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 Abstracts |
α-AMYLASE INHIBITORS [H-32]
α-AMYLASE [L-40], [L-17]
α-AMYLASES [L-29]
α-GALACTOSIDASE [L-39], [L-70], [L-22]
α-GALACTOSIDASES [L-69]
α-GLUCOSIDASE [D-53]
β-ACTIN [B-4]
β-CYCLODEXTRIN [H-125]
β-GLUCAN [U-2]
β-GLUCANS [M-32]
β-GLUCOSIDASE [L-21]
λPL [H-29]
(AN+DN) [U-12]
(NA+, K+)-ATPASE [L-88]
(NA+,K+)-ATPASE [L-38]
(NA, K)-ATPASE [L-36]
16S GENE [D-64]
16S RDNA [F-29]
16S RRNA [F-4], [F-54], [G-59], [V-16]
18 KDA-HSP RECOMBINANT PROTEIN [H-105]
2 D GEL ELECTROPHORESIS [W-3]
2-D ELECTROPHORESIS [H-50], [W-53]
2-DE [W-4], [W-19], [W-42]
2D ELECTROPHORESIS [W-1], [W-33]
2D GEL [W-50]
2D PAGE [W-39], [W-40]
2D-ELECTROPHORESIS [W-11]
2DE [W-63]
2S ALBUMINS [N-5]
2’-DEOXYGUANOSINE [T-75]
3-BROMOPYRUVATE [A-29], [A-38]
3-HYDROXYISOBUTYRIC ACIDURIA [R-3]
3-METHYLGLUTACONIC ACID [T-50]
3-METHYLGLUTARIC ACID [T-50]
3-NITROTYROSINE [T-5]
3D STRUCTURE [N-28]
5-FLUOROTRYPTAMINE [T-10]
5-HMF [D-30]
6-PHOSPHOFRUCTO 1-KINASE [I-32]
6-PHOSPHOFRUCTO-1-KINASE [I-22], [I-15], [I-10], [I-29], [I-16]
60S RIBOSOME SUBUNITS [G-34]
8-OXO-7,8-DIHYDRO-2'-DEOXYGUANOSINE [T-36]
9-CIS-RETINOIC-ACID [N-104]
A [V-13]
A. THALIANA [V-30]
A172 CELLS [C-18]
AAHZ [F-10]
AB-OLIGOMERS [R-12]
ABC-TRANSPORTER [D-35]
ABERRANT METHYLATION [B-17]
ABIOTIC ELICITOR [W-43], [W-49]
ABIOTIC STRESS [W-27], [E-37], [E-22]
ABSCISIC ACID [E-43]
ABUTASTERONE [H-33]
AÇAI [I-23]
ACANTHOSCURRIA RONDONIAE [S-43]
ACBP [N-125]
ACCESSORY GLAND [D-21]
ACCLIMATION [L-36]
ACE2 [N-131]
ACEROLA (MALPIGHIA EMARGINATA D.C.) [T-97]
ACETALDEHYDE [T-36]
ACETAMINOPHEN [L-15]
ACETATE [M-41]
ACETOBACTER XYLINUM [H-23]
ACETYLATION [T-5]
ACETYLCHOLINESTERASE [R-32], [R-4]
ACETYLSALICYLIC ACID [T-81]
ACID ASCORBIC [T-48]
ACID HYDROLYSIS [W-44]
ACID MINE DRAINAGE [T-107]
ACID PHOSPHATASE [L-101], [L-111]
ACID PHOSPHATASE (PTP-LMR) [L-57]
ACID TREHALASE [L-58]
ACIDIC GALACTAN [M-50]
ACIDIC HETEROXYLAN [M-27]
ACIDIC PHOSPHOLIPASE A2 [N-98]
ACIDITHIOBACILLUS FERROOXIDANS [W-6]
ACIDOCALCISOME-LIKE [D-79]
ACIDOCALCISOMES [A-42]
ACIDOS GRAXOS [O-4]
ACINETOBACTER BAUMANNII [W-60]
ACROSOME REACTION [M-12], [Q-44]
ACROSSOME REACTION [M-22]
ACRYLAMIDE [E-64]
ACTH [J-1]
ACTINOBACILLUS ACTINOMYCETEMCOMITANS [T-2]
ACTINOMYCIN D [Q-5]
ACTINOMYCIN-D [N-29]
ACTIVATED [W-57]
ACTIVITY [N-123], [N-144]
ACUTE LEUKEMIA [N-2]
ACUTE LUNG INJURY [C-26]
ACUTE TOXICITY [T-107]
ACYL-COA-BINDIN PROTEIN [D-10]
ACYL-COA-BINDING PROTEIN [D-8]
ADAM [N-23]
ADAM23 [G-2]
ADAM33 [C-9]
ADAPT [G-7]
ADDITIVE DETERGENT [H-94]
ADENANTHERA PAVONINA [V-23]
ADENINE NUCLEOTIDE [A-2]
ADENOSINE [R-4], [R-36], [L-25]
ADHESIN [H-14]
ADHESION [Q-8], [Q-10], [H-118]
ADJUVANTS [H-105]
ADP [L-14]
ADRENAL GLAND [J-1]
ADVANCED GLYCATION [C-8]
AEDES AEGYPTI [S-1], [D-2], [D-47], [D-31], [D-34], [D-9], [D-46], [D-68], [A-27], [D-12], [A-22], [D-13], [D-71], [D-1], [D-57], [D-82], [D-83]
AEDES ALBOPICTUS [D-44]
AFFINITY CHROMATOGRAPHY [H-59]
AFLATOXINS [H-142]
AFTOSA [L-82]
AGATHISFLAVONE [R-8]
AGED SKIN TISSUE [M-3]
AGEING [T-43], [T-110], [T-14], [T-65], [T-118]
AGELAS [L-106]
AGGREGATIBACTER (ACTINOBACILLUS) ACTINOMYCETEMCOMI [W-33]
AGGREGATION [N-105], [N-71], [J-4], [N-8]
AGING [Q-34], [T-102]
AGRIBUSINESS [S-36]
AGRO-INDUSTRIAL WASTES [H-112]
AGROBACTERIUM [F-12]
AGROINDUSTRIAL RESIDUES [H-103]
AGT1 [A-33]
AHPC [T-31]
AIR POLLUTION [T-33]
ALA-D [T-61]
ALBIZIA LEBBECK [E-35]
ALBUMIN [N-88]
ALCOHOL [A-26]
ALDEHYDE [T-101]
ALDO-KETO REDUCTASE [N-26]
ALDOSE REDUCTASE [I-20]
ALGA [E-50], [N-93]
ALGAE [T-100], [T-91], [T-35]
ALKALINE 2-DE [W-20]
ALKALINE PHOSPHATASE [L-9], [L-101], [N-135]
ALKALINE PROTEASE [L-23]
ALKALINE PROTEASES [L-28], [L-34]
ALKALOIDS [R-33]
ALKYL HYDROPEROXIDASE SYSTEM [T-31]
ALKYL HYDROPEROXIDE REDUCTASE [Q-9]
ALL [B-35]
ALL-TRANS RETINOIC ACID [H-73]
ALLERGEN [N-28]
ALLERGENS [W-5], [W-14], [W-15]
ALLERGIC REACTIONS [W-15]
ALLERGY [N-5]
ALLOSTERIC EFFECTOR [N-132]
ALLOXAN DIABETIC RATS [I-24]
ALOSTERIC LIGANDS [I-33]
ALPHA BETA-GLUCAN [M-10]
ALPHA CARBON ATOMS [V-20]
ALPHA-4 [N-97]
ALPHA-AMYLASE [N-88]
ALPHA-CHYMOTRYPSIN [L-110]
ALPHA-MANNOSIDASE [D-7]
ALPHAIIBBETAIII [V-12]
ALPHAV BETA3 INTEGRIN [Q-28]
ALPHAVIRUS [F-33], [F-20]
ALPHITOBIUS DIAOERINUS [D-69]
ALQUILANTS AGENTS [P-18]
ALR1 [G-27]
ALS [T-79]
ALTERNANTHERA TENELLA [T-70], [T-26]
ALTERNATIVE NADH DEHYDROGENASE [G-65]
ALTERNATIVE OXIDASE [G-16], [E-65], [E-33], [E-59]
ALVEOLAR MACROPHAGES [M-23]
ALZHEIMER [R-12]
ALZHEIMER´S DISEASE [R-16]
AMBIENT PH [G-47]
AMBLYOMMA CAJENNENSE [H-25]
AMD [U-13]
AMINO ACID SEQUENCE [S-35]
AMINO ACIDS [K-9], [E-57]
AMINOACETONE [T-71]
AMINOACIDS [K-20]
AMINOACYL-TRNA SYNTHETASE [G-6]
AMINOPEPTIDASE [L-102]
AMINOPEPTIDASES [E-62]
AMINOTRIAZOLE [E-56]
AMLYASE [T-123]
AMMONIUM REGULATION [F-37]
AMP [L-25]
