-22]
GOLD NANOPARTICLES [ H-100]
GOLDFISH [ A-23]
GOSSYPIUM HIRSUTUM [ L-41]
GP63 [ Q-9], [ G-66]
GP85/TRANS-SIALIDASE SUPERFAMILY [ Q-27]
GPCR [ N-86]
GPI-ANCHORED PROTEIN [ A-34]
GPI-PROTEIN [ G-41]
GRACILARIA TENUISTIPITATA [ E-87]
GRAM-NEGATIVE BACTERIA [ S-22], [ S-18]
GRANULOSUS [ W-75]
GRAPE [ T-14]
GRMD [ Q-66]
GROEL [ F-48]
GROMACS [ N-145]
GROWTH [ H-28]
GROWTH CONES [ R-25]
GROWTH HORMONE [ H-29]
GROWTH INHIBITION [ R-10]
GROWTH PARAMETERS [ L-6]
GROWTH RECOVERY [ E-94]
GSH [ T-10]
GSK-3 [ H-4]
GSK3 [ G-1]
GTP-BINDING [ N-109], [ N-37], [ N-20]
GTPASE [ N-70]
GUANOSINE [ R-9]
GUANYLATE CYCLASE [ SP.32-04]
GUAVA [ T-70]
GUM [ H-9]
GUT BACTERIA [ D-26]
GYMNOSPERM [ E-47]
GYMS [ U-23]
GYROXIN [ B-57]
H LOCUS [ G-104]
H+ -ATPASE [ G-4]
H+ UPTAKE [ A-27]
H+- ATPASE [ G-64]
H+-ATPASE [ A-16], [ G-101]
H+-PPASE [ A-27]
H+-PUMPS [ A-42]
H2O2 [ E-66]
HAEM DETOXIFICATION [ SP.13-01]
HAEMOGLOBIN [ SP.13-04]
HAEMOGLOBINASE [ SP.13-02]
HAEMOLYMPH [ E-84]
HAEMOSTATIC [ YSF.3-2]
HAEMOZOIN [ SP.13-01]
HCV [ SP.19-02], [ U-17]
HD-GYP [ F-3]
HEAD AND NECK [ B-15]
HEAD AND NECK CANCER [ B-34], [ B-60]
HEAD AND NECK SQUAMOUS CELL CARCINOMA [ H-60], [ B-36], [ W-33]
HEAD AND NECK TUMOURS [ H-8]
HEAD NECK CANCER [ W-39]
HEART [ L-31], [ T-75], [ A-30]
HEART FAILURE, [ S-15]
HEARTWOOD LECTIN [ E-116]
HEAT [ G-88], [ A-23]
HEAT SHOCK [ F-48], [ G-17], [ G-97]
HEAT SHOCK PROTEIN [ B-50]
HEAT SHOCK-LIKE PROTEINS [ G-120]
HEATER ORGAN [ A-31]
HEAVY METAL [ V-10]
HEAVY METALS [ T-62], [ E-87]
HELA CELL [ G-96]
HELICASE [ G-39]
HELMINTH PARASITES [ G-48]
HEMAGGLUTINATING ACTIVITY [ E-54]
HEMAGGLUTININ [ F-103]
HEMATIN [ V-11]
HEMATOLOGIC MALIGNANCIES [ C-2]
HEMATOPHAGOUS INSECTS [ A-48]
HEMATOPHAGY [ D-77]
HEMATOPOIESIS [ B-4]
HEME [ D-46], [ G-135], [ Q-47], [ D-15], [ D-79], [ T-29], [ D-10], [ G-81], [ G-40], [ G-69], [ Q-18], [ G-16], [ G-73]
HEME AGGREGATION [ D-30]
HEME DETOXIFICATION [ D-29]
HEME OXIDATION [ D-15]
HEME OXYGENASE [ D-46], [ G-81], [ G-73]
HEME-BINDING PROTEINS [ D-79]
HEMIFUSION [ A-17]
HEMIN [ D-77]
HEMIPTERA [ D-51], [ D-89]
HEMOCYTES [ D-34]
HEMOGLOBIN [ N-90], [ N-5], [ N-72], [ N-67], [ N-30]
HEMOGLOBIN DIGESTION [ D-22]
HEMOLIN [ D-86]
HEMOLYMPH [ SP.06-03]
HEMOLYSIN [ S-6], [ W-9], [ G-14]
HEMOLYTIC [ S-25]
HEMOPHILIA [ H-133]
HEMORRHAGE [ L-86], [ L-36]
HEMOSTASIS [ D-33], [ D-48]
HEMOSTATIC DISORDERS [ D-47]
HEMOZOIN [ SP.13-03], [ G-135], [ U-39], [ D-10]
HEPARAN SULFATE [ M-32], [ M-57], [ M-47], [ Q-34]
HEPARIN [ M-52], [ N-25], [ H-142], [ M-53], [ M-15], [ M-54], [ L-5], [ Q-34]
HEPARINASE [ M-14], [ L-5]
HEPARINOIDS [ M-37], [ M-47]
HEPATIC FUNCTION [ I-16]
HEPATIC STELLATE CELLS [ Q-32]
HEPATIC STETOSIS [ I-12]
HEPATITES C VIRUS [ F-39]
HEPATITIC C [ YSF.4-1]
HEPATOMA [ A-2]
HEPATOTOXICITY [ L-22]
HER2 [ S-34]
HERBAPIRILLUM RUBRISUBALBICANS [ F-99]
HERBASPIRILLUM SEROPEDICAE [ F-42], [ F-55], [ F-24], [ F-45], [ W-6], [ F-49], [ E-88], [ F-9], [ N-65], [ W-51], [ F-83]
HERBICIDE [ T-72]
HERBICIDE TOLERANT [ SP.12-03]
HERPES [ E-57]
HERPESVIRUS [ V-6]
HERPETOMONAS [ A-27]
HERPETOMONAS MEGASELIAE [ G-126]
HETEROGALACTAN [ M-27]
HETEROLOGOUS EXPRESSION [ G-123], [ G-65], [ G-100]
HEXOKINASE [ Q-70], [ A-26], [ A-2], [ A-4]
HEXOSAMINIDASE [ L-13]
HEXOSAMINIDASES [ L-15]
HFQ PROTEIN [ F-55]
HFSH [ H-68]
HHP [ N-119]
HIF-1 [ G-123], [ G-142]
HIGH HYDROSTATIC PRESSURE [ F-61]
HIGH PRESSURE [ N-104], [ N-28]
HIGH SCHOOL TEACHERS [ K-18]
HINGE [ I-7]
HIPERTRIGLYCERIDEMIA [ W-7]
HIPOCHOLESTEROLEMIC DIET [ T-51]
HIPPOCAMPAL [ R-9]
HIPPOCAMPUS [ R-23]
HIRSCHSPRUNG`S [ C-22]
HIS-TAG REMOTION [ H-39]
HISPIDULIN [ A-22]
HISTAMINE [ U-25]
HISTOCHEMISTRY [ C-24], [ C-21], [ C-22]
HISTONE [ G-118]
HISTOPLASMA CAPSULATUM [ M-22], [ Q-37]
HISTORY OF SCIENCE [ K-11]
HIV [ H-132]
HIV ASPARTYL PEPTIDASE INHIBITORS [ L-85]
HIV INFECTION [ P-18]
HL60 [ Q-23]
HL60 CELLS [ Q-16]
HLH [ H-68]
HLYU [ W-9]
HLYX [ H-43]
HMGN2 [ Q-71]
HO [ T-59]
HO-1 [ Q-47]
HOMALINOTUS CORIACEUS [ E-4]
HOMEOSTASIS [ YSF.1-5]
HOMO-OLIGOMERIZATION [ U-23]
HOMOCYSTEINE [ C-18], [ R-23]
HOMODIMERS [ N-109]
HOMOLOGY [ V-32], [ V-17]
HOMOLOGY MODELING [ V-15]
HOMOLOGY MODELS [ N-4]
HONEY [ H-105]
HONEYBEE [ W-3], [ D-12], [ D-85]
HONEYBEE VENOM [ W-46]
HOOKWORMS [ SP.13-02]
HORMONES [ K-23]
HOSPITAL INFECTIONS [ E-27]
HOST PATHOGEN INTERACTION [ B-38]
HOST TARGETS [ U-24]
HOST-CELL INTERACTION [ SP.25-02]
HOST-PATHOGEN INTERACTION [ B-23]
HPA AXIS [ U-5]
HPLC [ N-126], [ F-75]
HPV [ V-7], [ F-32], [ F-93], [ F-84], [ F-50]
HPV-16 [ H-40]
HPV16 [ F-18]
HR-HPV [ F-97]
HRE [ G-142]
HRPG PROTEIN [ F-24]
HSC [ L-18]
HSF1 [ G-103]
HSP100 [ G-68]
HSP12 [ H-123]
HSP26 [ G-90], [ H-123]
HSP70 [ G-20]
HSP70 GENE FAMILY [ V-18]
HSP90 [ N-120]
HT-29 CELLS [ Q-39]
HTLV-1 [ H-124]
HTSH [ H-68], [ H-107]
HUMAN ADIPOSE STEM CELL [ Q-30]
HUMAN BETA CELLS [ Q-2]
HUMAN BREAST [ M-17]
HUMAN CERVICAL CANCER CELL [ E-82]
HUMAN INSULINOMA [ Q-2]
HUMAN MELANOMA [ C-3]
HUMAN MONOCYTIC CELLS (THP-1) [ B-10]
HUMAN NEUTROPHIL ELASTASE [ L-3]
HUMAN PANCREATIC ISLETS [ Q-68]
HUMAN PAPILLOMAVIRUS [ F-51]
HUMAN PLASMA KALLIKREIN [ L-58]
HUMAN PROLACTIN [ H-23]
HUMAN SALIVA [ C-14]
HUMAN SEPTIN [ N-46]
HUMAN SEPTIN 6 [ N-79]
HUMAN SEPTIN 8 [ N-79]
HUMAN SKIN [ H-16]
HUMAN SPI-C [ J-15]
HUMAN TELOMERIC DNA [ YSF.3-4]
HUMAN UROGENITAL TRICHOMONIASIS [ W-58]
HUMIC ACIDS [ H-71]
HUMICOLA [ L-82]
HUMICOLA GRISEA VAR. THERMOIDEA [ H-108]
HYALURONAN [ C-2], [ Q-13]
HYALURONIDASE [ L-107], [ L-61], [ N-140]
HYDROCHLORIC ACID SRESS [ F-68]
HYDROGEL [ SP.22-01]
HYDROGEN PEROXIDE [ L-71], [ D-1], [ T-77], [ S-31], [ T-26]
HYDROGEN-DEUTERIUM EXCHANGE [ N-2]
HYDROLASES [ H-130]
HYDROLYTIC CLEAVAGE [ P-28]
HYDROLYTIC ENZYMES [ L-85]
HYDROPEROXIDES [ T-39]
HYDROSTATIC PRESSURE [ N-76], [ N-50], [ G-103], [ L-8]
HYMENAEA COURBARIL [ M-4]
HYMENAEA CURBARIL [ M-45]
HYPERCHOLESTEROLEMIA [ I-16]
HYPERLIPIDEMIA [ H-38]
HYPERPHOSPHATEMIA [ C-13]
HYPERSENSITIVE RESPONSE [ E-75]
HYPERTENSION [ L-108]
HYPHAE [ W-14]
HYPNEA CERVICORNIS [ E-50], [ E-97]
HYPOGLYCEMIC ACTIVITY [ M-48]
HYPOTHALAMUS [ SP.27-04]
HYPOTHETICAL PROTEIN [ G-137]
HYPOXIA [ G-123], [ E-96], [ G-29], [ G-142]
HYPOXIC-ISCHEMIC [ R-9]
HYPSIBOAS PUNCTATUS [ S-29]
HYPTIS PECTINATA [ P-13]
HYPUSINATION [ N-17], [ P-9]
HYPUSINE [ G-107]
IBDV [ F-89]
IBMX [ G-130]
IDC [ C-20]
IDENTIFICATION [ G-92], [ L-1]
IDENTIFICATION OF ANTIGENS [ H-30]
IDURONIC ACID [ M-52]
IGF1 [ R-6]
IGG DEGRADATION [ D-32]
IL-8 [ Q-51], [ Q-14], [ Q-53]
IMAGE ANALYSIS [ W-52]
IMAGING [ YSF.2-5]
IMAGING MASS SPECTROMETRY [ SP.06-02]
IMATINIBE MESILATE [ U-40]
IMMOBILIZATION [ L-34], [ L-60], [ L-66], [ H-39], [ L-2], [ E-43], [ H-27], [ L-23], [ L-13], [ H-142], [ H-32], [ H-138], [ H-55]
IMMUNE REGULATION [ SP.03-03]
IMMUNE RESPONSE [ O-7]
IMMUNE RESPONSES [ U-10]
IMMUNITY [ SP.01-04], [ U-20], [ D-91], [ D-34]
IMMUNODEFICIENT [ H-62]
IMMUNODIAGNOSIS [ H-135]
IMMUNOGENICITY [ H-111]
IMMUNOGLOBULIN [ N-117]
IMMUNOISOLATION [ H-119]
IMMUNOISOLATION DEVICE [ H-34]
IMMUNOLOCALIZATION [ E-52]
IMMUNOMODULATION [ P-29], [ U-40]
IMMUNOMODULATORY [ SP.04-01]
IMMUNOPROTEASOME [ G-96]
IMMUNOPROTEOMICS [ W-60]
IMMUNORESPONSE [ H-26]
IMMUNOSPIN-TRAPPING [ YSF.2-5], [ YSF.2-4]
IMMUNOTHERAPY [ A-7]
IMPACT [ U-33], [ R-25]
IMPORTIN-ALPHA [ V-23]
IMUNOHISTOCHEMIC [ O-13]
IMUNORREACTIVITY [ M-13]
IN SITU HYBRIDIZATION [ B-31]
IN VITRO DEVELOPMENT [ B-8]
IN VIVO TREATMENT [ T-61]
INACTIVATED VIRUS VACCINE [ F-90]
INCLUSION COMPLEX [ H-94], [ H-136]
INDIAN COMMUNITY [ I-4]
INDIGOFERA SUFFRUTICOSA [ H-97]
INDOLE-3-ACETIC ACID [ F-83], [ G-6]
INDOLEPYRUVATE DECARBOXYLASE [ G-6]
INDOMETHACIN [ N-108]
INDUCTION [ L-10]
INDUSTRIAL APPLICATION [ L-35]
INDUSTRIAL ENZYMES [ H-73]
INDUSTRY [ L-13]
INFECTION [ U-19], [ Q-37], [ W-29], [ G-96]
INFECTIONS [ SP.06-04]
INFECTIVITY [ Q-42]
INFLAMMATION [ M-46], [ Q-36], [ E-10], [ SP.09-04], [ O-8], [ E-50], [ Q-27], [ Q-26], [ Q-45], [ M-58]
INFLAMMATORY RESPONSE [ W-52], [ T-29]
INFLUENZA [ F-61], [ F-103]
INFORMATICS [ K-7]
INFORMATION AND COMMUNICATION TECHNOLOGIES (ICTS) [ K-6]
INFRARED [ H-52]
INFRARED SPECTROSCOPY [ U-22]
INHERITED METABOLIC DISEASE [ R-1]
INHIBITED [ E-57]
INHIBITION [ H-74], [ E-83], [ G-128], [ N-130]
INHIBITION OF F1FO-ATP SYNTHASE [ P-4]
INHIBITOR [ N-136], [ L-58], [ G-60], [ D-23], [ D-67], [ S-11], [ B-47], [ G-76], [ F-73]
INHIBITORS [ SP.15-04], [ SP.10-03], [ YSF.1-4], [ N-94], [ L-103]
INHIBITORS OF TYROSINE KINASES [ M-57]
INHIBITORY AVOIDANCE [ R-34]
INJECTABLE SOLUTIONS [ F-75]
INNATE IMMUNITY [ D-14], [ D-43], [ J-14]
INNFLAMMATION [ E-97]
INSECT [ D-53], [ D-56], [ Q-9], [ D-7]
INSECT CELLS [ H-25]
INSECT IMMUNITY [ D-57]
INSECT OLFACTION [ CF.05]
INSECT PESTS [ N-29], [ N-57]
INSECT RESISTANCE [ E-17]
INSECTICIDE ACTIVITY [ E-76], [ E-19]
INSECTICIDE VEGETABLE EXTRACT [ E-7]
INSECTICIDES [ W-28]