AMPHETAMINE [R-37]
AMPHIBIAN SKIN [S-23]
AMPHOTERICIN B [H-62]
AMTB [F-8]
AMYLASE [L-4], [L-79], [D-69], [E-34], [L-31]
AMYLASE ACTIVITY [C-15]
AMYLASE CHARACTERIZATION [L-44]
AMYLASES CHARACTERIZATION [L-2], [L-54]
AMYLOID [N-65], [N-87], [N-57]
AMYLOIDOSIS [N-55], [N-91], [N-105]
AMYLOID β-PEPTIDE [R-16]
AMYOTROPHIC LATERAL SCLEROSIS [T-20]
ANAEROBIC BIODIGESTION [F-29]
ANAGASTA KUEHNIELLA [D-84]
ANALGESIC AND ANTITUMORAL ACTIVITY [N-31]
ANALYTICAL ULTRACENTRIFUGATION [N-20]
ANARCADIUM OCCIDENTALE L. [H-83]
ANDROGEN [J-10]
ANGIOGENESIS [L-105]
ANGIOTENSIN [L-113]
ANGIOTENSIN CONVERTING ENZYME [S-32], [D-72]
ANGIOTENSIN CONVETING ENZYME [C-30]
ANGIOTENSIN CONVETING ENZYME 2 [C-30]
ANGIOTENSIN I-CONVERTING ENZYME [L-65]
ANGIOTENSIN II [S-10], [S-17]
ANGIOTENSIN-CONVERTING ENZYME [S-34]
ANGIOTENSIN-II [T-53]
ANIMAL MODEL [C-13], [T-44], [C-20]
ANIONIC COLLAGEN [H-136]
ANNELIDA [M-36]
ANONNA MURICATA [E-59]
ANOPHELES AQUASALIS [D-4]
ANTHOCYANINS [L-15]
ANTHONOMUS GRANDIS [W-23], [H-130], [E-74]
ANTHRACENE [T-91]
ANTI-CD3 [H-4]
ANTI-INFLAMMATORY [M-2], [H-96], [E-50], [H-40], [M-21]
ANTI-MALARIAL DRUGS [A-50]
ANTI-MDR ACTIVITY [W-24]
ANTI-SNAKE [H-115]
ANTI-TUMORAL ACTIVITY [N-77]
ANTI-ULCER ACTIVITY [M-24], [M-27]
ANTIBACTERIAL ACTIVITY [S-36], [N-113]
ANTIBIOTIC [S-2]
ANTIBIOTIC PEPTIDE [S-18]
ANTIBIOTIC SUSCEP [F-49]
ANTIBOBY [M-37]
ANTIBODIES [Q-25]
ANTIBODY [B-24]
ANTIBODY PRODUCTION [G-23]
ANTICARCINOGENIC [T-113]
ANTICARSIA GEMMATALIS [L-59], [L-73], [L-78]
ANTICARSIA GEMMATALIS, [D-59]
ANTICOAGULAN [P-12]
ANTICOAGULANT [S-48], [N-92], [M-15], [M-19], [M-21]
ANTICOAGULANT ACTIVITY [E-32]
ANTICOAGULANT ACTIVITY [N-100], [M-9], [M-18], [M-28], [M-14]
ANTICOAGULANT PROPERTY [M-7]
ANTICOAGULANT, [M-13]
ANTICOAGULANTS PROPERTIES [V-1]
ANTICONVULSANTS [H-51]
ANTIDIABETIC PLANT [I-24]
ANTIELAPIDIC SERUM [H-35]
ANTIFUNGAL [H-1]
ANTIFUNGAL ACTIVITY [E-67], [S-36]
ANTIFUNGAL PROTEIN [E-77], [L-76], [N-150]
ANTIFUNGAL SUSCEPTIBILITY [H-62]
ANTIGEN PRESENTATION [O-3]
ANTIGENICITY [M-31]
ANTIHAEMOSTATIC [U-4]
ANTIINFLAMMATORY ACTIVITY [P-11]
ANTIMICROBIAL [S-3], [S-43]
ANTIMICROBIAL ACTIVITY [H-39], [S-4], [H-110]
ANTIMICROBIAL PEPTIDE [S-2], [S-22], [S-14], [E-63], [S-19]
ANTIMICROBIAL PEPTIDES [W-48], [S-26], [U-5], [D-78], [S-46], [S-44], [D-21], [E-61], [U-6], [S-36], [S-37], [S-25], [W-37], [S-16], [U-8], [S-23], [S-28], [S-33], [V-19], [S-49], [S-50]
ANTIMUTAGENIC [T-94]
ANTINOCICEPTIVE [M-2], [H-96], [E-50]
ANTINOCICEPTIVE ACTIVITY [M-20]
ANTINOCICEPTIVE EFFECT [M-47]
ANTINUTRITIONAL FACTORS [U-11]
ANTIOPHIDIAN [H-42]
ANTIOPHIDIC PROTEINS [W-65]
ANTIOXIDANT [T-15], [T-93], [T-33], [T-105], [Q-3], [H-40], [T-61], [T-72], [T-68], [T-77], [T-86], [T-27]
ANTIOXIDANT [T-96]
ANTIOXIDANT ACTIVITY [T-70], [H-134], [T-37], [T-49], [T-26]
ANTIOXIDANT CAPACITY [T-8], [T-7], [T-19]
ANTIOXIDANT DEFENSE [E-54]
ANTIOXIDANT DEFENSES [I-23]
ANTIOXIDANT ENZYME ACTIVITIES [T-3]
ANTIOXIDANT ENZYMES [T-41], [T-81]
ANTIOXIDANT POTENTIAL [T-38]
ANTIOXIDANT PROPERTIES [T-62]
ANTIOXIDANT SYSTEM [P-8]
ANTIOXIDANTS [T-100], [F-19], [T-97]
ANTIOXIDANTS DEFENSE [T-22]
ANTIOXIDANTS ENZYMES [T-118]
ANTIPLATELET [N-92], [P-12], [P-15]
ANTIPSYCHOTIC DRUGS [R-32], [R-11]
ANTIRETROVIRAL [P-16]
ANTITHROMBIN [N-122], [M-44]
ANTITHROMBOTIC [N-51], [P-15], [M-19], [M-21]
ANTITHROMBOTIC ACTIVITY [M-28]
ANTITUMOR ACTIVITY [S-18]
ANTITUMORAL [T-86]
ANTITUMORAL ACTIVITY [S-4], [N-67]
ANTITUMORAL AND ANTIMICROBIAL ACTIVITIES [N-16]
ANTITUMORAL EFFECT [P-3]
ANTIVIRAL [P-5]
ANXIETY-LIKE BEHAVIOR [T-3]
AORTA ARTERY [T-54]
AORTIC ANEURYSM [M-7]
APEC [F-49], [F-11]
APERGILLUS VERSICOLOR [L-21]
APICOMPLEXA [G-48]
APIS MELLIFERA [N-73], [N-64]
APOCYNIN [T-119], [T-111]
APOMYOGLOBIN [N-91]
APOPTOSE [R-24]
APOPTOSIS [T-13], [P-13], [B-26], [P-21], [P-25], [Q-13], [P-9], [J-3], [Q-26], [N-96], [Q-29], [F-36], [P-1], [V-24], [Q-40]
APOPTOSIS INDUCING FACTOR [G-18]
APPLE [T-7]
APYRASE [G-13], [G-9], [G-15]
APYRASES [V-17]
ARABIDOPSIS [A-61]
ARABIDOPSIS THALIANA [W-17], [W-12]
ARABINANS [E-52]
ARABINOFURANOSIDASE [L-84]
ARABINOSYL-CYTOSINE [P-6]
ARACHNIDA [D-80], [V-6]
ARAUCARIA ANGUSTIFOLIA [E-11], [A-14]
ARBOREAL SPECIES [E-55]
ARCHAEA [G-59], [N-133], [L-53]
ARGININE KINASE [W-14]
ARGONAUTE [D-68]
ARSENIC [G-24]
ARTEMICIDE ACTIVITY [N-67]
ARTHRINIUM STATE OF APIOSPORA MONTAGNEI [H-110]
ARTHROPODA [D-80], [D-62], [D-73]
ASCIDIAN, [M-13]
ASCORBATE [T-79], [T-17], [T-60]
ASCORBATE OXIDASE [L-71]
ASCORBATE PEROXIDASE [E-56]
ASCORBIC ACID [E-4]
ASPARAGINE [E-64]
ASPARTIC PROTEASES [P-14]
ASPARTIC PROTEINASE [D-51]
ASPARTYL PEPTIDASE [Q-17]
ASPARTYL PROTEASES [N-39]
ASPARTYL-TYPE PEPTIDADE [L-32]
ASPERGILLUS [L-63], [H-119], [G-52]
ASPERGILLUS CASIELLUS [H-112], [H-7]
ASPERGILLUS FLAVUS [H-142]
ASPERGILLUS FUMIGATUS [G-19], [G-16], [G-65], [G-37]
ASPERGILLUS GIGANTEUS [L-52]
ASPERGILLUS NIDULANS [G-7], [G-47], [G-18]
ASPERGILLUS NIGER [D-74]
ASPERGILLUS NIVEUS [L-49]
ASPERGILLUS PHOENICIS [G-28]
ASPERGILLUS TERREUS [L-39]
ASPIRIN [I-22]
ASTAXANTHIN [O-2]
ASTROCYTES [R-34], [R-30], [R-17]
ATAXIN-2 [D-29]
ATHEROSCLEROSIS [T-120]
ATIMICROBIAL PEPTIDE [S-5]
ATIVIDADE ANTITUMORAL [P-20]
ATMYB2 [E-19]
ATOMIC CHARGES [M-35], [V-7]
ATOMIC FORCE MICROSCOPE [S-13], [S-50]
ATOMIC FORCE MICROSCOPY [N-87]
ATOPIC DERMATITIS [G-25]
ATP [L-14]
ATP-SENSITIVE [A-54]
ATP-SYNTHASE [N-141]
ATPASE [A-31], [L-108]
ATPASES [L-14]
ATPS [L-71]
AUREOBASIDIN [G-41]
AUXIN [G-71]
AVIAN PATHOGENIC ESCHERICHIA COLI [F-49]
AVRPTO PROTEIN [F-43]
AXIETY-LIKE BEHAVIOR [T-24]
AXINELLA CORRUGATA [N-153], [T-38]
AZOSPIRILLUM [F-64]
AZOSPIRILLUM BRASILENSE [F-27]
AZOTOBACTER VINELANDII [F-18]
B [V-13]
B-1,3-1,4-GLUCANASE [H-138]
B-1,3-GLUCANASES [D-32]
B-GLUCOSIDASE [L-11]
B-LAPACHONE [H-80], [H-21]
B. OCCIDENTALIS [E-29]
B. SUBTILIS [F-62]
B16F10 [C-20]
BABASSU OIL [H-73]
BAC [H-76]
BACCHARIS DRACUNCULIFOLIA [T-37]
BACILLUS [F-10]
BACILLUS SP [H-95]
BACILLUS SUBTILIS [H-138], [S-50]
BACILLUS THURINGIENSIS [W-23], [H-130]
BACKBONE DYNAMICS [N-150]
BACTERIA [F-4], [G-59]
BACTERIAL ACTIVITIES [S-40]
BACTERIAL CELLULOSE [H-23]
BACTERIAL CELLULOSE, [M-41]
BACTERIAL EXPRESSION [B-14]
BACTERICIDAL ACTIVITY [U-8]
BACTEROIDES [F-55]
BACULO VIRUS EXPRESSION [B-14]
BACULOVIRUS EXPRESSION SYSTEM [N-2]
BAEYER-VILLIGER MONOOXYGENASE [H-82]
BARCODES [D-38]
BASAL ANGIOSPERM [E-59]
BASIDIOMYCETES [L-109], [M-18]
BAUHINIA BAUHINIOIDES [J-2], [E-46], [E-51], [E-16]
BAUHINIA BAUNHINIOIDES [N-101]
BBB INTEGRITY [T-89]
BBKI [N-85]
BEBIDAS ALCOOLICAS-SABOR E AROMA [H-52]
BEE VENOM [A-45], [A-57]
BELL-PEPPER [S-36]
BENIGN PROSTATIC HYPERPLASIA (BPH) [L-102]
BENZO(A)PYRENE [T-78]
BENZOPHENONE [T-16]
BERTHOLLETIA EXCELSA [V-19]
BETA 2-GLYCOPROTEIN I [N-139]
BETA-1,3-GLUCANASE [D-2]
BETA-CONGLYCININ [E-10]
BETA-CYCLASE [E-27]
BETA-GLUCANS [M-16]
BETA-GLUCOSIDASES [D-37]
BETA-GLYCEROPHOSPHATE [Q-16]
BETA-GLYCOSIDASES [D-26]
BIJUPIRA [L-28]
BIKUNIN [Q-31]
BILAYER MEMBRANE [S-15]
BILAYER STRUCTURE [A-3]
BILIVERDIN [D-66], [Q-42]
BILIVERDINE [G-50]
BINDING [N-136]
BINDING PROTEIN (BIP) [E-83]
BIOACTIVE MOLECULES [V-7]
BIOACTIVE PEPTIDES [S-52]
BIOASSAYS [H-32]
BIOAUGMENTATION [H-38]
BIOCATALYSIS [V-2]
BIOCHEMICAL CHARACTERIZATION [B-11]
BIOCHEMICAL CHARTS [K-14]
BIOCHEMICAL EDUCATION [K-8]
BIOCHEMICAL HYPERMEDIA [K-13]
BIOCHEMICAL INDICATORS [I-25]
BIOCHEMICAL PRACTICAL CLASS [K-15]
BIOCHEMISTRY [K-21], [K-16], [K-1], [C-31]
BIOCHEMISTRY CLASSES [K-9]
BIOCOMPOSITE [H-43]
BIODEGRADATION [H-124], [H-15], [H-121]
BIODIESEL [H-38], [V-2]
BIODIVERSITY [F-54]
BIOENERGETIC [A-26]
BIOENERGETICS [A-10]
BIOFILM [W-47], [G-45], [H-10]
BIOFORMULATION [H-60]
BIOINFORMATICS [V-10], [V-18], [V-32]
BIOLOGIC ACTIVITY [S-6]
BIOLOGIC CONTROL [D-11]
BIOLOGICAL ACTIVITY [N-60], [S-44], [N-11]
BIOLOGICAL CHARACTERIZATION [B-11]
BIOLOGICAL PROPERTIES [E-72]
BIOLUMINESCENCE [N-102], [D-81]
BIOMARKERS [T-78], [W-61]
BIOMASS YIELD FACTOR [M-17]
BIOMETRIC EVALUATION [I-3]
BIOMIMETIC PARTICLES [H-105]
BIOPHARMACEUTICAL PLASMA DERIVATIVES [H-37]
BIOPOLYMER [H-141], [H-70]
BIOPROSPECTION [L-47]
BIOREACTOR [L-67]
BIOREMEDIATION [H-95], [H-38], [H-13], [H-140]
BIOSENSOR [H-66]
BIOTECHNOLOGY [S-20]
BIOSTIMULATION [L-61]
BIOSURFACTANTS [H-95]
BIOTECHNOLOGICAL APPLICATIONS [T-82]
BIOTECHNOLOGY [K-12], [U-10]
BIOTIC STRESS [W-27]
BIOTIN-SWITCH METHOD [N-21]
BIOTRANSFORMATION [H-113], [H-33]
BIPOLAR DISORDER [C-22]
BIVALVIA [M-15]
BLAST [V-26]
BLASTOCLADIELLA EMERSONII [N-118]
BLEACHING [H-20]
BLOOD COAGULATION [N-122], [E-60], [M-44]
BLOOD FEEDING [A-27], [A-22]
BLOOM’S TAXONOMY [K-3]
BMTI-A [D-5]
BOLDO [T-93], [P-24]
BOLOGNA'S PROCESS [K-2]
BOMBYX MORI [D-38]
BONE [M-5]
BONE MARROW [N-2]
BONE MARROW MICROENVIRONMENT [B-33]
BONE METABOLISM [C-3]
BONE MINERAL DENSITY [C-10]
BONE REPAIR [H-136]
BOOPHILUS MICROPLUS [D-11], [T-12], [D-48], [D-41], [D-72], [D-5], [N-3], [N-129]
BORDETELLA PERTUSSIS [H-111]
BORNITE [W-6]
BOS INDICUS INDICUS [N-137]
BOTHROPS [H-50], [W-62]
BOTHROPS ASPER [B-11]
BOTHROPS BRAZILI [N-16], [N-148]
BOTHROPS JARARACA [N-122], [W-16]
BOTHROPS JARARACA, [N-77]
BOTHROPS JARARACUSSU [N-27], [S-4], [N-109], [O-1], [O-5], [N-146]
BOTHROPS LEUCURUS [L-95], [N-11]
BOTHROPS MARAJOENSIS [N-154], [N-79]
BOTHROPS MOOJENI [N-98], [N-124]
BOTHROPS PAULOENSIS [O-8]
BOTRYTIS CINEREA [H-88]
BOVINE [H-57]
BOVINE BRAIN [M-45]
BOVINE COLOSTRUM [W-1]
BOVINE MASTITIS [F-1]
BOWMAN-BIRK [N-44]
BOWMAN-BIRK INHIBITOR [Q-25]
BPP [S-34]
BRADYKININ [N-85], [S-11], [Q-21]
BRADYKININ POTENTIATING PEPTIDES [S-32]
BRADYKININ RECEPTORS [S-32]