INSECTISIDE RESISTANCE [ D-52]
INSERTION SEQUENCES [ F-40]
INSULIN [ B-61]
INTEGRIN [ P-22], [ G-106], [ G-34]
INTEGRIN INHIBITOR [ S-12]
INTEGRINS [ S-12]
INTERACTION [ L-3]
INTERACTIONS [ N-92]
INTERCELLULAR MICROENVIRONMENT [ Q-20]
INTERFERON [ F-69], [ F-88]
INTERFERON STIMULATED GENES [ B-40]
INTERFERON-BETA [ L-30]
INTERLEUKIN [ B-50]
INTERMEDIATE FILAMENTS [ R-20]
INTERMEDIATE METABOLISM [ Q-55]
INTERMEDIATE STATE [ N-114]
INTERNALIZATION [ Q-69]
INTERNET [ K-13]
INTERVERTEBRAL DISC [ M-19]
INTESTINAL METAPLASIA [ Q-21]
INTESTINAL MOTILITY [ U-44]
INTESTINE [ L-68]
INTRA-HOSP STAGES OF S. MANSONI [ H-139]
INTRACELLULAR PARASITE [ L-72]
INTRACELLULAR SIGNALING [ P-22]
INTRACELULAR CALCIUM [ C-16]
INTRAINTESTINAL PROTEIN DIGESTION [ G-77]
INTRAMEMBRANOUS OSSIFICATION [ J-7]
INTRINSICALLY DISORDERED PROTEINS [ N-103]
INTRODUCTION TO SCIENCE [ K-6]
INTRON [ H-72]
INTRONIC EXPRESSION [ V-16]
INTRONIC EXPRESSION [ B-30]
INTRONIC TRANSCRIPTS [ B-55]
INULINASE [ L-110]
INVASION [ B-49], [ G-8], [ B-10], [ G-128], [ Q-62]
INVERTASE [ L-49], [ G-141]
ION CHANNELS [ P-2]
ION CHROMATOGRAPHY [ U-27]
IONIC HOMEOSTASIS [ E-18]
IONIZING RADIATION [ Q-35]
IONIZING RADIATION MICRONUCLEUS ASSAY [ H-115]
IPOMOEA ASARIFOLIA [ E-55]
IPRIFLAVONE [ P-39]
IRON [ T-30], [ W-58], [ G-16]
IRON LIMITATION [ N-69]
IRON REGULATED PROTEINS [ H-125]
IRON SULFUR CLUSTER [ F-19]
IRP [ D-87]
IRRADIATION [ E-2], [ A-12]
ISATIN-IMINE DERIVATIVES [ T-2]
ISCHEMIA [ SP.10-01]
ISCHEMIA REPERFUSION [ T-75]
ISCHEMIC PRECONDITIONING [ A-11]
ISLET TRANSPLANTATION [ Q-68]
ISOFORM [ N-126]
ISOFORMS [ W-15], [ N-97]
ISOLATION [ F-98], [ L-80], [ M-58]
ISOPTERA [ D-11]
ISOVALERIC ACID [ R-31], [ R-2]
ISOVALERIC ACIDEMIA [ R-2]
ITC [ N-21]
ITC AND DSC [ N-129]
IXODES SCAPULARIS [ SP.04-01]
IXOLARIS [ C-7]
JACALIN [ E-70]
JATROPHA CURCAS L. [ S-3]
JNK/C-JUN [ J-8]
JURKAT CELLS [ C-5]
JUVENILE HORMONE [ D-68]
K CHANNELS [ P-20]
K+ PERMEABILITY [ A-20]
K. LACTIS [ A-21]
K562 [ J-6]
KAINIC ACID [ C-27]
KALANCHOE BRASILIENSIS [ P-30]
KALLIKREIN [ L-25], [ H-20]
KALLIKREINS [ SP.15-01]
KAZAL [ D-17]
KCL [ A-31]
KDNA [ G-63], [ G-43]
KEAA [ G-45]
KEFIR [ P-44]
KERATAN SULPHATE [ M-8]
KERATIN [ L-87]
KERATINASE [ L-87], [ L-12]
KERATINOLITIC ENZYMES [ H-87]
KERNEL [ E-29]
KETOCONAZOLE [ Q-42]
KIAA0090 [ J-4]
KIBRA [ N-38]
KIDNEY [ L-65], [ C-29]
KINASE [ SP.23-02], [ B-52], [ V-19]
KINETIC CHARACTERIZATION [ L-49]
KINETICS [ SP.05-03], [ E-83]
KININ [ S-17]
KININ-B2 RECEPTORS [ U-15]
KININOGENS [ SP.10-04]
KINOME [ V-13]
KLUYVEROMYCES LACTIS [ H-81], [ G-102], [ G-105], [ G-141]
KLUYVEROMYCES MARXIANUS [ L-110]
KNOCK-OUT MICE [ H-28]
KOCURIA RHIZOPHILA [ H-108]
KU-70 [ C-5]
KUNITZ [ D-95]
KUNITZ INHIBITOR [ E-4], [ E-68], [ N-97], [ N-57]
KUNITZ TYPE TRYPSIN INHIBITOR [ E-24]
KUNITZ-BPTI [ D-23]
KUNITZ-TRYPSIN INHIBITOR [ N-29]
KUNITZ-TYPE INHIBITOR [ N-6]
KYNURENINE PATHWAY [ G-79]
L-AMINOACID-OXIDASE [ S-36]
L-METHYLMALONIC ACID [ Q-33]
L-NAME [ A-41]
L. AMAZONENSIS [ G-42]
L. BRAZILIENSIS [ G-37], [ B-53]
L. CHAGASI [ B-53]
L. LONGIPALPIS [ D-28]
L. OBLIQUA [ E-28]
L1 PROTEIN [ H-40]
L1210 LEUKEMIA CELLS [ J-1]
L6 CELL [ G-96]
LABORATORY [ K-21]
LABORATORY-BASED PRACTICAL EXERCISES [ K-12]
LABRAMIA BOJERI [ D-90]
LABRAMIA BOJERI BARK [ E-7]
LACCASES [ H-130]
LACHESIS MUTA [ N-10]
LACHESIS MUTA MUTA [ N-54]
LACTATE DEHYDROGENASE [ L-102]
LACTOFERRIN [ N-89]
LAMBDAPL PROMOTER [ H-23]
LAMINARINASE [ D-53]
LAMININ [ Q-24], [ Q-5]
LANTANA CAMARA [ A-49]
LAPACHOL [ N-122]
LAPACHONE DERIVATIVES [ P-19]
LARGE UNILAMELAR VESICLES [ A-9]
LARVAE [ D-24], [ D-2], [ D-4]
LARVICIDAL ACTIVITY [ U-43]
LARVICIDE [ D-45]
LASIODORA [ S-35]
LATERAL TRANSFERENCE [ V-31]
LATEX [ P-38], [ L-33], [ S-3]
LATIN AMERICA [ U-33]
LDH [ C-12]
LDL [ G-127]
LDL RECEPTOR KNOCKOUT MICE [ C-4]
LDN [ Q-19]
LEAD [ L-65]
LEAF LECTIN [ E-103]
LEARNING [ K-2]
LEARNING DIFFICULTIES [ K-9]
LEARNING/THEACHING PROCESS [ K-16]
LECTIN [ C-24], [ H-100], [ E-10], [ YSF.1-2], [ E-76], [ C-21], [ E-90], [ C-22], [ E-50], [ H-71], [ E-55], [ E-15], [ E-5], [ N-16], [ R-40], [ H-84], [ F-41], [ A-29], [ E-35], [ H-3], [ E-58], [ C-20], [ E-19], [ N-132], [ E-77], [ N-26], [ H-93], [ N-81], [ N-59], [ H-62], [ W-25], [ U-43], [ H-49]
LECTIN AFFINITY [ W-16]
LECTIN HISTOCHEMISTRY [ H-122], [ M-31]
LECTIN IMMOBILIZATION [ E-30]
LECTIN PURIFICATION [ E-103]
LECTIN-BLOT [ W-12]
LECTIN-LIKE [ E-15]
LECTIN-LIKE PROTEIN [ E-82]
LECTINS [ SP.22-02], [ E-44], [ C-29], [ H-31]
LEGISLATIVE REGULATION [ SP.12-05]
LEGUME LECTIN [ N-129]
LEGUME LECTINS [ N-125]
LEISHMANIA [ G-116], [ H-19], [ U-18], [ SP.07-01], [ G-31], [ G-109], [ O-4], [ A-34], [ G-121], [ G-138], [ G-127], [ G-78]
LEISHMANIA (V.) BRAZILIENSIS [ G-56]
LEISHMANIA (VIANNIA) BRAZILIENSIS [ Q-42], [ G-66]
LEISHMANIA (VIANNIA)BRASILIENSIS [ Q-29]
LEISHMANIA AMAZONENSIS [ L-94], [ G-52], [ T-42], [ T-6], [ G-76], [ G-50], [ G-63], [ P-9]
LEISHMANIA BRAZILIENSIS [ G-104]
LEISHMANIA INFANTUM [ A-38]
LEISHMANIA MAJOR [ U-19], [ P-29], [ P-25], [ N-94], [ G-27], [ G-112], [ G-133], [ G-24], [ G-98], [ G-87], [ G-14]
LEISHMANIA MEXICANA [ SP.26-02]
LEISHMANIA SP [ U-9]
LEISHMANIA SP. [ U-32]
LEISHMANIASIS [ U-10], [ D-28]
LEISHMANOLYSIN [ G-5]
LEIXHMANIA [ SP.13-04]
LENTINULA EDODES [ L-106]
LENTINUS EDODES [ M-49]
LEPIDOPTERA INSECTS [ D-95]
LEPTIN [ I-5], [ SP.27-02]
LEPTODACTYLUS VASTUS [ N-53]
LEPTOSPIRA [ H-89], [ H-43], [ H-56]
LEPTOSPIRA INTERROGANS [ H-86], [ N-64], [ H-30]
LEPTOSPIROSE [ H-86]
LEPTOSPIROSIS [ C-23], [ H-91], [ H-30]
LESIONS [ P-25]
LEUCINE AMINOPEPTIDASE [ L-45]
LEUKEMIA [ P-11], [ B-21], [ B-59], [ Q-59], [ Q-61]
LEUKEMIA CELLS [ N-26]
LEUKEMIAS [ Q-64]
LEUKOCYTE [ P-22]
LEUKOCYTES [ Q-45]
LEVOFLOXACIN [ F-26]
LIFE CYCLE [ SP.25-02]
LIFE SCIENCE [ K-10]
LIFE SPAN [ A-21]
LIGANDS [ W-12]
LIGASE [ G-143], [ G-98]
LIGHT STICK [ T-50]
LIGNIN [ E-16]
LIMS [ V-20]
LINFOCITOS T [ Q-28]
LINOLEIC ACID [ A-50]
LINSEED [ N-123]
LIPASE [ L-14], [ H-55], [ L-47]
LIPID [ I-5], [ G-126]
LIPID PEROXIDATION [ T-14]
LIPID AND PROTEIN OXIDATION [ R-2]
LIPID HYDROPEROXIDES [ C-18]
LIPID METABOLISM [ D-18]
LIPID NITRATION [ T-35], [ SP.23-01]
LIPID PEROXIDATION [ T-30], [ E-94], [ G-16]
LIPID PEROXYDATION [ SP.09-03]
LIPID PROFILE [ B-45]
LIPID SYNTHESIS [ E-32]
LIPID TRANSFER PROTEIN [ E-52]
LIPID TRANSPORT [ D-13]
LIPIDS [ G-93], [ O-8], [ H-59], [ D-75], [ D-38], [ C-17], [ T-66], [ I-2]
LIPIDS MONOLAYER [ U-6]
LIPOCALIN [ D-40], [ D-70], [ D-15]
LIPOPEROXIDATION [ T-34]
LIPOPHORIN [ D-13], [ D-7]
LIPOPOLYSACCHARIDE [ N-30]
LIPOPROTEIN [ G-93], [ N-12]
LIPOPROTEINS [ N-64], [ K-7]
LIPOSOME [ S-24], [ S-30]
LIPOSOMES [ H-94], [ CF.13], [ G-52], [ A-9], [ A-7]
LIPPIA [ S-7]
LIQUID-LIQUID EXTRACTION [ H-88]
LITHIUM [ G-74], [ R-46], [ R-27]
LITOPENAEUS SCHMITTI [ L-70], [ L-78]
LIVE PREY [ L-81]
LIVE VACCINE [ H-1]
LIVER [ I-18], [ F-17], [ L-18], [ C-23]
LIVER DAMAGE [ T-74]
LIVER MITOCHONDRIA RAT [ A-36]
LMM [ N-13]
LNCAP TUMOR CELLS [ H-127]
LOBOPHORA VARIEGATA [ M-34]
LOCALIZATION [ D-44]
LONOMIA OBLIQUA [ D-48], [ D-15], [ H-25], [ D-47], [ D-86]
LOOP [ V-6]
LOSAC [ D-86]
LOSS OF HETEROZIGOSITY [ B-58]
LOW BACK PAIN [ M-19]
LOW RESOLUTION MODEL [ N-42]
LOW TEMPERATURE [ E-106]
LOW-MOLECULAR-WEIGHT SULFATED FUCAN [ M-33]
LOXOSCELES INTERMEDIA [ Q-67], [ U-25]
LOXOSCELES VENOM [ Q-69]
LPS [ L-99]
LR-HPV [ F-97]
LUCIFERASE [ G-54], [ H-72]
LUNG CANCER [ W-18]
LUNG INJURY [ C-6]
LUTZOMYIA LONGIPALPIS [ D-14]
LUTZOMYIA SP [ U-9]
LYCOPENE [ T-44], [ T-70]
LYMPH NODES [ W-39]
LYMPHOMA [ N-55]
LYS49-PLA2 [ N-9]
LYSO-PHOSPHATIDYLCHOLINE [ O-8]
LYSOPHOSPHATIDYLCHOLINE [ N-10], [ C-16]
LYSOSOMES [ P-26], [ P-42]
LYSOZYME [ L-19], [ H-67]
LYSOZYME-C [ L-104]
LYTECHINUS VARIEGATUS [ J-2]
LYTIC PROTEIN [ D-88]
LYTIC-ACTIVITY [ G-52]
LYTIC-MECHANISM [ G-52]
(MANIHOT ESCULENTA CRANZT) [ E-74]
M.CHAMAEDRYS [ E-111]
M.TUBERCULOSIS [ N-80]
MACHINE LEARNING [ W-1]
MACROBRACHIUM AMAZONICUM [ L-63]
MACROPHAGE [ T-46], [ I-5], [ T-54], [ U-35], [ M-39]
MACROPHAGES [ T-36], [ T-33], [ T-67]
MACROTYLOMA AXILLARE [ N-129]
MAF FAMILY [ B-39]
MAGNESIUM [ L-39]
MAGNETIC [ L-7], [ H-32]
MAIZE [ E-94], [ F-31], [ E-29]
MAIZE DEFENSE RESPONSE [ W-54]
MAIZE GERMINATION [ E-42]
MAIZE OIL [ H-95]
MALARIA [ CF.06], [ SP.01-02], [ SP.25-03], [ SP.25-02], [ SP.29-04], [ D-64], [ G-38], [ T-27]
MALDI IMAGING [ SP.06-02], [ W-43]
MALDI-TOF [ W-21]
MALDI-TOF-MS [ N-72]
MALDI-TOF/TOF-MS/MS [ W-53]
MALDI/MS [ G-90]
MALE-FEMALE INTERACTION [ B-42]
MALONDIALDEHYDE [ T-28], [ T-27]
MALPIGHIA EMARGINATA [ E-104]
MALTOSE [ N-131]
MAMMALIAN CELLS [ B-57]
MAMMALIAN SPECIES [ M-5]
MANGANESE [ N-24], [ A-25]
MANGIFERA INDICA [ C-4]
MANGIFERIN [ C-4]
MANGROVE [ F-38]
MANNOPROTEINS [ O-9]
MANNOSYLATED PROTEINS [ SP.20-03]
MAO-A ALLELE FREQUENCY [ B-24]
MAP KINASES [ T-22]
MAPK [ F-27], [ Q-51], [ Q-14], [ Q-53], [ F-34], [ F-46], [ P-12]