BRAIN [R-31], [R-20], [T-14], [R-11], [T-56], [R-26], [T-99]
BRAIN ISCHEMIA [A-2]
BRAZILIAN HONEYS [D-30]
BRAZILIAN SAVANNA [V-16]
BRAZILIAN SNAKE [V-15]
BRDU ASSAY, M30 ANTIBODY AND TUNNEL ASSAY [J-1]
BREAST [Q-38], [B-24]
BREAST CANCER [C-23], [C-16], [B-12], [W-9], [C-9]
BROILERS CHICKENS [I-8]
BROTHEAS AMAZONICUS [H-132]
BROWN ADIPOSE TISSUE [A-37], [A-59]
BROWN SHRIMP [L-44], [L-90]
BRUCHIDS [E-35]
BSA [N-86]
BTCI [N-44], [H-67]
BTHTX-I [N-109]
BUFFER [K-15]
BULIMULUS TENUISSIMUS [L-51]
BUNODOSOMA CAISSARUM [S-29]
BURKHOLDERIA [F-61]
BUTANE-2,3,DIONE THIOSEMICARBAZONE OXIME [T-61]
BYACETYL [T-5]
C [V-13]
C-DOMAIN [N-36]
C-TYPE LECTIN [S-42], [N-146]
"C/EBPβ" [B-16]
C. ALBICANS [Q-17]
C. DEANEI [F-9]
C.D. TERRIFICUS [N-31]
CA ATPASE [A-29]
CA2+ HOMEOSTASIS [F-25]
CA2+ STRESS [A-32]
CA2+-ATPASE [A-52]
CACHAÇA [H-52]
CACHEXIA [C-34]
CACO-2 CANCER CELL LINE [Q-24]
CADMIUM [H-13], [T-87], [Q-9]
CAESALPINEA PULCHERRIMA [M-39]
CAESALPINIA ECHINATA [L-93], [L-66]
CAFFEINE [R-4], [R-36]
CALCEIN [H-78]
CALCINEURIN [G-19], [Q-11], [G-37], [G-72]
CALCIUM [A-2], [D-70], [A-7], [A-9], [A-11], [A-35], [A-16], [G-58], [N-85], [Q-23]
CALCIUM AFFINITY [N-36]
CALCIUM BINDING PROTEINS [N-118]
CALCIUM HOMEOSTASIS [C-13]
CALCIUM METABLISM [G-54]
CALCIUM SIGNALING [Q-41]
CALCIUM TRANSPORT [A-36]
CALCIUM-BINDING PROTEIN [N-119]
CALLINECTES DANAE [L-38]
CALLINECTES ORNATUS [L-36]
CALLOSOBRUCHUS MACULATUS [E-18], [H-32]
CALLUS [E-72]
CALMODULIN [I-33], [I-29], [N-52]
CALMODULIN ANTAGONISTS [R-29]
CALORIC RESTRICTION [T-65], [T-88]
CALORIMETRY [L-56], [H-60], [A-21], [N-136]
CALPAIN [G-67], [G-66], [G-51], [N-149]
CALRETICULIN [D-61]
CAMELLIA SINENSIS [M-24]
CAMKII [G-32], [G-44]
CAMP [B-29], [Q-44]
CAMPOMANESIA PHAEA [E-60]
CANAIS DE CALCIO [A-28]
CANCER [M-48], [N-23], [I-17], [I-13], [B-14], [J-6], [N-48], [W-24], [P-26], [I-5], [Q-38], [J-3], [N-96], [C-29], [B-17], [R-10]
CANCER PROSTATE (PC) [L-102]
CANCER-TESTIS ANTIGEN [N-48]
CANDIDA ALBICANS [S-5], [L-5], [H-62], [H-116], [G-61]
CANDIDATE GENE [E-84]
CANISTROCARPIS CERVICORNIS [H-42]
CAPRINE [U-1], [L-62]
CAPSICUM ANNUM [S-24]
CAPSID PROTEIN [N-83]
CARACTERIZATION [E-62]
CARBOHYDRASES [D-62]
CARBOHYDRATES [E-52], [M-35]
CARBOHYDRATES BINDING DOMAIN [L-81]
CARBOHYDRATES CONFORMATION [M-1]
CARBON FIBER [H-9]
CARBON INK [H-18]
CARBON NANOTUBES [T-85]
CARBON PASTE ELECTRODE [H-69]
CARBON SOURCE [G-45]
CARBONYLATION OF PROTEIN [H-13]
CARBOXYPEPTIDASE [L-113]
CARCINOMA [B-38]
CARDIOLIPIN [T-104], [T-90]
CARDIOMYOCYTE [T-92]
CARDIOMYOCYTES [Q-22]
CARDIOMYOPATHY [W-28]
CARDIOVASCULAR ACTIVITY [N-145]
CARDIOVASCULAR DISEASE [C-27]
CARICA CANDAMARCENSIS [E-79]
CAROTENE [A-48]
CARRAGEENAN [H-86]
CASEINOLYTIC ACTIVITY [N-79]
CASPASE-3 [R-16]
CASSAVA [W-34]
CASTOR BEAN [E-12], [W-55]
CATALASE [N-127], [R-5], [T-98], [E-56]
CATALYSIS [A-20]
CATALYTIC ACTIVITY [H-26]
CATALYTIC CYCLE OF PEROXIDASES [L-6]
CATALYTICAL GROUPS [L-8]
CATECHOL [R-6], [R-9]
CATECOL [R-24]
CATHEPSIN [L-4], [D-33], [C-29]
CATHEPSIN B [L-86]
CATHEPSIN L [D-27]
CATHEPSIN S [L-105], [L-87]
CATHEPSIN-D [D-51]
CATHEPSINS [L-104]
CATION EXCHANGE CHROMATOGRAFY [W-49]
CATION RADICAL [T-32]
CATIONIC VESICLES [A-3]
CATTERPILLAR [D-23]
CATTLE TICK [D-15], [D-54]
CD [S-44]
CDNA LIBRARY [S-20]
CEC32 [F-11]
CELL CYCLE [V-5], [B-31]
CELL CYCLE CONTROL [B-14]
CELL DEATH [Q-11], [J-8]
CELL DIVISION [F-62]
CELL INFECTION [N-32]
CELL LINES [P-18], [Q-37]
CELL PROLIFERATION [J-8], [Q-19]
CELL SIGNALING [G-32], [T-23], [Q-23]
CELL SIGNALLING [Q-34]
CELL WALL [E-52], [M-37], [E-43]
CELLULAR PRION PROTEIN [Q-23], [J-11]
CELLULASE [L-68], [L-60], [L-27]
CELLULASES [L-67], [H-127]
CENCHRITIS MURICATUS [U-6]
CENTER [U-7]
CENTRAL NERVOUS SYSTEM [L-45]
CENTRICHIS MURICATUS [W-37]
CENTRIN [N-118]
CENTRUROIDES MARGARITATUS [W-54]
CERAMIDE 2-AMINOETHYLPHOSPHONELIPID (CAEP) [M-45]
CERRADO [E-67]
CERULENIN [I-12]
CERVICITIS [F-50]
CETP [I-28]
CG CONTENT [V-28]
CHAGAS [W-19]
CHAGAS DISEASE [W-7], [W-58], [G-10], [W-28], [G-70]
CHAGAS` DISEASE [N-43]
CHALCOPYRITE [W-6]
CHAPERONE [N-38], [N-57]
CHAPERONES [N-142], [N-76]
CHARACTERIZATION [L-69], [L-29], [L-91], [L-13], [E-82]
CHARACTERIZATION OF EDIBLE FILMS [H-122]
CHARACTHERIZATION [L-95]
CHEMICAL SIGNALS [T-3]
CHEMICAL STRUCTURE [M-2]
CHEMICAL TRAP [T-95]
CHEMICAL TRAPPING [T-42]
CHEMILUMINESCENCE [T-104], [T-42]
CHEMILUMINESCENCE. [T-75]
CHEMISTRY [K-18]
CHEMOTACTIC [H-15]
CHEMOTAXIS [N-153], [Q-14]
CHEMOTHERAPY [P-14]
CHEMOTYPES [H-51]
CHICKEN EXCRETA [L-18]
CHIMERIC CONSTRUCTIONS [L-81]
CHINESE HAMSTER OVARY CELLS [H-126]
CHITIN BINDING VICILINA [E-49]
CHITIN-BINDING POTEINS [E-40]
CHITIN-LIKE [D-9]
CHITINASE [H-130]
CHITOSAN [A-41], [H-9]
CHITOTRIOSIDASE [C-2]
CHLAMYDIA GENOTYPES [F-50]
CHLAMYDIA TRACHOMATIS [H-75], [F-50]
CHLOROXOQUINOLINIC DRUGS [P-16]