MAPK SIGNALING PATHWAY [ Q-25]
MAPKS [ F-7], [ F-36]
MAPPING INTERACTION [ G-86]
MARINE ANGIOSPERM [ M-10]
MARINE SHRIMP [ L-45]
MARINE SPONGE [ L-92]
MARKERS OF AGRESSIVE [ B-34]
MASP [ G-117]
MASS ESPECTROMETRY [ W-69], [ W-26]
MASS SPECTROMETER [ S-19]
MASS SPECTROMETRY [ W-59], [ W-35], [ U-2], [ U-21], [ SP.23-04], [ W-16], [ W-12], [ W-24], [ N-2], [ W-74], [ W-56], [ S-37], [ E-108], [ T-24], [ W-36], [ H-77], [ W-19], [ T-66], [ W-7], [ W-33]
MAST CELL [ Q-36], [ W-4], [ U-25]
MAST CELLS [ CF.09]
MATRIX ATTACHMENT [ SP.03-01]
MATRIX METALLOPROTEINASE [ T-77], [ S-15]
MATRIX METALLOPROTEINASES [ J-7], [ B-10]
MBL [ U-17]
MBL, , [ U-7]
MBL-2 [ B-35]
MCAD DEFICIENCY [ R-3], [ R-4]
MCF-7 [ Q-38]
MCM-41 [ H-103]
MDA [ U-11]
MDR [ L-29], [ L-92], [ G-23]
MDX [ Q-36], [ Q-66]
MDX MICE [ Q-19]
MDX MOUSE [ U-40]
MEC COMPLEX [ F-82]
MECHANICAL PROPERTIES [ H-6]
MECHANICAL WOUND [ E-93]
MECKEL´S CARTILAGE [ J-7]
MELANIN [ T-37]
MELANOMA [ SP.15-03], [ Q-4], [ B-25], [ S-32], [ C-11], [ C-7], [ J-4], [ Q-71]
MELANOMA PROGRESSION [ B-20]
MELATONIN [ G-38]
MELITTIN [ S-16]
MELOIDOGYNE INCOGNITA [ E-21]
MELTING TEMPERATURE ASSAY [ B-19]
MELXI® [ H-131]
MEMBRANAS BIOLOGICAS [ A-13]
MEMBRANE [ A-28], [ E-26], [ F-62]
MEMBRANE BIOGENESIS [ CF.16]
MEMBRANE FLUIDITY [ A-19]
MEMBRANE FUSION [ F-90], [ F-33], [ A-17]
MEMBRANE PROTEIN [ A-24]
MEMBRANE RAFTS [ M-22], [ Q-37], [ M-23]
MEMBRANE-BOUND [ A-8]
MEMBRANE-SPANNING DOMAIN [ F-82]
MENADIONE [ T-40]
MERISTEM [ E-56]
MESOCESTOIDES CORTI [ B-51], [ B-61], [ W-24]
MESOCESTOIDES VOGAE [ YSF.1-3]
MESOIONIC COMPOUNDS [ A-18]
MESOTHELIN [ N-39]
METABOLIC ACTION [ I-18]
METABOLIC SYNDROME [ I-4], [ I-11], [ I-2]
METABOLIC SYNDROME X [ C-28]
METABOLISM [ G-126], [ D-92], [ T-38], [ I-1], [ D-38]
METABOLISMO ENERGETICO [ W-67]
METACESTODE [ W-75]
METACOGNITION [ SP.30-01]
METACYCLOGENESIS [ G-12]
METAGENOMIC [ F-38]
METAL-TOXIC WASTES [ H-85]
METALLO-ƒÒ-LACTAMASES [ U-21]
METALLOPROTEASE [ L-83], [ L-79]
METALLOPROTEASES [ G-66]
METALLOPROTEINASE [ B-47], [ L-50], [ L-36]
METALLOPROTEINASES [ J-17], [ T-29]
METALLOTHINEIN [ V-10]
METARHIZIUM ANISOPLIAE [ L-47], [ L-56]
METASTASIS [ M-46]
METHYL 5-AMINOLEVULINATE [ T-16]
METHYL JASMONATE [ E-23], [ E-93], [ E-14]
METHYLATION [ B-15], [ B-58]
METHYLENE BLUE [ U-6], [ T-9], [ T-61]
METHYLGLYOXAL [ T-63]
METHYLMALONIC ACIDEMIAS [ Q-33]
METHYLMERCURY [ R-38]
METRODOREA [ R-28]
MGC11242 [ B-7]
MIC [ H-137]
MICE [ H-38]
MICELLES [ N-92]
MICROALGAE [ U-8], [ U-11]
MICROARRAY [ D-48], [ SP.01-03], [ G-29], [ F-17], [ B-42], [ H-116], [ F-18], [ G-11], [ V-16], [ B-23], [ B-38], [ E-8], [ B-20]
MICROARRAYS [ G-89], [ G-45], [ B-44], [ P-17], [ E-87]
MICROBES COPE [ CF.07]
MICROBICIDES [ H-132]
MICROBIOLOGICAL ASSAY [ F-26], [ F-75]
MICROBIOLOGY [ U-24], [ F-6]
MICROBIOLOGY AND IMMUNOLOGY [ K-11]
MICROCYSTIN [ W-23], [ U-36], [ S-14]
MICROCYSTIN-LR [ O-6]
MICROCYSTIS [ W-23], [ S-14]
MICROENCAPSULATION [ Q-68], [ H-83], [ A-9], [ A-7]
MICROGRAMMA VACCINIFOLIA [ H-93]
MICRONUCLEUS ASSAY [ H-115]
MICROPEROXIDASE-11 [ H-103]
MICRORNA [ C-3], [ B-13]
MICROSATELLITE INSTABILITY [ B-58]
MICROSCOPY [ P-46], [ D-82]
MICROSOMAL TRIGLYCERIDE TRANSFER PROTEIN [ B-17]
MICROTUBULE [ SP.07-04]
MICROVESICLES [ C-11]
MICROVILLAR [ D-56]
MICRURUS [ H-109]
MICRURUS FRONTALIS [ W-69]
MICRURUS CORALLINUS [ H-109]
MICRURUS FRONTALIS [ W-71]
MIDDLE-T [ B-18]
MIDGUT PROTEASE [ D-32]
MIGRATORY LARVAE [ B-8]
MILD ACID HYDROLYSIS [ M-33]
MILD UNCOUPLING [ A-11]
MILK [ H-90]
MILK CLOTTING ENZYMES [ H-138]
MILLIINASE [ L-9]
MIMETIC MEMBRANES [ A-45]
MIMOSOIDEAE [ N-6]
MINCD [ F-73]
MINICIRCLE [ G-43]
MINIMAL FRUSTRATION [ CF.03]
MINUTOCELLUS POLYMORPHUS [ U-8]
MIOCARDIUM [ B-41]
MISFOLDING [ A-47]
MITHOCHONDRIA [ SP.11-01]
MITOCHONDIAL RESPIRATION [ A-2]
MITOCHONDRIA [ SP.26-04], [ A-38], [ A-5], [ B-3], [ G-47], [ A-35], [ A-49], [ SP.32-03], [ CF.08], [ A-11], [ T-71], [ G-44], [ A-33], [ R-2], [ A-3], [ C-4], [ A-39], [ E-75], [ A-48], [ I-10], [ C-10], [ T-76], [ A-4], [ E-11], [ T-34], [ T-3], [ W-7], [ J-4]
MITOCHONDRIA POTATO TUBER [ A-26]
MITOCHONDRIA PROTEIN COMPLEXES [ A-46]
MITOCHONDRIA RESPIRATION INHIBITOR [ A-39]
MITOCHONDRIAL [ SP.23-03], [ A-28], [ YSF.1-5], [ Q-16], [ W-8]
MITOCHONDRIAL DISFUNCTION [ A-18]
MITOCHONDRIAL DNA [ B-24]
MITOCHONDRIAL FUNCTION [ A-29]
MITOCHONDRIAL PERMEABILITY TRANSITION [ A-36], [ C-8]
MITOCHONDRIAL RESPIRATION [ A-40]
MITOCONDRIAL GENES [ D-59]
MITOGENEIS [ Q-63]
MITOMYCIN C [ A-40]
MITOPROTEOMICS [ W-8]
MN1 [ B-18]
MOBILIZATION OF HEMATOPOIETIC PROGENITOR CELLS [ C-2]
MODA [ N-88]
MODE1 AND MODE2 PROTEINS [ F-42]
MODELING [ N-91], [ R-11]
MODELLING [ N-32]
MOLASSES [ L-93]
MOLECULAR BIOLOGY [ K-17], [ F-6]
MOLECULAR CHAPERONE [ N-120]
MOLECULAR CLONING [ G-42], [ E-39], [ B-5]
MOLECULAR DIAGNOSIS [ U-9]
MOLECULAR DOCKING [ P-4]
MOLECULAR DYNAMICS [ V-26], [ N-43], [ M-52], [ N-87], [ N-145], [ V-8], [ V-23], [ V-2], [ V-12]
MOLECULAR DYNAMICS. [ A-44]
MOLECULAR EVOLUTION [ V-33]
MOLECULAR EXCLUSION CHROMATOGRAPHY [ U-47]
MOLECULAR MARKER [ N-52], [ B-15]
MOLECULAR MARKERS [ D-59], [ B-36]
MOLECULAR MASS [ U-7]
MOLECULAR MODELING [ V-32], [ V-26], [ V-7], [ V-11], [ R-47], [ N-41], [ V-3]
MOLECULAR MODELLING [ V-8]
MOLECULAR PHYSIOLOGY [ D-51]
MOLLUSCICIDAL ACTIVITY [ H-97]
MOLLUSK [ M-53]
MOLTEN GLOBULE [ N-73], [ N-33]
MOLYBDATE-BINDING PROTEIN [ N-88]
MONAZITE [ F-11]
MONILIOPHTHORA PERNICIOSA [ G-53]
MONILIOPHTHORA PERNICIOSA [ H-130], [ CF.26], [ N-75], [ G-22], [ G-144], [ E-41], [ V-22], [ V-4], [ T-26]
MONILIOPHTORA PERNICIOSA [ J-10]
MONOCLONAL ANTIBODY [ O-17]
MONOCROTALINE [ R-18]
MONOCYCLIC INHIBITORS [ N-36]
MONOCYTES [ O-10]
MONONUCLEAR CELLS [ Q-59]
MONOPHENOLASE [ P-35]
MORINGA OLEIFERA [ H-71], [ U-43]
MORPHOGENESIS [ W-14], [ G-41]
MORPHOLOGICAL CHANGES [ E-38]
MORPHOLOGICAL TRANSITION [ W-44]
MORPHOLOGY [ G-49]
MOSQUITO [ D-64]
MOSQUITO IMMUNITY [ SP.01-02]
MOSQUITOES [ U-18], [ SP.25-03]
MOSQUITOS ATTRACTANTS [ CF.05]
MOTILITY [ G-80], [ W-63]
MOTIVATED BEHAVIORS [ SP.27-04]
MOUSE [ J-17], [ U-44]
MOUSE EMBRYONAL CARCINOMA P19 CELLS [ R-22]
MPLA2 [ D-3]
MPSS [ V-28]
MPT [ A-19], [ A-22]
MRJP1 [ H-105]
MRNA PROCESSING [ G-61]
MS [ B-59]
MTA NUCLEOSIDASE [ N-101]
MTHFR [ B-59]
MTOR [ I-5]
MTT [ N-77], [ Q-49]
MUCIN [ YSF.1-2]
MUCOPOLYSSCHARIDOSIS [ M-8]
MUCOR POLYMORPHOSPORUS [ M-25]
MUCORALES [ H-64]
MUCUNA SLOANEI [ M-45]
MUDPIT [ W-1], [ W-55]
MULTI-DRUG RESISTANT [ S-4]
MULTI-USER FACILITIES [ SP.17-03]
MULTIDRUG RESISTANCE [ L-75], [ Q-61], [ P-5]
MULTIDRUG RESISTANCE PROTEIN 1 [ J-1]
MULTIPLEX PCR [ F-53]
MULTIRESISTANT [ F-48]
MUR [ N-24]
MURINE MELANOMA [ Q-65]
MUS MUSCULUS [ P-17]
MUSA ACUMINATA [ E-106]
MUSCA DOMESTICA [ D-58]
MUSCLE CELLS [ Q-1]
MUSCULAR DYSTROPHY [ Q-36], [ Q-19], [ U-40]
MUSHROOM [ M-27]
MUSSEL [ V-10]
MUTAGENESIS [ N-124], [ O-17]
MUTANT [ N-73], [ E-29]
MUTATION [ B-33], [ Q-5]
MUTATIONAL ANALYSIS [ G-3]
MUTATIONAL EFFECTS [ L-32]
MYB [ E-20]
MYBPC [ N-83]
MYC [ B-43]
MYCOBACTERIA [ SP.29-03], [ N-133]
MYCOBACTERIUM TUBERCULOSIS [ F-23]
MYCOBIONT [ M-16]
MYCOLIC [ SP.05-04]
MYCOPLASMA HYOPNEUMONIAE [ W-55], [ H-42], [ F-70]
MYELOPEROXIDASE [ T-53]
MYELOPOIESIS [ Q-20]
MYOBLASTS [ N-1], [ N-107]
MYOBLASTS AND MYOTUBES [ N-126]
MYOFIBERS [ U-40]
MYOGLOBINS [ G-15]
MYONECROSIS [ N-1]
MYOSIN [ N-13], [ SP.18-04], [ SP.18-03], [ J-19], [ N-83], [ H-57]
MYOSIN HEAVY CHAIN [ B-41]
MYOSIN II PURIFICATION [ K-14]
MYOSIN-VB [ SP.18-01]
MYOTOXIC [ N-54], [ L-16]
MYOTOXIN [ L-73]
MYOTUBES [ N-1], [ N-107]
MYRACRODRUON URUNDEUVA [ E-5], [ E-116], [ E-19]
MYROTHECIUM VERRUCARIA [ L-87]
MYRTACEAE [ R-13]
N-ACETYLGLUCOSAMINE [ W-36]
N-FORMYLKYNURENINE [ T-20]
NA+-K+-ATPASE [ R-20]
NA+K+ATPASE [ C-23]
NA,K-ATPASE [ L-63], [ L-28], [ A-12], [ A-6]
NADE1 [ F-9]
NADPH OXIDASE [ T-53], [ T-11]
NAFTOQUINONES [ P-6]
NAGC [ W-36]
NANDROLONE DECANOATE [ T-75]
NANOCAPSULES [ H-10]
NANOPARTICLES [ SP.22-01], [ H-17], [ Q-16], [ L-13]
NANOSPRAY IONISATION [ U-2]
NANOTUBES [ H-80]
NAP [ SP.27-01]
NAPIN [ E-38]
NASTURTIUM [ T-23]
NASUTITERMES [ E-76]
NAT2 POLYMORPHISM [ B-28]
NATURAL COMPOUNDS [ U-37]
NATURAL INFECTION [ U-9]
NATURAL MEDICINE [ U-24]
ND4 [ D-59]
NECROSIS [ L-86]
NECROSIS ELICITOR [ G-53]
NEEM [ T-76]
NEGLECTED DISEASE [ CF.01]
NEISSERIA MENINGITIDIS [ H-125]
NEOSPORA CANINUM [ SP.20.04], [ O-7]
NEP2 [ N-75]
NEPHILENGYS CRUENTATA [ S-20], [ H-110]
NER [ E-22]
NEURITOGENESIS [ R-21], [ J-9]
NEURO-GLIAL [ U-45]
NEURO-GLIAL COMMUNICATION [ R-39]
NEUROBIOLOGY [ D-12]
NEUROBLASTOMA [ Q-70], [ R-36]
NEURODEGENERATION [ C-8], [ G-18]
NEURODEGENERATIVE DISEASES [ N-70]
NEURODEGENERATIVE DISORDERS [ N-114]
NEURODEGERATIVE DISEASE [ N-20]
NEUROFIBRILLARY TANGLES [ N-109]
NEUROGENESIS [ U-45]
NEUROLYSIN [ L-95]
NEURON [ R-30], [ R-5]
NEURON-GLIA [ SP.20-02]
NEURONAL DEVELOPMENT [ N-71]
NEURONAL DIFFERENTIATION [ R-43], [ S-10], [ U-15], [ R-24], [ R-44]
NEUROPEPTIDES [ SP.27-04], [ D-55]
NEUROPROTECTIVE [ SP.27-01]
NEUROSPORA CRASSA [ G-84], [ G-120], [ G-13], [ G-95]
NEUROTOXICITY [ R-5]
NEUTROPHIL [ T-68], [ U-36], [ P-44], [ T-53], [ W-66], [ Q-18]
NEUTROPHIL ACTIVATION [ W-52]
NEUTROPHILS [ Q-31], [ U-5]
NEW ISOFORM [ L-52]
NEW PLA2 [ N-107]
NEWLY EXCYSTED JUVENILE [ B-49]
NEWSPAPER [ K-19]
NF KAPPA B [ B-21]
NF-KB [ Q-51], [ Q-14], [ Q-53]
NICOTIANA [ SP.06-01]
NIFA [ F-54], [ F-45]
NIK PROTEIN [ E-40]
NILE TILAPIA [ H-73]
NIPPLE ASPIRATE FLUID [ W-65]
NITRATED LIPIDS [ SP.09-04]
NITRIC OXIDE [ T-36], [ T-33], [ SP.32-04], [ SP.32-02], [ E-20], [ G-91], [ T-45], [ E-81], [ T-43], [ C-16], [ E-94], [ T-18], [ J-1], [ T-17], [ T-11]
NITRIC OXIDE SYNTHASE [ D-83]
NITRILE HYDRATASE [ F-83]
NITRITE [ T-43]
NITROFURANES DERIVATIVES [ P-47]
NITROGEN FIXATION [ F-54], [ F-45], [ U-30], [ W-51]
NITROGEN LIMITATION [ G-105]
NITROGEN METABOLISM [ U-30]
NITROGEN NUTRITION [ E-62]
NITROGENASE ECOLOGY [ U-30]
NITROLINOLEATE [ T-17], [ Q-45]
NITROXIDE [ T-46]
NITROXIDES [ SP.09-02]
NMDA RECEPTOR [ R-47]
NMDA RECEPTORS [ R-39]
NMR [ S-10], [ N-84], [ N-93], [ N-58], [ N-12], [ M-30], [ N-111], [ N-141], [ N-138], [ N-65], [ N-49]
NO [ T-42], [ A-45], [ E-42]
NON CODING TRANSCRIPTS [ B-55]
NON SMALL CELL LUNG CANCER [ B-27]
NON-CODING RNAS [ G-27]
NON-CODING TRANSCRIPT [ B-54]
NON-STRUCTURAL PROTEIN 1 [ F-100]
NONCODING RNA [ B-48], [ V-16], [ B-31]
NONCODING RNAS [ B-30]
NORTRYPTILINE [ R-26]
NOVEL OBJECT RECOGNITION TASKS [ R-34]
NRF2 [ T-35], [ SP.23-01]
NT-PROBNP [ C-15]
NTPDASE [ L-17], [ L-30], [ L-99]
NTRX REGULATOR PROTEIN [ F-49]
NUC -2 GENE [ G-84]
NUC-1 [ G-13]
NUCLEAR [ Q-46]
NUCLEAR CALCIUN [ Q-57]
NUCLEAR LOCALIZATIONS SEQUENCE [ V-23]
NUCLEAR MAGNETIC RESONANCE [ G-132], [ SP.17-03]
NUCLEAR PROTEIN TRANSPORT [ V-23]
NUCLEAR RECEPTOR [ D-68]
NUCLEAR TARGETS [ S-23]
NUCLEAR TRANSLOCATION [ T-22]
NUCLEASE [ P-28]
NUCLEOSOME [ YSF.3-3]
NUCLEOTIDASE SURE [ N-45]
NUCLEOTIDASES [ L-31]
NUCLEOTIDE HYDROLYSIS [ L-108]
NUCLEOTIDES [ L-31]
NUCLEUS [ I-10]
OADEMA [ H-19]
OBESITY [ I-4], [ U-1]
OCELLATIN 4 [ S-25]
ODONTOPHRYNUS CULTRIPES [ S-6]
ODORANT BINDING [ CF.05]
OEDEMA [ N-132]
OHR [ T-47]
OIL [ H-64]
OLEIC ACID [ C-6]
OLFACTION [ D-28]
OLFACTORY BULB [ V-28]
OLIGOMERIZATION [ N-25]
OLIGOMERS [ U-7]
OLIGOPEPTIDASE A [ L-95]
OLIGOPEPTIDASE B [ G-42]
OLOPATADINE [ Q-36]
OMEGA-AMINOLEVULINIC ACID DEHYDRATASE [ T-58]
OMLA [ N-12]
ONCOGENE [ B-43]
ONCOPROTEIN E7 [ F-18]
ONLINE EDUCATION [ K-4]
OOGENESIS [ D-75], [ D-63]
OOKINETE [ G-8]
OPHIDIC TOXINS [ O-2]
OPTIMIZATION [ H-104]
OPUNTIA FICUS-INDICA [ H-11]
ORAL CAVITY [ F-93]
ORAL MUCOSA [ F-96]
ORAL TOXICITY [ M-51]
ORCHID MYCORRHIZAL FUNGI [ G-70]
OREOCHROMIS NILOTICUS [ W-68], [ L-6]
ORGANIC [ T-44]
ORGANIC MATTER [ A-10]
ORGANIC SYNTHESIS [ SP.10-03], [ M-20]
ORGANOCHALCOGENS [ L-102]
ORGANOSELENIUM [ R-45]
ORGANOTELLURIUM [ R-45], [ R-20]
ORGANOTYPIC CULTURES [ F-32]
ORNAMENTAL FISH [ L-68]
ORTHOPOXVIRUS [ SP.08-04], [ SP.08-01], [ SP.08-02], [ SP.08-03], [ F-7]
OSMOREGULATION [ L-28]
OSTEOGENESIS [ Q-30]
OSTEOPENIA [ C-19]
OSTEOPONTIN [ U-29]
OTUS [ V-27]
OUABAIN [ O-10], [ A-12]
OUTBREAKS [ SP.08-03]
OUTCOME [ B-50]
OUTER MEMBRANE VESICLES [ H-125]
OVARIECTOMY [ C-30]
OVIDUCT [ H-4]
OVINE [ O-15]
OXALATE [ E-61]
OXIDANT [ F-58]
OXIDATION [ T-48]
OXIDATIVE DAMAGE [ T-50], [ E-95]
OXIDATIVE PHOSPHORYLATION [ A-11]
OXIDATIVE PHOSPHRYLATION [ CF.08]
OXIDATIVE STRESS [ R-30], [ D-46], [ SP.32-03], [ T-62], [ Q-70], [ C-18], [ A-33], [ R-2], [ T-51], [ R-4], [ Q-52], [ T-9], [ T-63], [ D-80], [ T-40], [ R-35], [ U-39], [ T-6], [ T-13], [ L-74], [ W-56], [ T-57], [ T-27], [ T-72], [ T-65], [ G-40], [ T-73], [ W-53], [ T-74], [ T-32], [ T-26], [ G-16], [ T-69]
OXIDATIVE STRESS TRANSCRIPTIONAL REGULATOR [ F-35]
OXYGEN RADICALS [ A-11]
P-ATPASES [ A-43]
P-GLYCOPROTEIN [ Q-61]
P. BOYDII [ S-1]
P. BRASILIENSIS [ B-3], [ G-129]
P. HYPOCHONDRIALIS [ SP.23-04]
P38 [ O-10]
P5 ATPASE [ G-18]
P53 [ N-73], [ Q-56]
PABP [ G-24]
PACC [ G-122]
PACHYMERUS NUCLEORUM [ D-71], [ D-24]
PACIFASTIN [ D-19]
PADRONIZATION [ H-8]
PAENIBACILLUS [ H-69], [ U-12]
PAHS [ F-1]
PALA GENE [ G-119]
PALLADACYCLE [ P-42]
PALLADACYCLES [ A-47]
PANAGRELLUS SP [ G-9]
PANCREAS [ C-31]
PANCREATIC BETA CELLS [ Q-63]
PANCREATIC ISLET [ H-83]
PANCREATIC ISLET TRANSPLANTATION [ H-121]
PANCREATIC ISLETS [ S-33]
PANCREATIC PORCINE ELASTASE [ L-3]
PANDER [ B-62]
PAPAIN SUPERFAMILY [ N-33]
PAPAYA [ W-37]
PAPAYA MELEIRA VIRUS [ E-53]
PAPER BRIDGE [ W-5]
PAPILLOMAVIRUS [ F-96]
PAPULASPORA IMMERSA [ H-137]
PARACICCIDIOIDES BRASILIENSIS [ G-55]
PARACOCCIDIODIES BRASILIENSIS [ N-27]
PARACOCCIDIOIDES BRASILIENSIS [ SP.31-02], [ N-144], [ G-47], [ Q-44], [ SP.31-03], [ G-125], [ Q-37], [ G-26], [ M-23], [ W-50], [ G-65], [ L-1], [ G-122], [ G-32]
PARAQUAT [ T-26]
PARASITE [ YSF.1-2], [ H-1], [ W-60]
PARASITE MITOCHONDRIA [ SP.29-02]
PARASITE-VECTOR INTERACTION [ D-46]
PARASITEMIA [ Q-26], [ C-16]
PARASITES [ SP.28-03]
PARKIA PENDULA [ H-9]
PARKINSON [ N-100]
PARP [ SP.32-01]
PASSIFLORA [ M-48]
PASSION FRUIT [ E-14]
PASTEURIZATION [ N-89]
PATHOGENESIS [ F-87]
PATHOGENICITY [ M-11], [ W-55]
PATHOGENICITY FACTORS [ U-24]
PATHOGENICITY ISLAND [ F-52], [ F-20]
PATHOLOGICAL AND CLINICAL DATA [ H-60]
PATHWAY EVOLUTION [ U-30]
PATTERN RECOGNITION [ W-1]
PATTERN RECOGNITION RECEPTORS [ SP.20-03]
PAULLONES [ SP.29-01]
PAWR [ B-9]
PB27 ANTIGENIC PROTEIN [ N-27]
PBL [ K-2]
PBL-LIKE STRATEGY [ SP.30-01]
PCR [ F-72], [ B-53], [ F-93], [ F-104]
PCR DETECTION [ F-39]
PCR-DGGE [ F-1]
PCR/DGGE [ F-65]
PD-(D/E)XK NUCLEASE [ N-106]
PD153035 [ A-20]
PDR5 [ G-23]
PDR5P [ L-29], [ L-75], [ L-92], [ L-1]
PEACH-GUM [ M-44]
PEANUT [ V-5]
PECTIN [ L-82], [ H-52], [ M-3]
PECTIN LIASES [ G-139]
PECTINA LIASE [ G-58]
PECTINASE [ H-98]
PECTINASES [ L-35]
PEG [ U-22]
PEGYLATION [ H-67]
PENAEID SHRIMP [ S-27], [ B-5]
PENICILLIUM [ G-139]
PENICILLIUM GRISEOROSEUM [ G-58]
PENTAMIDINE [ N-21]
PENTAS LANCEOLATA [ E-51]
PENTYLENETETRAZOL [ C-27]
PEPSIN [ H-77]
PEPTIDASE [ N-5]
PEPTIDASE ACTIVITY [ G-71]
PEPTIDASE ASPARTICA [ L-46]
PEPTIDASES [ S-1], [ D-76], [ P-13]
PEPTIDE [ U-20], [ P-31], [ S-25], [ D-8], [ S-3], [ S-17]
PEPTIDE ARRAYS [ N-35]
PEPTIDE MASS FINGERPRINT [ W-21]
PEPTIDE STRUCTURE [ S-21]
PEPTIDE SYNTHESIS [ S-21]
PEPTIDE TRANSPORT [ A-44]
PEPTIDEO [ W-48]
PEPTIDES [ SP.05-03], [ S-5], [ SP.27-03], [ P-41], [ S-34], [ V-14], [ S-37], [ S-8]
PEPTIDOGLYCAN [ F-22]
PEPTIDOMICS [ D-55]
PEPTIDOMIMETICS [ L-94], [ S-37]
PEPTOIDS [ S-37]
PERIODONTAL DISEASE [ U-24]
PERIPHERAL GLIA [ SP.20-03]
PERIPLANETA AMERICANA [ D-20]
PERIPLASMIC SPACE [ J-16]
PERITROPHIC [ N-141]
PERITROPHIC MATRIX [ D-30]
PERL [ V-30]
PERMEABILITY [ A-45]
PERMEABILITY PORE TRANSITION [ A-33]
PERMEABILITY TRANSITION [ A-41]
PERMEASE [ H-22]
PERMEASE LOCALIZATION [ G-102]
PEROXIDASE [ N-117], [ SP.11-03], [ L-34], [ T-41], [ E-92], [ E-43], [ T-47], [ H-27]
PEROXIDASE ACTIVITY [ E-110]
PEROXIDASE CYCLE [ H-103]
PEROXIDATION OF LIPID [ H-58]
PEROXIREDOXIN [ L-71], [ T-41]
PEROXIREDOXINS [ T-39]
PEROXYNITRITE [ T-33], [ T-54], [ T-7]
PEROXYREDOXINS [ T-54]
PEST CONTROL [ E-4]
PFGE [ F-29]
PGA55 [ G-41]
PH [ T-48]
PH ADAPTATION [ G-122]
PH OPTIMUM [ L-19]
PH REGULATION [ G-119]
PHA SYNTHASE [ H-102]
PHAGE DISPLAY [ H-126], [ S-34], [ O-14]
PHAGE DISPLAY SYSTEM [ E-24]
PHAGOCYTOSIS [ U-5], [ U-35], [ H-9]
PHARMACOLOGICAL APLICATION [ Q-67]
PHARMACORESISTANCE [ B-14]
PHASEOLUS VULGARIS [ E-84]
PHENOL [ H-103]
PHENOL DEGRADATION [ U-8]
PHENOLIC COMPOUNDS [ L-59], [ E-110]
PHENOLOXIDASE [ D-57]
PHENOTHIAZINE [ P-4]
PHENOTHIAZINES [ A-19], [ P-26]
PHENOTYPE [ B-28]
PHILOGENY [ G-31]
PHLDA1 [ B-9]
PHO REGULON [ F-91]
PHO80 [ G-83]
PHO85 [ G-95]
PHOE [ F-91]
PHONEUTRIA [ P-14]
PHONEUTRIA NIGRIVENTER [ J-12], [ W-25]
PHOSPHATASE [ B-52], [ E-60]
PHOSPHATASES [ L-22], [ L-39]
PHOSPHATE [ G-83], [ F-12], [ D-73]
PHOSPHATE CONTENT [ Q-50]
PHOSPHO-PROTEOMICS [ W-2]
PHOSPHODIESTERASE 5 [ L-42]
PHOSPHOGLYCERATE KINASE [ G-112]
PHOSPHOLIPASE [ N-145], [ E-60]
PHOSPHOLIPASE A2 [ N-10], [ H-74], [ N-62], [ N-9]
PHOSPHOLIPASE A2 INHIBITORS [ V-9]
PHOSPHOLIPASE C [ L-20]
PHOSPHOLIPASE D [ L-20], [ V-31]
PHOSPHOLIPASE-D [ L-51], [ L-54]
PHOSPHOLIPASIC ACTIVITY [ L-90]
PHOSPHOLIPID BIOSYNTHESIS [ L-72]
PHOSPHOLIPIDS [ U-14]
PHOSPHOPORIN [ W-40]
PHOSPHORIBOSYLTRANSFERASE [ N-11]
PHOSPHORIBOSYLTRANSFERASES [ N-8]
PHOSPHORILATION [ N-71]
PHOSPHORYLATION [ G-90], [ R-20], [ D-64], [ R-14], [ T-12]
PHOSPOLIPASE A2 [ W-71]
PHOSPORYLATION [ R-23]
PHOTOBACTERIUM PROFUNDUM [ L-27]
PHOTOBIONT [ M-29], [ M-16]
PHOTOCHEMICAL [ N-63]
PHOTODYNAMIC ACTIVITY [ T-1]
PHOTODYNAMIC THERAPY [ U-6], [ T-61], [ T-8], [ T-16], [ T-78]
PHOTOSYNTHESIS [ E-107]
PHOX [ T-42]
PHTHIRUSA PYRIFOLIA [ F-41]