CHO [H-4]
CHO CELL LINE [H-131]
CHOLESTEROL [C-27], [T-101], [F-33], [F-20]
CHONDROITIN SULFATE [M-3]
CHROMATIN REMODELING [N-56]
CHROMATOGRAPH [N-137]
CHROMATOGRAPHY [N-14], [H-37], [Q-22]
CHROMIUM [T-69], [T-35]
CHROMOBLASTOMYCOSIS [Q-32]
CHROMOSOME SEGREGATION [H-57]
CHRONIC VARIATE STRESS [R-7]
CHRONOLOGICAL LIFE SPAN IN YEAST [T-88]
CHYMOTRYPSIN [L-92], [N-15], [D-57], [L-31]
CHYMOTRYPSIN-LIKE [L-103], [L-90]
CICLODEXTRIN [H-11]
CICLOOXYGENASE 2 [Q-21]
CINACHYRELLA APION [G-22]
CIPURA PALUDOSA [T-34], [T-47]
CIRCULAR DICHROISM [S-3], [N-73], [S-2], [N-119], [S-15], [S-49]
CIRCULAR DICHROISM SPECTROSCOPY [N-113]
CIRRHOSIS [S-31]
CIRSIMARITIN [L-19]
CIS ELEMENTS [E-66]
CIS-4-DECENOIC ACID [R-1]
CIS-REGULATORY ELEMENTS [D-58], [G-52]
CISPLATIN [P-8]
CISTEINE-PROTEASE INHIBITOR [E-9]
CITOKINE [Q-15]
CITOTOXICIDADE [R-24], [P-20]
CITOTOXICITY [Q-36]
CITRAL [A-56]
CITRUS [H-47]
CITRUS BLACK SPOT [E-26]
CITRUS CANKER [E-2]
CITRUS SINENSIS [N-38]
CK2 [G-73]
CLADOSPORIUM HERBARUM [M-37]
CLADOSPORIUM RESINAE [M-37]
CLASTOSOMES [Q-6]
CLAUDIN-7 [B-17]
CLINICAL PROTEOMICS [W-3]
CLIP [N-72]
CLONING [L-81], [D-37], [H-20], [D-56], [N-123], [L-48], [L-112], [G-23], [N-62], [L-107]
CLONING AND EXPRESSION [B-23], [N-50]
CLONING AND RECOMBINANT EXPRESSION [D-43]
CLONNING [N-33]
CLONOSTACHYS ROSEA [M-17], [M-43]
CLOTRIMAZOLE [I-17], [I-13], [I-29]
CLUSIA [R-10]
CLUSTERING [V-25], [V-26]
CMCASE [L-27]
CMV [H-102]
CO-CHAPERONES [N-76]
CO-INFECTION HIV-LEISHMANIA [P-14]
CO-LOCALIZATION [T-95]
COAGULANT ACTIVITY [N-134]
COAGULANT ACTIVITY. [N-34]
COAGULATION [C-18], [E-29]
COAGULOPATHY [C-8]
COCOS NUCIFERA [M-11]
COENZYME Q6 [A-13], [G-20]
COFFEA [E-84], [W-56]
COFFEA ARABICA [E-66]
COFFEA CANEPHORA [S-21]
COFFEA SPP. [E-15]
COFFEA. [W-46]
COFFEE [E-22]
COGNITIVE DEFICIT [C-14]
COI [D-38]
COLD [T-98]
COLD ACCLIMATION [A-19], [A-18]
COLD DENATURATION [N-68]
COLD EXPOSURE [A-40]
COLIBACILLOSIS [F-49]
COLLAGEN [H-98]
COLLAGENASES [H-116]
COLLOID STABILITY [A-3]
COLOMBIA [W-54]
COLOSSOMA MACROPOMUM [L-54]
COMIC BOOK [K-6]
COMMON VAMPIRE BAT [T-39]
COMPLEX [V-11]
COMPLEXES [M-29]
COMPLEXOS METALICOS [P-20]
COMPUTATIONAL ANALYSIS [B-28]
COMPUTER SIMULATION [V-5]
CONFORMACIONAL CARACTERIZATION [N-89]
CONFORMATIONAL BEHAVIOR [S-27]
CONFORMATIONAL CHANGE [N-141]
CONFORMATIONAL DISEASES [N-57]
CONSTRUCTED WETLANDS [H-114]
CONTAMINATION [H-38]
CONTINUED EDUCATION [K-4]
CONTROLLED DELIVERY [A-41]
CONVENTIONAL HEATING [S-45]
COOKING [T-8]
COPPER [T-4]
COQ10 REGULATED EXPRESSION [A-13]
COQ10P [G-20]
COREST [J-12]
CORN FLOUR [H-142]
CORTEX [J-12]
CORYNEBACTERIUM SP [H-95]
COTTON [H-19], [H-89], [H-84]
COTTON BOLL WEEVIL [H-67]
COTTON SEED [L-76]
COUMARINS [R-6], [N-109]
COWPEA [W-2], [E-3], [E-25]
COXI [G-35]
CPG ISLAND [C-9]
CPN60 [H-111]
CR(VI) [H-10]
CRABP2 [G-12]
CRAMOLL 1,4-SEPHAROSE [N-92]
CRATYLIA MOLLIS [N-14], [A-8], [N-67]
CRATYLIN [N-67]
CREATINE KINASE [R-20], [A-55], [R-7], [R-11], [R-18], [R-27], [R-37], [R-3]
CRITHIDIA DEANEI [P-17]
CROTALARIA PALLIDA [E-63]
CROTALUS [H-50]
CROTALUS DURISSUS COLLILINEATUS [N-116], [B-22], [B-3]
CROTALUS DURISSUS CUMANENSIS [N-58]
CROTALUS DURISSUS TERRIFICUS [N-151]
CROTAPOTIN [N-31]
CROTOXIN [N-116], [B-3]
CRUZIPAIN [G-57]
CRY TOXINS [H-68], [H-130]
CRYOPRESERVATION [T-48]
CRYOPROTETORS [Q-27]
CRYPTOCOCCUS [H-1]
CRYPTOCOCCUS NEOFORMANS [W-45], [G-55], [L-32], [M-42]
CRYSTAL [N-74]
CRYSTAL STRUCTURE [N-103], [N-125], [N-43], [N-25]
CRYSTALLIZATION [N-44], [N-97], [N-80], [N-151], [N-126], [N-59]
CRYSTALLOGRAPHY [N-61], [N-49], [N-4]
CRZA [G-19]
CTB [H-63]
CTSP-1 [N-48]
CULTURE CONDITIONS [H-53]
CURCUMIN [T-27]
CURIMATA [L-34]
CUTANEOUS WOUND [E-53]
CX3CR1 [Q-45]
CXCL12 [C-16]
CYANIDE [H-121]
CYBERSPACE [K-4]
CYCLIC PEPTIDE [S-6], [S-8]
CYCLIC VOLTAMMETRY [H-69]
CYCLOTIDES [S-28]
CYMBOSEMA ROSEUM [N-25]
CYPERUS ROTUNDUS [A-43]
CYSTATIN [D-6]
CYSTATINS [E-71], [E-25]
CYSTEIN PROTEINASES [E-79]
CYSTEINE [T-67], [T-58]
CYSTEINE PROTEASES [E-39], [N-80]
CYSTEINE PROTEINASE INHIBITOR [E-11]
CYSTEINE PROTEINASES [E-71]
CYSTEINE-PROTEASE [L-73], [L-78]
CYTOCHROME C [T-104]
CYTOCHROME C RELEASE [A-25], [A-30]
CYTOCHROME OXIDASE [R-27]
CYTOCHROME-C [T-90]
CYTOKINE/CHEMOKINE [W-7]
CYTOKINES [C-34], [H-34], [C-37]
CYTOLOGICAL [F-23]
CYTOLYTIC PROTEIN [N-145]
CYTOPLASMIC GRANULES [B-13]
CYTOPROTECTION [R-6]
CYTOTOXIC [P-29], [R-10]
CYTOTOXICITY [N-91], [R-33], [R-9], [R-23], [T-85]
D-ALA-D [T-80]
D-AMPHETAMINE [R-35]
D-PINITOL [E-8]
DAD-1 [D-42]
DAUCUS CAROTA [E-27]
DCFA-DA [T-98]
DCTN [H-129]
DEATH [A-8]
DEBARYOMYCES HANSENII UFV-1 [L-69], [L-70]
DECOLORIZATION [L-109]
DEFENCE PROTEIN [S-21]
DEFENSE [E-38]
DEFENSIN [S-19], [B-7], [H-30]
DEFENSIN-LIKE [N-28]
DEFEROXAMINE [R-18], [R-2]
DEFESIN [N-3]
DEGLICOSILATION [L-69]
DENDRITIC CELLS [O-3]
DENDROTOXINS [D-48]
DENGUE [F-53], [N-70], [W-26], [F-36], [W-18], [N-99], [H-9]
DENGUE FEVER [S-1]
DENGUE VACCINE, [F-57]
DENGUE VIRUS [N-108], [D-68], [F-47], [N-83]
DEOXYCHOLIC ACID [H-125]
DEQUALINIUM [P-6]
DESARG HEMOGLOBIN [N-132]
DESENVOLVIMENTO CARDIACO [B-25]
DESULFOVIBRIO SP. [U-13]
DETERGENT [A-17]
DETERGENT RESISTENT MEMBRANE [G-69]
DETERMINATION REACTIONS [K-9]
DEVELOPMENT [R-36], [I-6], [I-2], [C-32], [J-12]
DIABETES [C-24], [C-8], [N-45], [T-71], [I-32], [B-26], [B-5], [C-36]
DIABETES MELLITUS [C-7]
DIABETES MELLITUS TYPE 1 [H-34]
DIABETES TYPE 2 [N-49]
DIABETIC [I-1]
DIABETICS [C-3]
DIAGNOSIS [L-26], [B-10]
DIAGNOSIS INDEX [I-19]
DIAGNOSTIC TESTS [H-22]
DIAPOCYNIN [T-119], [T-111]
DIATRAEA SACCHARALIS [D-78], [D-75]
DIATRAEA SACCHARALIS LARVAE [D-32]
DIAZOTROPHIC [F-61], [M-46], [F-56]
DIAZOTROPHIC BACTERIA [W-47], [F-30]
DICARBOXYLATE CARRIER [A-1]
DICHROISM CIRCULAR [N-106]
DICTYOSTELIUM DISCOIDEUM [G-14], [G-8]
DIDACTIC MATERIAL [K-9]
DIDACTIC TRANSPOSITION [K-12]
DIETHYL-2-PHENYL-2-TELLUROPHENYL VINYLPHOSPHONATE [T-83]
DIETHYLPYROCARBONATE [F-21]
DIFERENTIATION [B-5]
DIFFERENTIAL GENE EXPRESSION [F-39]
DIFFERENTIAL PROTEOMIC ANALYSIS [W-6]
DIFFERENTIAL PULSE VOLTAMMETRY [T-106]
DIFFERENTIATED EXPRESSION [W-49]
DIFFERENTIATED EXPRESSION OF PROTEINS [W-43]
DIFFERENTIATION [R-8], [L-43], [T-92], [Q-19], [P-6], [J-12]
DIGE [W-60]
DIGE SYSTEM [W-28]
DIGEST CELLS [T-12]
DIGESTIBILITY [U-11], [L-7]
DIGESTIBILITY IN VITRO [U-3]
DIGESTION [D-40], [D-2], [L-103]
DIGESTIVE ENZYMES [D-80], [D-37], [D-26], [D-62], [D-73]
DIGESTIVE PHYSIOLOGY [D-77], [L-2], [L-90]
DIHYDROOROTATE DEHYDROGENASE [L-112], [N-43], [N-126]
DILOCARCINUS PAGEI [L-75]
DIMERS [I-33]
DIMETHYLSULFOXIDE [L-43]
DIMETILACETAMIDA, [M-41]
DIMORPHISM [G-72]
DIOCTADECYLDIMETHYLAMMONIUM BROMIDE [H-105], [A-4]
DIPEPTIDES [L-110]
DIPHTHERIA TOXOID [A-41]
DIRECTED EVOLUTION [H-106]
DISACCHARIDES [M-1]
DISC DEGENARATION [M-25]
DISCRETAMINE [R-9]
DISEASE RESISTANCE [E-26]
DISINTEGRIN [N-23], [V-12]
DISSEMINATION [U-7]
DISSOCIATION [N-141]
DITERPENE [H-42]
DITERPENS [P-5]
DIVERSITY [G-63], [F-42]
DIVISION [F-10]
DIVISOME [F-23]
DLC 1 [B-24]
DMPC [A-21]
DNA [G-63], [C-23], [A-4], [N-46]
DNA DAMAGE [F-19]
DNA METABOLISM [K-21]
DNA METHYLATION [C-16], [C-9]
DNA PUFF GENES [D-50]
DNA PUFFS GENE [D-28]
DNA REPAIR [T-124]
DNA STRAND BREAKS [T-36]
DNA-BINDING ACTIVITY [F-24]
DNA-CLEAVAGE AGENTS [P-19]
DNA-FINGERPRINTING [F-42]
DNA:DNA HYBRIDIZATION [F-56]
DNAPTH [V-8]
DOCKING [V-12], [V-1], [V-23]
DOCOSAHEXAENOIC ACID [T-40]
DODAC [A-21]
DOMAINS [A-17]
DOPAMINE [H-69]
DPPC [A-21]
DPPC:DPPE-LIPOSOME [L-61]
DPPH [T-7]
DPTN-SINT. 1 [R-9]
DRIED BLOOD SPOTS [L-30]
DRIED BLOOD SPOTS ON FILTER PAPER [L-26]
DROSOPHILA [D-58], [D-24]
DROSOPHILA MELANOGASTER [D-28], [D-79], [D-29]
DROUGHT [E-47]
DROUGHT STRESS [A-43], [E-30], [W-56]
DROUGTH TOLERANCE [E-84]
DRUG [K-23]
DRUG DELIVERY [H-17]
DRUG DELIVERY SYSTEM [H-61]
DRUG DESIGN [N-43], [N-129]
DRUG DEVELOPMENT [G-40]
DRUG LIVER METABOLISM [M-4]
DRUG RESISTANCE [P-13], [B-35]
DRUG-DELIVERY [A-53]
DRUG-DESIGN [L-114]
DSRB-GENE [U-13]
DUNALIELLA SALINA [T-121]
DYES [T-85]
DYNAMIC LIGHT SCATTERING [N-15]
DYNAMICS [N-149]
DYSDERCUS PERUVIANUS [D-52], [D-36]
E-64 [L-78]
E. COLI [B-23]
E. DYSENTERICA, [S-41]
E.COLI [H-29]
EARTHWORM [M-36]
EBOLA [N-17]
ECOTIN [N-51]
ECTO 5'-NT [L-46]
ECTO-5’ NUCLEOTIDASE [L-25]
ECTO-ATPASE [L-99], [L-96]
ECTO-ENZYMES [L-99]
ECTO-NUCLEOTIDASE [R-36], [V-17]
ECTO-PHOSPHATASE [Q-32], [Q-33], [Q-16], [T-73]
ECTONUCLEOTIDASE [R-32]
ECTONUCLEOTIDASES [C-24], [C-7]
EDEMA [N-58], [N-148]
EDIBLE COATING [H-98]
EDIBLE FILM [H-83]
EDIBLE FILMS [H-122]
EDIBLE MUSHROOM [M-32], [M-10]
EDMAN DEGRADATION [E-79]
EDUCATION [K-17], [K-21], [K-6], [U-10], [K-22]
EDUCATION AND DISSEMINATION [K-10]
EGF [C-5]
EGGPLANT LEAVES [S-40]
EIF5A [G-39], [G-56]
ELASTASE [L-86]
ELDERLY [C-14]
ELECTRO-TRANFER [H-74]
ELECTRON MICROSCOPY [W-45]
ELECTRON SPIN RESONANCE [N-7]
ELECTROPHORESIS [H-132], [N-137]
ELECTROSTATIC POTENTIAL [V-20]
ELEMENTARY SCHOOL [U-10]
ELICITORS [H-100]
EMBRYO DEVELOPMENT [D-63]
EMBRYO SURVIVAL [J-7]
EMBRYOGENESIS [D-56], [D-31], [W-2], [D-61]
EMBRYONIC CELLS [J-14]
EMBRYOS [D-15]
EMULSIONS [H-62]
ENANTIOMERIZATION [S-45]
ENDO CELLULASE [L-68]
ENDOCELLULASE [L-27]
ENDOCYTOSIS [P-7]
ENDOGENOUS ANGIOTENSIN [S-39]
ENDOGLUCANASE [H-8]
ENDOPHYTIC BACTERIA [F-38]
ENDOPHYTIC FUNGI [H-82]
ENDOPHYTIC MICROORGANISMS [H-137]
ENDOPHYTIC MICRORGANISMS [H-33]
ENDOPLASMIC RETICULUM [D-61]
ENDOSPERM [E-15]
ENDOSTATIN [H-49]
ENDOSYMBIONT [F-9]
ENDOTHELIAL CELL [W-36]
ENDOTHELIUM [T-122]
ENDOTOXEMIC STATE [W-42]
ENERGETIC METABOLISM [G-4]
ENERGY [I-7]
ENERGY INTAKE [J-7]
ENERGY METABOLISM [A-19], [A-18], [R-14], [R-3]
ENERGY/LYSINE RATIO [J-7]
ENKEPHALIN [A-50]