PHYLLOMEDUSA [ S-19], [ S-13]
PHYLLOMEDUSA HYPOCHONDRIALIS [ S-28]
PHYLLOSEPTINS [ S-13]
PHYLOGENETIC ANALYSIS [ F-89]
PHYLOGENETIC RELATIONSHIP [ F-47]
PHYLOGENETIC TREE [ V-25]
PHYLOGENY [ V-30]
PHYLOGEOGRAPHY [ E-64]
PHYSICAL [ U-4]
PHYSICAL EXERCISE [ T-67]
PHYSICAL MAPPING [ F-29]
PHYSICO-CHEMICAL PROPERTIES [ H-12]
PHYSICOCHEMICAL STABILITY [ H-67]
PHYSIOLOGY [ K-22]
PHYSIOPATHOGENESIS [ I-11]
PHYSIOTHERAPY [ M-19]
PHYTOBACTERIA [ E-15]
PHYTOCYSTATINS [ SP.10-02]
PHYTOHORMONES [ A-10]
PHYTOMONAS [ G-5], [ G-6]
PHYTOMONAS SERPENS [ P-34]
PHYTOPATHOLOGY [ E-53], [ F-6]
PHYTOTOXIC PROTEIN [ G-53]
PI REGULATION [ G-84], [ G-13]
PI3K [ I-5], [ R-21]
PI3K PATHWAY [ F-74]
PICHIA PASTORIS [ L-10]
PICHIA PASTORIS [ H-40], [ H-65], [ H-41], [ H-134], [ N-19], [ E-102], [ F-100]
PIGMENT [ H-70]
PIGMENTED MELANOMA TUMOR [ T-61]
PIGMENTS [ U-11]
PII LIKE PROTEIN [ F-5]
PII PROTEIN [ F-54], [ F-44]
PII PROTEINS [ F-37]
PINEAPPLE GUM [ M-7]
PIPERACEAE [ P-46]
PIPERONYL BUTOXIDE [ D-25]
PIPTADENIA MONILIFORMIS [ E-31]
PIRIMETAMINA [ A-13]
PISUM SATIVUM [ E-2]
PISUM SATIVUM DEFENSIN 1 [ S-23]
PITHECOLOBIUM DUMOSUM [ N-97], [ N-6], [ N-57]
PITHECOLOBIUM DUMOSUS [ E-80]
PITUITARY [ H-29]
PKA-PKC [ J-8]
PKC [ R-39]
PKLAC1 [ H-81]
PLA2 [ L-101], [ P-33], [ N-47], [ N-61], [ N-132], [ B-64]
PLA2 INHIBITOR [ B-64], [ B-37]
PLAMODIUM [ SP.01-01]
PLANT [ L-80]
PLANT MITOCHONDRIA [ T-45]
PLANT BACTERIA [ N-68]
PLANT DEFENSE [ S-18]
PLANT DEFENSIN [ N-19], [ E-101]
PLANT EXTRACTS [ L-75], [ T-3]
PLANT MITOCHONDRIA [ T-43], [ E-47], [ A-50]
PLANT NUTRITION [ E-73]
PLANT PROTEOME [ W-19]
PLANT STRESS [ A-10]
PLANT TISSUE [ F-13]
PLANT TRYPANOSOMATID [ G-6]
PLANT-BACTERIA INTERACTION [ F-99]
PLANT-INSECT INTERACTION [ D-69]
PLANT-PATHOGEN INTERACTION [ E-41]
PLANTS [ SP.06-04]
PLASMA [ Q-64]
PLASMA GLICOPROTEINS [ W-42]
PLASMA MEMBRANE [ G-101], [ G-64]
PLASMA MEMBRANE H+ATPASE [ G-111]
PLASMID DNA TEST [ H-82]
PLASMID EXTRACTION PROTOCL [ K-3]
PLASMIDEO [ D-61]
PLASMODIUM [ SP.25-04], [ SP.25-03], [ D-3]
PLASMODIUM BERGHEI ANKA [ P-36]
PLASMODIUM FALCIPARUM [ SP.25-01], [ W-30], [ G-115]
PLASMODIUM VIVAX [ G-72]
PLASTID TERMINAL OXIDASE [ E-107]
PLATELET [ N-4]
PLATELET ADHESION [ S-16]
PLATELET AGGREGATION [ D-33], [ N-10], [ M-34], [ N-132], [ D-31], [ S-16], [ D-47]
PLATELET AGGREGATION. [ N-135]
PLATELETS [ L-30], [ T-27], [ L-108], [ F-21]
PLATHYMENIA FOLIOLOSA [ D-69]
PLATYHELMINTH [ B-51]
PLATYHELMINTHS [ B-61]
PLEIOTROPIC DRUG RESISTANCE [ L-29]
PLEURAL EFFUSIONS [ M-28]
PLEUROTUS ERYNGII [ M-42], [ M-30]
PLEUROTUS OSTREATOROSEUS [ M-42]
PLG1 [ G-58]
PLGA NANOCAPSULES [ H-76]
PLI [ B-64], [ B-37]
PLLA [ SP.22-04]
PLOIDY EFFECTS [ J-10]
PLS [ M-58]
PMA [ W-66]
PMCA [ A-28], [ A-15]
PNEUMOCOCCUS [ H-21]
PNH [ C-12]
POD [ E-13]
POLAR GROWTH [ SP.03-02], [ G-51]
POLICAJU [ H-16]
POLIQ [ SP.14-01], [ SP.14-03], [ SP.14-02]
POLLEN PELLET [ H-105]
POLO-LIKE KINASE [ G-39]
POLYAMINES [ T-6], [ P-2]
POLYANILINE [ H-17]
POLYBIA PAULISTA [ W-15]
POLYCYCLIC AROMATIC HYDROCARBONS [ T-52]
POLYELECTROLYTES [ H-47]
POLYETHYLENETEREPHTHALATE [ H-142]
POLYGALACTURONASE [ L-82]
POLYHYDROXYALKANOATES [ H-102]
POLYKETIDE SYNTHASE [ F-35]
POLYMORPHIC ALLELES [ G-43]
POLYMORPHISM [ B-50], [ U-17], [ U-7], [ B-45], [ B-59], [ B-56]
POLYMORPHISMS [ B-2], [ J-20], [ H-124], [ B-35]
POLYMORPHONUCLEAR [ H-43]
POLYOMAVIRUS [ B-18]
POLYPHENOL [ T-44]
POLYPHENOLS [ T-70]
POLYPHOSPHATE [ SP.02-01], [ D-92], [ D-73]
POLYPHOSPHATES [ D-72]
POLYPORUS DERMOPORUS [ M-41]
POLYPYRIMIDINE MOTIFS [ G-61]
POLYSACCHARIDE [ H-35], [ E-70], [ M-38]
POLYSACCHARIDES [ M-48], [ SP.22-02], [ SP.22-03], [ M-18], [ M-43], [ M-30], [ M-39], [ M-16], [ M-3], [ E-72]
POLYSILOXANE [ L-7]
POLYSTYRENE SULFATE [ H-15]
POLYVINYL ALCOHOL [ L-7], [ H-32]
POMP [ B-16]
PON1 [ L-88]
POPULATIONAL FREQUENCY [ C-28]
PORE FORMING PROTEIN [ G-14]
PORE-FORMING-PROTEIN [ G-52]
PORIN [ F-91]
PORTOBELLO MUSHROOM [ M-40]
PORTUGAL [ F-95], [ G-131]
POST-TRANSCRIPTIONAL REGULATION [ G-11]
POST-TRANSCRIPTIONAL REGULATION OF GENE EXPRESSION [ G-10]
POST-TRANSPLANT LYMPHOPROLIFERATIVE DISEASE [ F-30]
POSTPRANDIAL [ C-17]
POTASSIUM CHANNEL [ SP.32-04]
POUTERIA TORTA [ E-82]
POXVIRUS [ YSF.4-3], [ F-69], [ F-46], [ F-15]
PPAR [ B-46]
PPARALFA [ I-13]
PPM1D [ B-26]
PPO [ L-59], [ E-13]
PPO ACTIVITY [ E-6]
PRACTICAL SKILLS [ K-12]
PRE-ECLAMPSIA [ L-25]
PRE-RRNA PROCESSING [ G-2]
PREGNANCY [ G-7]
PREGNANCY AND LACTATION [ I-8]
PREPHENATE DEHYDRATASE [ N-80]
PRESENILIN [ G-46]
PRESSURE [ G-88]
PREVALENCE SURVEYS [ I-11]
PREVOTELLA INTERMEDIA [ W-53]
PRIMARY RAT ADRENAL CULTURE [ J-8]
PRION [ U-14], [ N-25], [ N-34], [ R-21]
PRION CELLULAR [ C-27]
PRION PROTEIN [ N-77], [ T-56], [ Q-24]
PRO-APOPTOTIC PEPTIDE [ H-61]
PROBIOTIC [ P-44]
PROCATHEPSIN L [ D-39]
PROCESSING [ SP.10-04]
PROCESSING WASTE [ L-98]
PROCOAGULANT [ C-7]
PRODUCTION [ H-14], [ G-139], [ H-63]
PROGRAMMED CELL DEATH [ E-75], [ D-84]
PROHIBITIN [ Q-4]
PROKARYOTES [ V-24]
PROLACTIN [ H-129]
PROLIFERATION [ F-32], [ N-105], [ G-81], [ G-69], [ R-24]
PROLINE RACEMASE [ CF.04], [ G-128]
PROLINE RESIDUES [ N-86]
PROMASTIGOTES [ Q-29]
PROMOTER [ E-100], [ F-4]
PROMOTOR [ G-58]
PROPHYLACTIC VACCINE [ H-40]
PROPOLIS [ T-10]
PROSOPIS JULIFLORA [ R-5]
PROSTACT CANCER [ H-20]
PROSTAGLANDIN E2 [ SP.03-03]
PROSTATE [ L-97]
PROSTATE CANCER [ Q-43], [ U-29], [ H-136], [ B-55], [ Q-22], [ O-13], [ B-62], [ B-26]
PROTEASE [ L-9], [ Q-9], [ G-46], [ L-33], [ L-83], [ D-20], [ N-112], [ H-73], [ E-109], [ L-98]
PROTEASE ACTIVITY [ F-58]
PROTEASE INHIBITOR [ D-21], [ N-105], [ S-35]
PROTEASE THERMOPHILIC [ L-83]
PROTEASES [ D-26], [ SP.10-03], [ L-109], [ L-12], [ G-19], [ L-44], [ L-103], [ H-141], [ L-68]
PROTEASOME [ G-36], [ G-60], [ B-16], [ G-130], [ G-39]
PROTEASOME/UBIQUITIN PATHWAY [ G-71]
PROTEIN [ SP.11-01], [ U-23], [ N-55], [ N-72], [ N-67], [ N-141], [ N-138], [ N-23], [ H-45]
PROTEIN AGGREGATION [ U-14], [ N-134]
PROTEIN CONFORMATION [ N-43]
PROTEIN CRYSTALLIZATION [ N-48]
PROTEIN CRYSTALLOGRAPHY [ N-128]
PROTEIN DIGESTION [ L-43]
PROTEIN DISULFICE ISOMERASE [ T-12]
PROTEIN DISULFIDE ISOMERASE [ T-11]
PROTEIN DISULPHIDE ISOMERASE [ N-31]
PROTEIN DOMAIN [ V-17]
PROTEIN ENGINEERING [ F-86]
PROTEIN EVOLUTION [ V-33]
PROTEIN EXPRESSION [ F-55], [ N-79], [ L-89], [ F-23], [ F-43], [ G-138]
PROTEIN EXPRESSION PATTERN [ B-34]
PROTEIN EXSUDATION [ E-101]
PROTEIN FOLDING [ N-120], [ N-125]
PROTEIN FOLDING FUNNEL [ CF.03]
PROTEIN GLYCOSYLATION [ W-16]
PROTEIN KINASE [ CF.06], [ V-13], [ J-5], [ J-2]
PROTEIN KINASE C [ W-2]
PROTEIN KINASE CK2 [ G-134]
PROTEIN PATTERN [ D-12]
PROTEIN PHOSPHORYLATION [ S-10], [ Q-48]
PROTEIN PROFILE [ W-46]
PROTEIN PURIFICATION [ N-45], [ H-79], [ H-84], [ N-7], [ N-99], [ H-112]
PROTEIN RADICAL [ YSF.2-5]
PROTEIN RECOGNITION [ CF.03]
PROTEIN SECRETION [ CF.16], [ H-81]
PROTEIN SECRETION AND LOCALIZATION [ U-24]
PROTEIN STABILITY [ N-90], [ V-33], [ N-18]
PROTEIN STRUCTURE [ N-75], [ SP.17-03], [ E-37], [ N-50], [ V-12], [ K-18]
PROTEIN STRUCTURE AND FUNCTION [ G-116]
PROTEIN SYNTHESIS [ K-8]
PROTEIN SYSTHESIS REGULATION [ R-21]
PROTEIN THIOL [ Q-10]
PROTEIN THIOL GROUPS [ A-47]
PROTEIN TYROSINE PHOSPHATASE [ E-71]
PROTEIN-NUCLEIC [ U-14]
PROTEIN-PROTEIN INTERACTIONS [ N-87]
PROTEINASE [ SP.15-04], [ L-38]
PROTEINASE INHIBITOR [ E-38], [ E-58], [ D-95]
PROTEINASE INHIBITORS [ E-55], [ E-14], [ W-43]
PROTEINASES [ P-21], [ P-6]
PROTEINS [ P-38], [ E-27], [ H-59], [ E-99], [ E-44], [ H-120], [ W-63]
PROTEOGLYCANS [ M-17]
PROTEOLYSIS [ G-36]
PROTEOLYTIC [ L-24]
PROTEOLYTIC ACTIVITY [ Q-65]
PROTEOLYTIC; SNAKE VENOM [ L-36]
PROTEOMA [ W-48], [ F-66]
PROTEOME [ W-14], [ W-59], [ W-41], [ W-47], [ G-82], [ W-23], [ W-45], [ W-21], [ W-56], [ W-38], [ W-20], [ W-36], [ W-26], [ W-72], [ W-73], [ W-9], [ W-7], [ W-44], [ W-51]
PROTEOMIC [ SP.31-03], [ SP.28-01], [ W-17], [ E-112], [ W-31], [ W-4], [ W-69], [ W-5], [ E-79], [ W-65], [ W-37], [ V-20], [ E-114], [ O-1], [ G-105]
PROTEOMIC ANALYSIS [ W-49], [ W-15], [ W-50], [ U-37]
PROTEOMIC MAPP [ Q-30]
PROTEOMICA [ H-86]
PROTEOMICAL [ W-68]
PROTEOMICS [ SP.15-03], [ W-40], [ SP.07-04], [ U-27], [ SP.28-04], [ U-21], [ W-1], [ W-70], [ W-74], [ W-57], [ W-55], [ W-62], [ W-22], [ W-27], [ W-39], [ W-30], [ W-32], [ B-60], [ W-34]
PROTEOMICS ANALYSIS [ W-61]
PROTON ATPASE [ G-49]
PROTON PUMPS [ E-18], [ A-10]
PROTOPLASTS [ G-70]
PROXIMAL COMPOSITION [ E-31], [ E-1]
PRPC [ R-17]
PRTX-I-BPB [ N-82]
PRUNUS PERSICA [ M-44]
PSD1 [ N-19]
PSEUDALLESCHERIA BOYDII [ M-26], [ M-12]
PSEUDOGENES [ G-30]
PSEUDOMONAS [ H-54], [ H-95], [ F-1]
PSEUDOMONAS AERUGINOSA [ F-52], [ F-20], [ H-104], [ F-79]
PSEUDOMONAS AERUGINOSA. [ U-21]
PSORIASIS [ C-1]
PSPA [ H-101], [ H-21]
PSYCHOLOGICAL [ U-4]
PSYCHOLOGICAL STRESS [ Q-31]
PTDSER DECARBOXYLASE [ L-72]
PTEN [ B-21]
PTERIDINE REDUCTASE [ SP.17-02]
PTERODON PUBESCENS [ J-6]
PTHA [ F-8]
PTHA/AVRBS3 [ E-45]
PUA DOMAIN [ G-2]
PUBLIC HEALTH [ CF.01]
PUBLICATION [ K-19]
PUCCINIA POLYSORA [ W-54]
PUCCINIA PSIDII [ E-113]
PUF PROTEINS [ E-56], [ E-9]
PULSED AMPEROMETRIC DETECTION [ U-27]
PURIFICATION [ F-42], [ D-71], [ G-116], [ N-64], [ N-79], [ H-107], [ F-41], [ E-35], [ D-78], [ H-25], [ E-46], [ F-9], [ G-141]
PURINE AND PYRIMIDINE METABOLISM [ L-89]
PURINE NUCELOSIDE PHOSPHORYLASE [ N-36]
PURINE NUCLEOSIDE PHOSPHORYLASE [ L-48]
PURINE SALVAGE PATHWAY [ L-48]
PURINERGIC [ R-22], [ I-18]
PURINERGIC RECEPTORS [ R-43], [ R-44]
PVAG-PANIG [ L-34]
PVAGPANIG [ H-55]
PYRAZOLONES [ P-33]
PYRIDOXAL PHOSPHATE [ B-12]
PYROCOCCUS HORIKOSHII [ N-11]
PYRROLIZIDINE ALKALOID [ R-18]
QPM MAIZE [ N-118]
QUANTITATIVE ANALYSIS [ M-28]
QUANTITATIVE PCR [ F-30]
QUANTITATIVE RT-PCR [ B-30]
QUANTUM CALCULATIONS [ P-10]
QUANTUM DOTS [ C-24]
QUARTZ CRYSTAL MICROBALANCE IMMUNOSENSOR [ H-99]
QUERCETIN [ L-22], [ P-39]
QUINAZOLINES [ P-17]
QUINOLINES [ D-10]
QUINONES [ P-24]
QUORUM SENSING [ CF.02]
QUORUM-SENSING [ F-3], [ G-32]
R-954 [ S-32]
R. EQUI [ F-53]
R. PROLIXUS [ D-10]
RAB/GTPASE [ G-109]
RABIES [ H-25]
RAC1 [ F-36]
RADIAL GLIAL [ SP.20-01]
RADIATION IONIZANT [ T-67]
RAFAEL LINDEN [ R-32]
RAFFINOSE OLIGOSACCHARIDES [ L-66]
RANA CATESBEIANA [ S-22]
RAPAMYCIN [ F-32]
RAPD [ F-1], [ F-79], [ D-81], [ F-31]
RARE EARTH METALS [ H-113]
RAS-TRANSFORMED TUMOR CELLS [ SP.03-04]
RASH [ Q-57], [ Q-58]
RASSF1 [ B-31]
RAT [ A-32], [ B-41]
RAT HEART MITOCHONDRIA [ A-20]
RAT PANCREATIC ISLETS [ S-31]
RATOS [ I-17]
RATS [ T-58], [ R-38], [ I-16]
RBP38 [ G-63]
RC-AI 2 [ S-11]
RD-07 [ Q-8], [ Q-39]
RDNA [ D-37]
RDNA SEQUENCING [ F-31], [ F-101]
REACTION MECHANISM [ N-56]
REACTIVE OXYGEN E NITROGEN SPECIES. [ T-67]
REACTIVE OXYGEN SPECIES [ E-23], [ U-36], [ D-91], [ T-42], [ A-33], [ T-77], [ P-32], [ A-26], [ E-34], [ P-24], [ T-1]
REACTIVE OXYGENS SPECIES [ A-48]
REACTIVE SPECIES [ T-68]
REAL TIME PCR [ F-92], [ U-31], [ U-9]
REAL TIME RT-PCR [ H-139]
REAL-TIME PCR [ D-54], [ Q-21]
REAL-TIME RT-PCR [ G-125]
REAL–TIME PCR [ B-19]
RECEPTOR [ SP.27-02], [ I-7]
RECEPTOR BINDING [ N-87]
RECK [ J-17], [ J-7], [ B-43]
RECOGNITION [ U-33]
RECOMBIANT PHARMACEUTICAL PROTEINS [ H-33]
RECOMBINANT [ B-47], [ H-20], [ H-25]
RECOMBINANT PROTEINS [ D-39]
RECOMBINANT A DOMAIN [ A-43]
RECOMBINANT CYSTATIN [ G-48]
RECOMBINANT PROTEIN [ Q-15], [ H-89], [ H-65], [ G-140], [ H-57]
RECOMBINANT PROTEINS [ H-91]
RECOMBINANT SALMONELLA [ H-56]
RED ALGA [ N-132]
RED ALGAE [ E-97], [ M-24]
RED BLOOD CELLS [ T-1]
RED SYSTEM [ F-10]
REDOX [ SP.09-01], [ T-71], [ W-30]
REDOX METABOLISM [ D-1]
REDOX MODULATION [ G-36]
REDUCTIVE AMINATION [ M-56]
REFOLDING [ N-39]
REGENERATION [ G-70]
REGULATION [ F-86]
REGULATORY PROTEINS [ N-103]
REGULATORY T-CELLS [ U-32]
RENAL CELL CARCINOMA [ V-16], [ B-30]
RENAL TUMORS [ W-27]
RENIN ANGIOTENSIN SYSTEM [ J-20]
REOXYGENATION [ T-38]
REPERFUSION [ SP.10-01]
REPLICATION ORIGINS [ SP.03-01]
REPLICATION-DEFECTIVE [ SP.19-01]
RESISTANCE [ P-11], [ G-136], [ E-114]
RESISTANCE INDUCTION [ E-53]
RESISTANCE MECHANISM [ P-40]
RESISTENCE MECHANISM [ U-32]
RESPIRATORY BURST [ T-46]
RESPIRATORY CHAIN [ A-3]
RESPIRATORY PARAMETERS [ R-3]
RESPONSE SURFACE ANALYSIS [ L-26]
RESTING METABOLICAL RATE [ I-9]
RESTRICTION ENZYMES [ K-15]
RESVERATROL [ R-35], [ Q-32], [ R-41]
RETINA [ J-3]
RETINOIDS [ D-68]
RETROTRANSPOSON [ D-37]
REVERSED MICELLES SYSTEM [ H-84]
REVERSED-PHASE HPLC [ H-107]
RFC-1 [ B-56]
RGD-DISINTEGRIN [ Q-15], [ Q-7], [ Q-12]
RHAMNOLIPIDS [ H-104]
RHEEDIA LONGIFOLIA [ P-36]
RHIPICEPHALUS (BOOPHILUS) MICROPLUS [ D-92], [ D-6], [ L-11]
RHIPICEPHALUS (BOOPHILUS) MICROPLUS: [ D-1]
RHIPICEPHALUS MICROPLUS [ L-43]
RHIZOME [ H-93]
RHO-GTPASES [ Q-53]
RHODINIUS [ SP.13-03]
RHODINUS PROLIXUS [ E-7]
RHODNIUS [ D-49], [ D-31]
RHODNIUS BRETHESI [ D-65]
RHODNIUS PROLIXUS [ D-55], [ D-57], [ D-18], [ D-77], [ D-62], [ D-74], [ D-80], [ D-75], [ D-50], [ D-83], [ D-63], [ D-82], [ D-29]
RHODNIUS ROBUSTUS [ D-65]
RHYNCHOSCIARA AMERICANA [ D-37], [ D-84]
RHYTHM [ G-38]
RIBOFLAVIN [ H-136], [ T-9]
RIBONUCLEOPROTEIN [ G-21]
RIBOSOME [ N-66]
RIBOSOME BIOGENESIS [ G-2], [ G-94]
RIC C 1 [ E-63]
RIC C 3 [ E-63]
RICE [ E-73], [ E-96], [ E-112], [ E-88], [ E-3]
RICINUS COMMUNIS [ E-23], [ L-20], [ S-11], [ O-16], [ E-93], [ E-63], [ E-60]
RINM5F [ S-33]
RINM5F CELLS [ S-36]
RIPENING [ E-67], [ E-72]
RIPHICEPHALUS (BOOPHILUS) MICROPLUS [ D-33]
RIPHICEPHALUS MICROPLUS [ D-32]
RISK DISEASE [ F-51]
RISKS [ SP.12-04]
RNA [ U-22], [ N-34], [ B-6]
RNA BINDING PROTEIN [ G-113]
RNA BINDING PROTEINS [ G-10], [ N-103]
RNA INTERFERENCE [ SP.07-01], [ SP.14-02], [ SP.02-03], [ G-28], [ G-99], [ D-27]
RNA POLIMERASE [ F-77]
RNA POLYMERASE [ YSF.4-1]
RNA PROCESSING [ G-33], [ B-40], [ G-43]
RNA SPLICING [ G-21]
RNA STABILITY [ SP.07-03]
RNA-BINDING PROTEINS [ E-56], [ E-9]
RNA-DEPENDENTE [ YSF.4-1]
RNA-PROTEIN BINDING [ G-94]
RNA-PROTEIN COMPLEXES [ SP.07-02]
RNAI [ R-22], [ D-54], [ D-87], [ V-29], [ Q-60]
RNAS [ SP.21-04]
ROOT-KNOT NEMATODE [ E-65]
ROOTS [ E-88], [ N-81]
ROS [ D-80], [ T-55], [ T-4], [ E-16]
ROTAVIRUS [ V-1]
ROUTES OF HYDROLYSIS [ P-10]
RP L10 [ J-16]
RRNA [ N-66]
RRNA PROCESSING [ G-94]
RRP40P [ G-33]
RT-PCR [ B-1], [ E-39]
RT-QPCR [ G-97]
RUBIACEAE [ E-51]
RUST FUNGI [ E-113]
RUTIN [ T-30], [ R-37]
S-ADENOSYLHOMOCYSTEINE [ N-101]
S-GLUTATHIONYLATION [ G-36]
S-NITROSATION [ T-18]
S-NITROSOTHIOLS [ SP.09-03]
S-PHASE REGULATION [ SP.03-01]
S. BOULARDII [ Q-51]
S. CEREVISIAE [ A-21], [ G-2]
S. MANSONI [ N-35], [ B-16], [ G-130]
S. TYPHIMURIUM [ Q-51], [ Q-53]
S.EPIDERMIDIS [ P-3]
S.MANSONI [ G-46]
S100B [ R-40]
S100B SECRETION [ R-41]
SACCHAROMYCES [ F-68], [ H-22]
SACCHAROMYCES CEREVISAE [ T-32]
SACCHAROMYCES CEREVISIAE [ SP.26-01], [ L-29], [ T-62], [ Q-14], [ N-44], [ G-107], [ Q-52], [ I-3], [ N-66], [ H-118], [ G-3], [ N-50], [ L-75], [ L-92], [ G-103], [ P-1], [ Q-3], [ P-24], [ T-65], [ H-123], [ G-111], [ T-64], [ H-11], [ H-46]
SACCHAROMYCES CEREVISIAE. [ G-90]
SACCHAROMYCES CEREVISISAE [ G-88]
SAFETY [ SP.12-04]
SAGE [ B-36]
SALICYLATE [ I-1]
SALICYLIC ACID [ E-75]
SALINE STRESS [ E-42]
SALINITY [ E-3], [ E-86]
SALINITY ACCLIMATION [ L-63]
SALINTY [ M-10]
SALIVA [ U-4], [ U-20], [ D-70], [ W-26], [ D-88]
SALIVARY BIOMARKERS [ U-16]
SALIVARY GLANDS [ D-65], [ D-66], [ D-83], [ D-5]
SALMONELLA TYPHIMURIUM [ Q-14]
SALT PROTEIN [ E-3]
SALT STRESS [ E-94]
SAM [ G-25]
SANDFLY [ D-28]
SAP30L [ N-38]
SAR [ P-19]
SARCOPLASMIC RETICULUM [ A-14], [ A-8]
SARGASSUM SP. [ H-113]
SAXS [ N-75], [ N-42]
SB 41542, [ Q-40]
SBDS [ N-60]
SCAFFOLD-PROTEINS [ N-46]
SCALE UP [ H-11]
SCEDOSPORIUM APIOSPERMUM [ M-12]
SCEDOSPORIUM PROLIFICANS [ M-26], [ M-12]
SCFV [ H-134]
SCHISTOSOMA MANSONI [ H-48], [ N-36], [ G-135], [ O-8], [ H-18], [ G-60], [ B-42], [ G-30], [ U-14], [ B-44], [ U-31], [ H-79], [ U-39], [ G-140], [ W-72], [ J-14]
SCHISTOSOMES [ SP.13-02]
SCHISTOSOMIASIS [ H-122], [ G-77]
SCHISTOSSOMIASIS [ W-42]
SCHIZOLOBIUM PARAHYBA [ E-64], [ O-5]
SCHIZOPHRENIA [ R-29]
SCIENCE EDUCATION [ K-8]
SCIENCE MUSEUMS [ K-11]
SCIENCE POLICIES [ U-33]
SCIENTIFIC ARTICLES [ K-20]
SCIENTIFIC DEVELOPMENT [ U-33]
SCIENTIFIC FORMATION [ K-20]
SCIENTIFIC METHOD [ K-20], [ K-6]
SCIENTIFIC RESEARCH [ SP.12-02]
SCOPOLAMINE [ R-34]
SCORPAENA PLUMIERI [ L-107], [ L-100]
SCORPAENA PLUMIERI, [ S-12]
SCORPIONFISH [ U-13]
SCREENING [ F-38]
SDS-PAGE [ W-12], [ F-31], [ F-101]
SDS-PAGE-CATHECOL GEL [ E-6]
SEA URCHIN [ M-2]
SEAGRASS [ M-21]
SECONDARY METABOITES [ H-108]
SECRETED [ W-38]
SECRETED PROTEINS [ W-6], [ W-74]
SECRETION [ G-108]
SECRETOME [ F-105], [ W-27]
SECRETORY PATHWAY [ A-25]
SEED [ E-82]
SEED LONGEVITY [ E-109]
SEEDS [ E-31], [ E-1]
SEIZURE [ C-27]
SELECTIN BLOCKING [ M-46]
SELEGILINE [ N-100]
SELENIUM [ P-7]
SELENOCYSTEINE [ G-85], [ B-12]
SELENOPROTEIN W [ G-85]
SELF-ASSEMBLED MONOLAYER [ H-99]
SEMINAL PLASMA [ H-120]
SEMINAL PLASMA PROTEIN [ U-47]
SEMINARS [ K-16]
SEMPRE-VIVAS [ F-101]
SENESCENCE [ E-93]
SENSOR [ H-17], [ F-4]
SEPSIS [ SP.28-03], [ SP.32-03], [ SP.32-01], [ SP.32-04], [ SP.32-02], [ C-10], [ W-62], [ N-40]
SEPT11 [ N-37]
SEPTICEMIA [ B-50]
SEPTIN [ N-70], [ N-114], [ G-129]
SEPTINOME [ SP.17-04]
SEPTINS [ N-37], [ N-20]
SEQUENCING [ G-35], [ S-37], [ F-40]
SERCA [ A-31], [ A-32]
SERINE PROTEASE [ L-52], [ D-67], [ V-6], [ V-8], [ N-115], [ B-57]
SERINE PROTEASE ENZYME [ W-10]
SERINE PROTEASE INHIBITOR [ D-19], [ D-17]
SERINE PROTEASES [ L-94]
SERINE PROTEINASE [ H-120]
SERINE RACEMASE [ R-39]
SERINE/THREONINE PHOSPHATASES [ G-97]
SERINEPROTEINASE [ N-121]
SEROLOGICAL DIAGNOSIS [ O-14]
SEROLOGY [ N-144]
SEROTONIN [ R-11], [ I-14]
SERUM [ L-108]
SESAMUM INDICUM [ S-18]
SFTI-1 [ L-76]
SHEAR STRESS [ T-11]
SHIKIMATE KINASE [ N-41]
SHIKIMATE PATHWAY [ L-77], [ N-41]
SHISTOSOMA [ SP.13-03]
SHISTOSOMA MANSONI [ SP.21-03], [ SP.21-02]