ENSAIOS DE RETARDO EM GEL [F-32]
ENTEROCOCCUS [F-46]
ENTEROLOBIUM CONTORTISILIQUUM [J-2], [E-46], [E-23]
ENTHALPY [N-29]
ENTOMOPATHOGENIC FUNGUS [D-11]
ENTOMOTOXIC PEPTIDES [D-36]
ENTPDASES [L-14]
ENTROPY [N-29]
ENVELOPE [F-33]
ENVELOPE ORIGIN [F-9]
ENVIRONMENTAL STRESS [E-33]
ENVIRONMENTAL STRESSES [E-24]
ENZIME ACTIVITY [B-19]
ENZYMATIC ACTIVITY [E-48], [N-11]
ENZYMATIC ASSAY [N-69]
ENZYMATIC PROFILE [L-40]
ENZYME [L-81], [D-2], [L-77], [K-7], [L-48], [L-22], [L-28], [L-108]
ENZYME CATALYSIS [L-110]
ENZYME CHARACTERIZATION [L-52], [L-35]
ENZYME INHIBITON [L-67]
ENZYME INHIBITORS [D-36], [L-37]
ENZYME KINETICS [N-127], [L-114]
ENZYME PRODUCTION [L-35]
ENZYME PURIFICATION [D-59], [L-52]
ENZYMES [H-8], [L-11], [W-32], [H-97], [V-8]
ENZYMES OF RESISTANCE [W-27]
ENZYMES PRODUCTION [H-120]
ENZYMOLOGY [E-28]
EP24.15 [S-34]
EPIGENETIC [C-16]
EPIGENETICS [C-9]
EPIMASTIGOTE [W-20]
EPISC [B-1]
EPITHELIUM [J-10]
EPOXY-GRAFITE [H-43]
EPR [U-12], [L-65], [S-49]
EPR SPECTROSCOPY [T-4]
EPS [M-17], [M-43], [M-16]
EPS YIELD FACTOR [M-17]
ER STRESS [A-35]
ERECTIL FUNCTION [S-38]
ERK [Q-28]
ERROR-PRONE PCR [H-106]
ERYTHOCYTES [T-9]
ERYTHRINA VELUTINA [E-49]
ERYTHROCYTE [I-15], [A-17]
ESCHERICHIA COLI [H-90], [H-128], [N-9]
ESR [N-130], [A-50]
ESSENTIAL OILS [H-96]
ESTERASE [H-113], [H-117], [H-92], [N-133], [L-53]
ESTERASE ACTIVITY [L-92]
ESTROGEN [C-10], [C-21], [J-10]
ESTS [E-30]
ETHANOL [T-34], [R-5], [T-47]
ETHANOL-INDUCED OXIDATIVE DAMAGE [T-97]
ETHYLENE [E-43]
EUCALYPTUS [W-41]
EUCALYPTUS CULTURE [V-16]
EUGENIA JAMBOLANA [H-134]
EUKARYOTIC AND PROKARYOTIC INTERACTION [F-11]
EUKARYOTIC PROMOTER [D-28]
EVALUATION [U-7]
EVOLUTION [E-44], [V-24]
EXERCISE [C-15], [W-61], [W-38], [I-4]
EXERCISE TRAINING [T-54]
EXHAUSTIVE EXERCISE [I-30]
EXOCELLULASE [L-27]
EXPRESIONS [N-30]
EXPRESSED SEQUENCE TAG [E-3]
EXPRESSED SEQUENCES TAGS [D-77]
EXPRESSION [N-123], [N-110], [N-33], [L-112], [F-53], [N-62], [H-30], [L-107], [N-126], [F-7], [H-3], [N-59]
EXTRACELLULAR ACIDIFICATION [G-38]
EXTRACELLULAR ENZYMATIC ACTIVITY [H-44]
EXTRACELLULAR HEMOGLOBIN [N-20]
EXTRACELLULAR MATRIX [L-46], [Q-24], [Q-29], [H-118]
EXTRACELLULAR PROTEIN [H-139]
EXTRACELLULAR-SIGNAL REGULATED KINASE 1/2 [Q-8]
EXTRACT [L-106]
EXTRACTION [U-9]
EXTRACTS [H-40]
EYE [B-8]
F-ACTIN [I-15], [I-10]
F0F1-ATPASE COMPLEX [A-46]
F17 [N-151]
FABP [N-130]
FABRY DISEASE [L-30]
FACS [Q-43]
FACTOR VIII [H-37]
FACTOR X ACTIVATOR [D-60]
FACTORIAL DESIGN [H-61]
FACTORIAL DESING [H-119]
FALLAXIN [S-18]
FAMILIAR HYPERLYSINEMIA [R-14]
FAMILY [G-46]
FAMILY KUNITZ [V-23]
FANDS [Q-6], [B-4]
FARFANTEPENAEUS PAULENSIS [L-103]
FARFANTEPENAEUS SUBTILIS [L-44], [L-90]
FARNESOL [G-18]
FATTY ACID SYNTHASE [I-12], [C-20]
FATTY ACID-BINDING PROTEIN [D-45]
FATTY ACIDS [G-62], [I-11]
FBXO25 [Q-6], [W-8], [B-4]
FEATHER [H-119]
FEBRE [L-82]
FEED INGREDIENTS [L-90]
FEMALE REPRODUCTIVE TRACT [T-3]
FEPPIX [G-50]
FERMENTAÇAO [H-52]
FERMENTATION [I-27], [H-23], [H-85]
FERMENTATION PROCESS [H-128]
FERNANDO DE NORONHA [C-14]
FERTILIZATION [M-12]
FEZ1 [N-72], [N-37]
FGF2 [J-8], [V-5], [B-31]
FIBERS [I-1]
FIBRIGENOLYTIC ACTIVITY [N-79]
FIBRILOGENESIS [N-82]
FIBRILS [N-91]
FIBRINOGEN [C-8], [L-24]
FIBRINOLYTIC ENZYME [N-124]
FIBROBLAST [T-45]
FIBROBLASTS [Q-10]
FIBROSARCOMA [N-121]
FILAMENTOUS FUNGI [H-119]
FILAMENTS [N-13]
FINGERPRINT [W-25]
FISETIN [N-4]
FISH [B-34]
FISH OIL [I-28]
FISH RATION [L-34]
FISH VENOM [S-42]
FISIOLOGICAL EFFECTS [E-78]
FIX [H-131]
FIXED FIBROBLASTS [Q-24]
FLAGELLA [F-38]
FLAMBOYANT [H-32]
FLAVIVIRUS [F-5], [F-36], [F-20]
FLAVIVIRUS, [F-57]
FLAVOBACTERIUM HEPARINUM [N-53]
FLAVODOXIN [E-54]
FLAVONE [A-6]
FLAVONOID [R-8]
FLAVONOIDS [T-105], [P-29], [P-21], [T-113], [H-99]
FLAVONOL GLYCOSIDES [M-30]
FLOCCULATION [H-27]
FLOW CYTOMETRY [V-5], [B-31]
FLOWER [E-42]
FLOWER ESSENCE [I-26]
FLUORESCENCE [S-2], [T-101], [F-5], [S-15]
FLUORESCENCE ANISOTROPY [N-104]
FLUORESCENCE LIFETIME [N-15]
FLUORESCENCE MICROSCOPY [F-62]
FLUORESCENCE SPECTROMETRY [N-73]
FLUORESCENCE SPECTROSCOPY [F-16]
FLUORIMETRY [I-9]
FLUOROGENIC SUBSTRATES [L-45], [L-55]
FLUOROMETRIC-BASED ASSAY [Q-31]
FMLP [Q-39], [Q-42]
FNDC4 [N-35]
FOAM [H-27]
FOLDING [V-32]
FOLDING INTERMEDIATE [N-68]
FOLLICLE-STIMULATING HORMONE [H-64]
FOOD INTAKE [S-9]
FORCE FIELD [N-78]
FOS-IMMUNOHISTOCHEMISTRY [R-26]
FRACTALKINE [Q-45]
FRACTIONATION [H-99]
FRATAXIN [A-61]
FREE RADICAL [T-60], [P-25]
FREE RADICAL SCAVENGER [T-26]
FREE RADICALS [T-23], [T-39], [T-96], [A-12], [T-74], [V-22]
FREEZE-DRIED [Q-27]
FREEZING [T-7]
FRESHWATER PRAWN [L-31]
FROG [S-23], [N-42]
FROZEN FRUITS [T-94]
FRUCTOFURANOSIDASE [L-63]
FRUCTOSE 2,6 BISPHOSPHATE [I-16]
FRUCTOSE-1,6-BISPHOSPHATASE [N-140]
FSH [H-64], [C-21]
FTSZ [F-10]
FUCOMANNOGALACTAN [M-2]
FUCOSYLATED CHONDROITIN SULFATE [P-11]