SHMT [ V-2]
SHRIMP PROTEIN HYDROLYSATES [ L-6]
SHRIMP WASTE [ R-12]
SHRIMPS FEED [ L-70]
SIALIC ACIDS [ M-25]
SIGMA FACTOR [ F-81]
SIGMA54 FACTOR [ F-85]
SIGNAL TRANSDUCTION [ SP.08-04], [ N-133], [ N-86], [ G-69], [ F-7], [ F-81], [ G-64]
SIGNAL TRANSDUCTUIN [ V-13]
SIGNALING [ F-27], [ J-9]
SIGNALLING PATHWAYS [ W-18]
SIGR [ F-59]
SILICA [ H-135]
SILICA NANOPARTICLES [ U-6]
SILKWORM [ D-81]
SINDBIS [ D-43]
SINDBIS VIRUSES [ D-94]
SINERGIC EFECT [ E-58]
SINGLE CELL PROTEIN [ H-50], [ H-46]
SINGLE NUCLEOTIDE POLYMORPHISM [ B-34]
SINGLET MOLECULAR OXYGEN [ T-37]
SINGLET OXYGEN [ F-59], [ T-9], [ T-5], [ T-19], [ T-69]
SINORHIZOBIUM MELILOTI [ N-24]
SIRNA [ V-29]
SIT4 [ G-23]
SITE-DIRECTED MUTAGENESIS [ N-19]
SKELETAL MUSCLE [ A-37]
SKELETAL MUSCLE CELLS [ B-38]
SKIN DERMAL CELLS [ T-77]
SKIN LESIONS [ H-35]
SKIN SECRETION [ SP.23-04], [ S-6], [ S-28]
SLEB [ F-22]
SLEEPING SICKNESS [ H-66]
SLICES [ R-45]
SM [ G-21]
SM14 [ H-48]
SMAC/DIABLO [ N-18]
SMALL ANGLE X-RAY SCATTERING [ N-14], [ N-103]
SMALL RNA [ CF.02]
SMAP GENE FAMILY [ G-77]
SMZF1 [ N-35]
SNAKE [ L-86]
SNAKE PLASMA. [ H-74]
SNAKE VENOM [ B-63], [ N-10], [ N-127], [ L-101], [ W-16], [ N-54], [ N-62], [ N-135], [ L-76], [ W-13], [ L-38], [ S-9], [ N-140], [ B-6], [ L-73], [ L-104], [ N-116], [ N-121]
SNAKES [ B-64], [ H-109]
SNARES [ A-17]
SNF1P [ G-102]
SNPS [ B-14], [ G-77]
SOBREPESO [ I-17]
SODIUM BUTYRATE [ B-27]
SODIUM DEOXYCHOLATE [ F-91]
SOFTWARE [ V-21], [ K-22], [ V-29]
SOLANUM LYCOPERSICUM [ A-10]
SOLID STATE FERMENTATION [ H-106]
SOLUBILIZED NA,K-ATPASE [ N-137]
SOLVENT-EXPOSED [ V-1]
SORBITOL DEHYDROGENASE [ E-29]
SOUTHERN CORN RUST DISEASE [ W-54]
SOUTHERN SHRIMP [ L-44]
SOY [ L-93]
SOYBEAN [ H-27], [ E-71], [ T-60]
SOYBEAN TRANSGENIC [ E-69]
SOYBEANS [ E-91]
SPARC [ B-7]
SPCI [ N-115]
SPECIFICITY [ L-32], [ L-53]
SPECTROCOPY [ N-74]
SPECTROMETRY [ V-14]
SPECTROSCOPIC MEASUREMENTS [ F-61]
SPECTROSCOPY [ N-20], [ N-125]
SPECTROSCOPY FLUORESCENCE [ S-26]
SPERM MATURATION [ Q-10]
SPERMATOZOA [ D-7]
SPFS [ S-26]
SPG7 [ Q-38]
SPHINGOMYELINASE [ H-79]
SPIDER [ S-20], [ D-76], [ D-34], [ H-110]
SPIDER SILK [ H-112]
SPIDER TOXIN [ V-3]
SPIDER VENOM [ O-17], [ W-25]
SPIDROINS [ H-110]
SPIN STATE [ N-74]
SPLICED LEADER RNA [ G-21]
SPODOPTERA FRUGIPERDA [ L-53], [ D-60]
SPONDIAS TUBEROSA [ N-59]
SPONGE [ N-26]
SPONTANEOUS CA2+ OSCILLATIONS [ R-44]
SPORE SURFACE [ L-47], [ L-56]
SPOROTHRIX SCHENCKII [ M-22], [ W-44], [ O-1]
SPORULATION [ F-73]
SPOT SYNTHESIS [ O-11]
SPR [ SP.05-01]
SPREADING DEPRESSION [ R-42]
SPRED2 [ Q-38]
SRC KINASE [ T-18]
SSCBF [ O-1]
SSH [ G-13]
STABILITY [ N-89], [ L-23]
STABILITY TEST [ H-111]
STACHYOSE [ E-91]
STACHYOSE SYNTHASE [ E-91]
STACHYTARPHETA [ T-32]
STALLION SPERMATOZOA [ Q-10]
STANNIOCALCIN-1 [ N-52]
STAPHYLOCOCCUS AUREUS [ H-108]
STAPHYLOCOCCUS EPIDERMIDIS [ F-26]
STAPHYLOCOCCUS SPP [ F-82]
STARCH [ M-3]
STATE OF INDUCTION [ E-114]
STATIN [ Q-43]
STE11 [ G-25]
STEM CELLS [ Q-1]
STENOTROPHOMONAS [ F-98]
STEROIDS [ V-22]
STEROL METABOLISM [ G-56]
STEROL-24-METHYLTRANSFERASE [ G-56]
STI1 [ R-17]
STIFFENING [ D-96]
STMP [ N-143]
STOP CODON [ V-33]
STORAGE PROTEIN [ N-118]
STRATEGIES OF TREATMENT [ P-16]
STREES CONDITIONS [ N-69]
STREPTAVIDIN [ H-81]
STREPTOCOCCUS MUTANS [ F-80], [ F-76], [ F-78], [ T-8]
STREPTOCOCCUS PNEUMONIAE [ H-101]
STREPTOMYCES OLINDENSIS [ H-53]
STREPTOMYCIN [ F-67]
STRESS [ G-74], [ U-4], [ U-5], [ U-35], [ E-34], [ H-44], [ Q-3], [ E-86]
STRESS OXIDATIVE [ T-52]
STRESS PROTEINS [ G-75]
STRESS RESISTANCE [ H-123]
STRESS RESPONSE [ F-68], [ G-103]
STRESS-INDUCIBLE PROTEIN 1 [ Q-25]
STRETCH [ D-50]
STROBILIZATION [ W-24]
STROMA-TUMOR INTERATION [ B-60]
STROMAL CELLS [ Q-20]
STRUCTURAL ANALYSIS [ N-60], [ N-32]
STRUCTURAL BIOLOGY [ N-11]
STRUCTURAL ELUCIDATION [ S-3]
STRUCTURAL GENOMICS [ N-138]
STRUCTURAL MODEL [ N-98]
STRUCTURAL MODELING [ G-3]
STRUCTURAL MOLECULAR BIOLOGY [ N-128]
STRUCTURAL STABILITY [ N-143]
STRUCTURE [ M-26], [ K-5], [ N-85], [ N-91], [ N-24], [ N-12], [ E-63], [ N-131], [ F-86], [ N-22], [ M-38]
STRUCTURE-ACTIVITY RELANTIONSHIP [ M-20]
STRUCTURE-BASED DRUG DESIGN [ N-101]
STRUCTURE-FUNCTION RELATIONSHIP [ V-3]
STRYPHNODENDRON ADSTRINGENS [ E-49]
SUBCELLULAR LOCALIZATION [ V-5]
SUBCELLULAR LOCALIZATION AND INTRACELLULAR TRAFFIC [ SP.14-04]
SUBMERGED CULTURE [ H-106]
SUBMERGENCE [ E-96]
SUBSTRATE [ YSF.1-4]
SUBSTRATE SPECIFICITY [ N-101]
SUBSTRATE-TRAPPING [ N-102]
SUBTILIS [ F-14]
SUBUNITS [ H-68]
SUCCINATE DEHYDROGENASE [ Q-33], [ C-8]
SUCCNATE [ Q-58]
SUCROSE [ D-54], [ H-96], [ L-110]
SUCROSE FERMENTATION [ G-75]
SUF [ N-69]
SUF MACHINERY [ F-19]
SUGACANE [ E-86]
SUGAR CANE [ H-2], [ N-49]
SUGAR CANE GIANT BORER [ H-2]
SUGARCANE [ N-42], [ E-95]
SULFATED [ M-18]
SULFATED FUCAN [ H-138]
SULFATED FUCANS [ M-33]
SULFATED GALACTAN [ M-55]
SULFATED GALACTANS [ M-10], [ M-24]
SULFATED OLIGOSACCHARIDES [ M-33], [ M-20], [ M-56]
SULFATED POLYSACCHARIDE [ M-34]
SULFATED POLYSACCHARIDES [ Q-67], [ M-60], [ M-6], [ M-24], [ M-35], [ M-57]
SULFHYDRYL AGENTS [ N-142]
SULINDAC [ N-108]
SULPHATED POLYSACCHARIDES [ L-101]
SUMO [ G-30]
SUPERCOMPLEX [ CF.08]
SUPEROXIDE [ T-45], [ Q-31]
SUPEROXIDE ANION [ T-36]
SUPEROXIDE DISMUTASE [ V-15], [ T-40], [ T-56]
SUPLEMENTATION [ C-19]
SUPPLEMENTS [ U-23]
SUPPRESSION SUBTRACTIVE HYBRIDIZATION [ G-17]
SURAMIN [ O-4]
SURFACE GLICOCONJUGATES [ M-12]
SURFACE PLASMON RESONANCE [ SP.05-01], [ SP.05-02], [ S-30]
SURFACE PLASMON RESSONANCE [ U-6]
SURFACE PROTEINS [ W-61]
SURFACTANT ACTIVITY [ N-53]
SURVIVAL [ SP.15-03]
SURVIVIN [ P-32], [ P-11]
SUSTAINABLE AGRICULTURE [ SP.12-02]
SWARTZIA POLYPHYLLA [ N-15]
SWINE [ F-21]
SYDNONES [ T-36]
SYNTHESIS [ L-14], [ M-56]
SYNTHETIC LETHAL [ G-108]
SYNTHETIC PEPTIDE [ O-2], [ O-11]
SYNTHETIC PEPTIDES [ S-4], [ O-12]
SYNUCLEIN [ N-100]
T CELLS [ SP.19-02]
T. CRUZI [ G-93], [ D-49], [ Q-40]
T. CRUZI I [ W-41]
T. CRUZI II [ W-41]
T. MOLITOR MIDGUTS [ D-39]
T. RANGELI [ G-93]
T.CRUZI [ G-117], [ G-57]
TAE [ P-39]
TAENIA CRASSICEPS ANTIGENS [ H-26]
TALISIA ESCULENTA [ E-36]
TAMARINDUS INDICA [ A-36]
TAMARINDUS INDICA SEEDS [ N-29]
TANDEM AFFINITY PURIFICATION [ F-43]
TANGO [ D-36]
TANNASE [ L-55]
TANNINS [ E-54]
TAP42 [ B-11]
TARO [ E-35]
TAT SYSTEM [ E-85]
TAXOMONY [ V-25]
TAXONOMY [ V-32]
TCA-SOLUBLE PEPTIDES [ L-70]
TCUMSBP [ G-43]
TEACHERS OF SCIENCES AND BIOLOGY [ K-15]
TEACHING [ K-2]
TEACHING PROTEIN CHEMISTRY AND MOLECULAR CELL BIOL [ K-14]
TECHNOLOGICAL APPLICATIONS [ L-98]
TEGUMENT [ G-140]
TELOMERES [ G-63]
TELOMERIC PROTEIN [ G-63]
TELOMERIC PROTEINS [ G-50]
TELOSCHISTES FLAVICANS [ M-16]
TEMEPHOS [ D-25]
TEMPERATURE [ A-32], [ E-67]
TEMPORAL LOBE EPILEPSY [ B-14]
TEMPORAL PATTERN [ L-106]
TENEBRIO MOLITOR [ D-56]
TERBINAFINE RESISTANCE [ G-109]
TERTIARY STRUCTURE [ L-19]
TESTES [ D-7]
TETRASELMIS GRACILIS [ U-11]
TEV PROTEASE [ H-39]
TFIIH [ E-22]
TGF-B1 [ R-33]
TGF-BETA [ Q-40]
TGFALPHA [ U-24]
TGFBETA1 [ J-13]
THAIS HEMASTOMA [ L-15]
THALIDOMIDE [ P-25], [ B-4]
THAPSIGARGIN [ D-24]
THAUMATIN [ G-144]
THEOBROMA CACAO [ E-61]
THEOBROMA GRANDIFLORUM [ M-3]
THEORETICAL CONCEPTS [ K-12]
THERACYTE [ H-119]
THERAPEUTICS [ CF.13]
THERAPUTICAL TARGET [ R-47]
THERAPY [ H-34]
THERMOASCUS AURANTIACUS [ L-69]
THERMODYNAMIC [ L-105], [ N-28]
THERMODYNAMICS [ N-13], [ N-129]
THERMODYNAMISC [ SP.05-03]
THERMOGENEGIS [ A-30]
THERMOGENESIS [ A-1], [ A-37]
THERMOGRAVIMETRIC ANALYSIS [ H-10]
THIAZOLIDINEDIONES [ H-38]
THICK FILAMENT [ N-83]
THIMET-OLIGOPEPTIDASE [ L-95]
THIN LAYER CHROMATOGRAPHY [ H-95]
THIOBARBITURIC REACTIVE SUBSTANCES [ C-18]
THIOL [ T-46]
THIOL GROUPS [ L-102]
THIOL-PEROXIDASE [ H-42]
THIOL-SPECIFIC ANTIOXIDANT PARADIGM [ T-41]
THIOLS [ T-48]
THIOREDOXIN [ T-22]
THIOREDOXIN 1 [ G-65]
THIOREDOXIN GLUTATHOINE REDUCTASE [ G-85]
THIOREDOXIN REDUCTASE [ L-65]
THIOSEMICARBAZONES [ P-37]
THROMBIN INHIBITOR [ SP.15-02], [ D-27]
THROMBIN-LIKE [ N-121]
THROMBIN-LIKE ENZYMES [ W-10]
THROMBOCYTOPENIA [ F-104]
THROMBOLYSIS [ L-50]
THYLAKOID MEMBRANES [ E-85]
THYMIDYLATE SYNTHASE [ V-24]
THYROID [ B-33]
THYROID CANCERS [ Q-13]
THYROID HORMONE [ I-9], [ I-6]
THYROID HORMONES [ R-14]
TICK [ SP.01-04], [ D-23], [ D-1], [ D-87], [ D-16], [ N-5], [ D-8], [ D-72], [ J-5]
TICKS [ D-9]
TIF51A [ G-108]
TIMPS [ J-17]
TIP41 [ B-11], [ B-39]
TIREOIDE [ I-17]
TISBE BIMINIENSIS [ L-81]
TISSUE CULTURE [ B-1]
TISSUE ENGINEERING [ H-121]
TISSUE INHIBITOR OF MATRIX METALLOPROTEINASES [ B-10]
TISSUE INHIBITOR OF MMP [ J-7]
TISSUE KALLIKREIN [ C-1]
TITANIUM [ H-37]
TITANIUM SURFACES [ H-82]
TITYUS [ D-78]
TITYUS SERRULATUS [ Q-63], [ O-15]
TITYUS TOXINS [ O-11], [ O-12]
TLE GENES [ B-54]
TLRS [ CF.17]
TMEM106C [ Q-71]
TMV [ N-28]
TNF [ P-25], [ F-18]
TNFRP55-/- MICE [ P-25]
TNP-ATP [ N-110]
TOBACCO MOSAIC VIRUS [ N-104]
TOCOPHERL-NITRIC OXIDE DONORS [ SP.09-04]
TOLL LIKE RECEPTORS [ CF.17]
TOLL PATHWAY [ SP.01-03]
TOLL RECEPTORS [ SP.32-02]
TOLL-LIKE RECEPTOR 2 [ O-8]
TOLL-LIKE RECEPTOR 4 [ C-6]
TOMATIDINE [ P-34]
TOMATINE [ P-34]
TOMATO TRANSFORMATION [ E-40]
TONOPLAST [ A-42]
TOOL [ K-13]
TOXICITY [ A-35], [ P-8], [ R-36], [ W-46]
TOXIN [ S-20], [ E-26]
TOXINS [ B-63], [ N-9]
TOXOCARA CANIS [ B-8]
TOXOPLASMA [ G-80]
TOXOPLASMA GONDII [ B-10], [ B-38]
TOXOPLASMOSE [ A-13]
TP53 POLYMORPHISMS [ B-29]
TPM [ A-47]
TRANS FATTY ACID [ U-38]
TRANS-SIALIDASE [ Q-28], [ L-4]
TRANS-SPLICING [ P-47]
TRANS-SUPPRESSION [ N-51]
TRANSAMINASES [ L-22]
TRANSCRIPTION [ F-86]
TRANSCRIPTION FACTOR [ N-68], [ H-36]
TRANSCRIPTION FACTORS [ N-42]
TRANSCRIPTIONAL [ YSF.2-3]
TRANSCRIPTIONAL CONTROL [ E-100], [ B-39]
TRANSCRIPTIONAL REGULATOR [ F-12]
TRANSCRIPTIONAL RESPONSE [ G-89]
TRANSCRIPTOME [ B-63], [ D-51], [ D-66], [ B-49], [ U-31], [ D-2], [ H-109]
TRANSFECTION [ H-133]
TRANSFORMATION [ I-18]
TRANSGENESIS [ J-11]
TRANSGENIC [ SP.12-03], [ D-3]
TRANSGENIC PLANTS [ H-132]
TRANSGENICO [ D-61]
TRANSIENT EXPRESSION [ H-132], [ E-100]
TRANSLATION [ R-46], [ G-107], [ G-108]
TRANSLATION INITIATION [ G-86]
TRANSLATIONAL CONTROL [ G-84], [ E-56]
TRANSLATIONAL MACHINERY [ F-94]
TRANSLATIONAL REGULATION [ R-25], [ E-9]
TRANSLOCATION [ N-95], [ N-40]
TRANSLOCATION OF ENZYMES [ Q-50]
TRANSNITROSATION [ SP.09-03]
TRANSPLANT [ H-83]
TRANSPORT [ SP.27-02]
TRANSPORTER PROTEIN GENES [ F-92]
TRANSPORTERS [ G-57]
TRANSPOSON [ G-124]
TRANSTHYRETIN [ N-134], [ N-51], [ Q-49], [ N-119], [ N-108]
TREATMENT [ C-9]
TREHALASE [ G-92], [ D-60]
TREHALOSE [ G-92], [ A-24], [ D-60], [ Q-52]
TRF2 [ G-50]
TRIACYLGLYCEROL [ D-75]
TRIATOMA BRASILIENSIS [ D-27]
TRIATOMA INFESTANS [ SP.28.02], [ D-21], [ U-20], [ D-70], [ D-66], [ D-19], [ D-88]
TRIATOMINES [ D-40]
TRIAZENE [ U-28]
TRICHODERMA HARZIANUM [ L-109]
TRICHODERMA REESEI [ H-13], [ G-132], [ G-89]
TRICHOMONAS VAGINALIS [ W-58]
TRICHOPHYTON RUBRUM [ P-40]
TRIGLYCERIDES [ C-17]
TRIOSEPHOSPHATE ISOMERASE [ D-6], [ N-142]
TRIPANOSOMATID [ G-86]
TRIPANOSOMATIDS [ G-93]
TRNA [ G-143], [ G-98]
TROPICAL FRUIT [ H-75]
TROPICAL FRUITS [ E-18], [ E-104]
TROPICS [ E-62]
TROUT [ A-32]
TRUNK GUM [ M-44]
TRX [ N-84]
TRYPANOSOMA [ U-22], [ SP.07-03], [ W-5], [ G-113], [ G-143]
TRYPANOSOMA BRUCEI [ SP.17-02], [ H-66]
TRYPANOSOMA CRUZI [ SP.04-03], [ SP.28.02], [ G-20], [ W-41], [ D-21], [ L-71], [ YSF.5-5], [ SP.04-02], [ CF.04], [ SP.26-02], [ YSF.4-4], [ W-45], [ G-44], [ T-54], [ N-60], [ G-61], [ G-62], [ G-68], [ T-6], [ A-29], [ P-6], [ G-10], [ G-96], [ G-12], [ W-67], [ G-118], [ G-11], [ G-110], [ G-81], [ G-40], [ N-139], [ G-69], [ P-46], [ G-134], [ G-136], [ G-59], [ G-137], [ G-71], [ G-128], [ G-39], [ G-16], [ G-19], [ B-23], [ Q-28], [ L-39], [ G-73], [ L-4], [ G-100], [ H-76]
TRYPANOSOMA RANGELI [ Q-50], [ J-18], [ D-83]
TRYPANOSOMATID [ M-1]
TRYPANOSOMATIDS [ SP.02-01], [ G-66], [ G-99], [ G-98]
TRYPANOSOME [ SP.07-01]
TRYPANOSOMES [ SP.07-02], [ SP.07-04]
TRYPANOTHIONE [ SP.29-01]
TRYPANOTHIONE REDUCTASE [ G-31]
TRYPANOTIONE REDUCTASE [ P-47]
TRYPANSOMA CRUZI [ C-16]
TRYPAREDOXIN [ G-121]
TRYPSIN [ H-35], [ N-136], [ L-105], [ L-23], [ L-44], [ N-15], [ L-45], [ L-81], [ L-98]
TRYPSIN INHIBITOR [ D-69], [ L-11], [ E-80]
TRYPSIN INHIBITORS [ E-54], [ N-123]
TRYPTASES [ CF.09]
TRYPTOPAHN-RICH SENSORY PROTEIN [ SP.11-02]
TRYPTOPHAN [ G-79]
TRYPTOPHAN HYDROPEROXIDES [ T-20]
TUBERCULOSIS [ SP.29-03], [ SP.05-04], [ L-77], [ N-102]
TUBULAR NECROSIS [ T-58]
TULAREMIA [ G-131]
TUMOR [ H-34]
TUMOR ANTIGEN [ Q-22]
TUMOR GROWTH [ Q-65]
TUMOR NECROSIS FACTOR-ALPHA [ S-15]
TUMOR NICROENVIRONMENT [ S-32]
TUMOR PROGRESSION [ C-3]
TUMOR SUPPRESOR GENE [ B-20]
TUMOR SUPPRESSOR [ J-16]
TUNEL [ Q-41]
TUNICAMYCIN [ J-3]
TUTORIAL PROGRAM [ K-1]
TWO-COMPONENT SYSTEM [ F-20], [ F-12], [ F-6]
TWO-COMPONENT SYSTEMS [ F-52]
TWO-DIMENSION GEL ELECTROPHORESIS [ W-24]
TWO-DIMENSIONAL ELECTROPHORESIS [ W-22], [ W-33]
TWO-HYBRID [ E-45], [ S-23]
TYPE 2A PHOSPHATASES [ B-11]
TYPE III SECRETION SYSTEM [ F-24], [ W-6], [ F-87], [ F-81]
TYPE IV PILI [ F-85]
TYPE IV SECRETION SYSTEM [ N-14], [ N-58]
TYPE THREE SECRETION SYSTEM [ F-60]
TYROSINASE [ P-35]
TYROSINE PHOSPHATASE [ E-2], [ D-64], [ D-50], [ N-102], [ E-42]
TYROSINE PHOSPHORYLATION [ I-14]
U937 [ Q-47]
UBC9 [ G-30]
UBIQUITIN [ G-74], [ D-44]
UBIQUITIN-PROTEASOME [ Q-46]
UBIQUITINATION [ T-12]
UENFOSIDE [ E-51]
ULTRAFILTRATE [ W-38]
UMBILICAL CORD BLOOD [ Q-1]
UNCOUPLING PROTEIN [ E-11], [ A-50]
UNDERNUTRITION [ C-31]
UNIGENE [ E-25]
UNIX [ V-30]
UNTRANSLATED REGIONS [ G-112]
UPDATING HIGH SCHOOL TEACHERS [ K-15]
UPTAKE [ P-8]
UREA [ N-104]
URIDYLYLATION [ F-37]
URINE [ M-5], [ W-27], [ M-8]
UROCHORDATA [ M-50]
UROCORTIN [ SP.27-02]
UROLITHIASIS [ N-8]
URONIC ACIDS [ U-27]
UROPEPSINA [ L-46]
USNIC ACID [ H-94], [ H-12], [ H-10]
UTR [ G-54]
UV RADIATION [ T-10]
V-ATPASE SUBUNIT E [ E-78]
V. CHOLERAE [ F-91], [ W-63]
V79 CELLS [ H-80], [ Q-17], [ Q-8]
VACCINAL SALMONELLA [ H-91]
VACCINE [ H-48], [ SP.19-03], [ SP.19-01], [ H-89], [ F-10], [ D-5], [ V-1], [ H-1], [ H-21], [ W-72], [ H-56]
VACCINE DESIGN [ H-26]
VACCINES [ SP.31-02]
VACCINIA VIRUS [ F-27], [ F-34], [ F-69], [ F-36], [ F-74]
VACCINOLOGY [ SP.19-04]
VACINIA VIRUS [ SP.08-04], [ SP.08-01], [ SP.08-02], [ SP.08-03]
VACUOLAR PROTON PUMPS [ E-59]
VACUOLE NITRATE RECOVER [ E-62]
VAR [ G-7]
VASCULAR SMOOTH MUSCLE [ N-16]
VAULTS [ G-59]
VECTOR [ U-18], [ D-45]
VECTOR CONTROL [ D-93], [ D-41]
VEGETAL EXTRACT [ E-49]
VEGF [ R-33], [ N-87]
VEGFR EXPRESSION [ Q-7], [ Q-12]
VENOM [ W-47], [ L-61], [ H-19], [ U-13], [ L-50], [ W-69], [ L-79], [ P-14], [ H-109], [ W-73], [ E-111]
VENOM BIOMARKERS [ O-3]
VENOM GLAND [ J-12]
VENTRICLE [ A-32]
VENTRICULAR REMODELING [ S-15]
VENTRICULOME [ D-51]
VERO [ W-29]
VERO CELL [ G-128]
VESICLE [ Q-27]
VESICLE TRAFFICKING [ G-109]
VESICLES [ T-4]
VESICULAR STOMATITIS VIRUS [ F-90]
VESICULAR TRAFFIC [ U-18]
VESICULAS DE FOSFOLIPIDIOS [ A-13]
VETERINARY DISEASES [ F-21]
VHHS [ L-4]
VIABILITY [ U-36], [ Q-43], [ R-13], [ R-46], [ N-105]
VIBRIO CHOLERAE [ W-40], [ W-17], [ F-47], [ F-40], [ W-9]
VIBRIO CHOLERAE EL TOR [ W-36]
VIBRIO PATHOGENICITY ISLAND [ F-47]
VICILIN [ N-143], [ E-84]
VIGNA UNGUICULATA [ E-66], [ E-78], [ E-107], [ W-43], [ E-59], [ E-11], [ E-84], [ E-21], [ E-16]
VILMA REGINA MARTINS [ R-32]
VIMENTIN [ C-20]
VIOLACEIN [ Q-16]
VIRAL INACTIVATION [ F-90]
VIRAL INFECTION [ N-31], [ F-58]
VIRAL MORFOLOGY [ F-102]
VIRAL PROTEASE [ N-3]
VIRTUAL ENVIRONMENT [ K-4]
VIRULENCE [ CF.02], [ F-12]
VIRULENCE FACTORS [ G-82]
VIRUS PROTEIN 4 [ V-1]
VIRUS PROTEIN 7 [ V-1]
VIRUS-HOST INTERACTION [ F-34]
VITAMIN E [ S-31]
VITELLIN [ D-44]
VITELLOGENIN [ B-17]
VOLUMETRIC [ R-9]
VP2 [ F-89]
VP4 [ N-3]
VPI-2 [ F-40]
VTDCE [ L-11]
W256, [ L-91]
WAIST CIRCUMFERENCE [ U-1]
WALKER TUMOR CELLS [ H-127]
WARP [ G-8]
WATER STRESS [ E-69]
WESTERN BLOT [ W-33]
WESTERN BLOTING [ E-52]
WESTHERN BLOTTING [ E-101]
WETTING CAPACITY [ H-16]
WISTAR RATS [ I-12]
WITCHE'S BROOM DISEASE [ H-130]
WITCHES BROOM [ CF.26]
WITCHES’ BROOM DISEASE [ G-22]
WITCHE´S BROOM DISEASE [ G-144]
WNT4 [ Q-22]
WOUND-RESPONSE [ E-55]
WOUNDING [ L-59], [ E-60]
WUCHERERIA BANCROFTI [ B-35]
WW DOMAIN [ N-22]
X-RAY CRYSTALLOGRAPHY [ N-64]
X-RAY CRYSTALLOGRAPHY REFINEMENT [ N-43]
X-RAY DIFFRACTION [ N-106], [ N-128], [ E-33]
X-RAY STRUCTURE [ N-31], [ N-139]
XANTHINE OXIDASE [ H-32]
XANTHOMONAS [ F-87], [ N-58], [ N-12], [ F-43], [ F-3], [ N-131]
XANTHOMONAS AXONOPODIS [ CF.10]
XANTHOMONAS AXONOPODIS CITRI [ E-48]
XANTHOMONAS AXONOPODIS PV CITRI [ N-14], [ F-8], [ F-81]
XANTHOMONAS AXONOPODIS PV. CITRI [ N-106]
XANTHOMONAS CAMPESTRIS PV. CAMPESTRIS [ F-105]
XANTHOMONAS CITRI [ N-88], [ E-45]
XANTHOMONAS GARDNERI [ F-13]
XERODERMA PIGMENTOSUM [ Q-56]
XF1532 [ F-35]
XF2135 [ F-35]
XIAP [ N-18]
XPB [ E-22]
XPC [ B-25]
XPG [ B-25]
XRCC1 GENE [ B-2]
XYLAN [ M-29]
XYLANASE [ H-7], [ H-106]
XYLANOLITIC COMPLEX [ L-106]
XYLELLA FASTIDIOSA [ N-45], [ N-68], [ T-39], [ F-85], [ T-47], [ F-35], [ F-67], [ N-112]
XYLEM [ E-8]
XYLOGLUCAN [ M-45], [ M-4]
XYLORHAMNOGALACTOFURANAN [ M-29]
XYLOSE REDUCTASE [ L-26]
Y HAPLOTYPE [ B-24]
YAEQ [ N-106]
YEAST [ G-123], [ G-74], [ T-40], [ G-1], [ H-44], [ G-4], [ A-25], [ E-71], [ A-16], [ H-140], [ N-110], [ G-101], [ G-64], [ H-98], [ G-105], [ L-110], [ H-57]
YEAST 2-HYBRID [ F-77]
YEAST 2-HYBRID SYSTEM [ N-46]
YEAST CELLS [ G-75]
YEAST GENOME [ G-142]
YEAST SPECIES [ E-38]
YEAST SYMPORT [ A-24]
YEAST TWO-HIBRID SYSTEM [ N-38]
YELLOW FEVER [ SP.19-03]
YELLOW FEVER VIRUS [ F-77]
YICP [ L-40]
YM348 [ R-11]
YPSB [ F-14]
YPT1 [ G-108]
Z-DNA [ H-72]
ZABROTES SUBFASCIATUS [ E-80]
ZANTHOXYLU [ R-28]
ZAPA [ F-71]
ZEA MAYS [ E-29]
ZEBUINE COWS [ H-4]
ZEIN [ N-118]
ZETA-POTENTIAL [ N-30]
ZINC [ C-30]
ZYMODEME 3 [ W-45]
ZYMOGRAM [ S-1]
ZYMOMONAS MOBILIS [ H-24]
ZYMOSAN. [ E-98]
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