FUCOSYLATED CHONDROTIN SULFATE [M-4]
FUEL [H-27]
FUMARATE HYDRATASE [N-33], [G-40]
FUNCTION [V-4]
FUNCTIONAL CHARACTERIZATION [N-48]
FUNCTIONAL FOOD [V-21]
FUNCTIONALIZATION [H-17]
FUNGAL [Q-18]
FUNGI [L-47], [H-142], [V-6]
FUNGICIDE [H-140]
FUNGUS [L-22]
FUROSEMIDE [L-1]
FUSARIUM OXYSPORUM [E-63], [Q-36]
FUSION PEPTIDE [N-108], [F-5]
FUSION PROTEIN [B-5]
FVIII [H-131]
GABA [H-51]
GALACTINOL SYNTHASE [E-22]
GALACTOMANNAN [H-122], [M-39], [M-29], [H-98]
GALACTOSE-BIDING LECTIN [N-60]
GALACTOSE-BINDING PROTEIN [M-8]
GALACTOSEMIA [I-20]
GALANIN [S-7]
GALECTIN [B-34], [H-3]
GALLIC ACID [P-25]
GALLIUM COMPLEXES [P-3]
GALLUS GALLUS [U-9]
GAME [K-7], [K-1]
GAMMA RADIATION [S-10]
GANGLIOSIDES [R-31]
GANODERMA LUCIDUM [M-16]
GASTRIC CANCER [E-46]
GASTRIC ULCER [P-24]
GAUCHER DISEASE [C-2], [H-126]
GEL [H-141]
GEN REGULATION [F-26]
GENE AMPLIFICATION [H-126]
GENE EVOLUTION [V-31]
GENE EXPRESSION [V-30], [E-66], [F-41], [B-28], [D-10], [B-7], [E-15], [E-47], [G-72]
GENE NETWORK [V-24]
GENE REGULATION [G-68], [F-48], [G-21], [D-82]
GENES IDENTIFICATION [E-65]
GENES TO DEFEND [H-47]
GENETICS [C-32]
GENOME [V-18]
GENOME STABILITY [V-24]
GENOMIC COMPARISON [F-22]
GENOMIC ENGINEERING [H-101]
GENOMIC INSTABILITY [P-18]
GENOMICS [V-14]
GENOTOXICITY [S-47], [T-6]
GENOTYPIC [E-73]
GENOTYPING [H-75]
GERMINATION [E-8], [T-19], [E-6], [E-71]
GESTATION [I-25]
GESTATIONAL PERIOD [T-33]
GFP [F-12], [G-9]
GILL MICROSOMES [L-38]
GL-15 [R-6]
GLIA [O-6], [R-33]
GLIAL CELLS [R-28], [R-19], [R-23]
GLICOLIPOPROTEIN [C-26]
GLIOBLASTOMA [C-18], [C-19], [R-10]
GLIOBLASTOMA CELLS [R-8]
GLIOMA [W-3], [J-13]
GLIOMAS [L-14], [L-46], [L-25], [R-15]
GLNK [F-8]
GLNK PROTEIN [N-143]
GLNR [F-15]
GLOBINS [N-81]
GLOSSOSCOLEX PAULISTUS [N-20], [N-138]
GLUCANASE [D-40]
GLUCOAMYLASE [G-28], [L-83]
GLUCOCEREBROSIDASE [H-126]
GLUCONACECTOBACTER DIAZOTROPHICUS [V-18]
GLUCONACETOBACTER [F-30]
GLUCONACETOBACTER DIAZOTROPHICUS [E-41]
GLUCONEOGENESIS [I-6]
GLUCOSAMINE SULFATE [M-3]
GLUCOSE [K-13], [D-52], [I-22], [I-24], [L-108]
GLUCOSE CONSUMPTION [I-21]
GLUCOSE METABOLISM [D-31]
GLUCOSE OXIDASE [H-18]
GLUCOSE REPRESSION [T-88]
GLUCOSE-6 PHOSPHATE [N-1]
GLUCOSE-6-P [A-59]
GLUCURONIDASES [L-51]
GLUCURONOXYLOMANNAN [M-42]
GLUT [Q-2]
GLUTAMATE RECEPTOR [R-29]
GLUTATHIONE [L-6], [T-65], [C-27]
GLUTATION [R-24]
GLYCAEMIA [T-22]
GLYCATION [N-45], [N-1]
GLYCEROL [B-19], [H-141], [A-46]
GLYCINE [L-18]
GLYCINE MAX [E-77], [N-92]
GLYCINE WIGHTII [E-72]
GLYCINE- AND HISTIDINE-RICH PEPTIDE [S-22]
GLYCINE-RICH PROTEINS [N-113]
GLYCOFORMS [L-21]
GLYCOGEM METABOLISM [G-21]
GLYCOGEN [G-68], [R-30], [I-30], [G-61]
GLYCOGEN SYNTHASE [B-29]
GLYCOGEN SYNTHASE KINASE [D-56], [H-57], [I-2]
GLYCOGEN SYNTHASE KINASE-3 [D-70]
GLYCOGLUCURONOMANNAN [M-49]
GLYCOLALDEHYDE [C-8]
GLYCOLIPIDS [M-8]
GLYCOLITIC PATHWAYS [I-33]
GLYCOLYSIS [I-7], [I-17], [I-15], [I-5]
GLYCOLYTIC PATHWAYS [K-13]
GLYCOPROTEASE [F-7]
GLYCOPROTEIN [N-53], [N-92]
GLYCOPROTEINS [M-35]
GLYCOSAMINOGLICANS [Q-31]
GLYCOSAMINOGLYCAN [F-14], [M-36], [M-4], [M-38], [M-25]
GLYCOSAMINOGLYCAN, [M-13]
GLYCOSAMINOGLYCANS [L-51], [L-41], [M-7], [M-3], [Q-24], [Q-22], [M-5], [Q-37]
GLYCOSYL HYDROLASES [D-26]
GLYCOSYLATION [W-65], [L-21]
GOLDFISH [A-19], [A-18]
GOMESIN [S-2]
GONADS [T-110]
GOSSYPIUM HIRSUTUM [L-76], [E-7]
GPCR [D-47], [D-4]
GPI-PROTEIN [A-51]
GPR56 [B-35]
GRAPE SEEDS [H-40]
GRAVES DISEASE [Q-31]
GRK-2 [Q-14]
GROMACS [M-1]
GROMOS [N-78]
GROMOS96 [M-35]
GROWTH [H-85]
GROWTH HORMONE [H-74]
GSK-3 [D-31]
GTP BINDING [N-112]
GTP BINDING PROTEINS [B-20]
GTP-BINDING PROTEINS [N-12]
GTPASE [V-10], [N-112]
GUANABARA BAY [G-59]
GUANOSINE TRIPHOSPHATE [T-4]
GUM EXUDATE [M-49], [M-26], [M-11]
H + ATPASE [G-71]
H ERBASPIRILLUM SEROPEDICAE [F-44]
H+ PUMP [E-78]
H+-ATPASE [A-23], [G-38]
H. MUSCIFORMIS [H-86]
H. PYLORI [T-41]
H. SAPIENS [V-30]
H. SEROPEDICAE [F-45]
HACAT [Q-13]
HAD SUPERFAMILY [N-114]
HAEMOSTATIC FUNCTION [I-11]
HAEMOSTATIC SYSTEM [L-24]
HALOADAPTATION [L-53]
HALOPERIDOL [T-80]
HALOPHILIC [L-53]
HALOPHILISM [L-72]
HALOPHYTES [A-31]
HAMARTIN [R-21]
HAMSTERS [T-22]
HARVESTMAN [S-33]
HB40-61A [S-14]
HCC [C-5]
HCV [C-28]
HCV CORE PROTEIN [N-84]
HEAD AND NECK CANCER [B-38]
HEART [C-30], [T-54]
HEAT SHOCK [L-96], [G-8]
HEAT-SHOCK PROTEIN [H-111]
HEAVY METAL [E-12], [F-54]
HEAVY METALS [G-27]
HELA [Q-10]
HELICASE [N-144]
HELICOBACTER PYLORI [F-17]
HEMAGGLUTININ [F-21], [N-93], [N-6]
HEMATOENCEPHALIC [P-30]
HEMATOPHAGOUS [A-24]
HEMATOPHAGY [D-66]
HEME [G-32], [D-44], [D-55], [D-25], [T-64], [T-114], [G-44], [D-82], [D-83], [Q-42], [F-13]
HEME AGGREGATION [D-1]
HEME DETOXIFICATION [D-76]
HEME OXYGENASE [G-50]
HEME SIGNALING [Q-30]
HEME-OXYGENASE [Q-30]
HEMIPTERA [D-52]
HEMIPTERAN [D-55]
HEMOCYTES [S-26], [S-12], [S-33]
HEMOGLOBIN [N-132], [N-152]
HEMOLIN [D-60]
HEMOLYMPH [S-26], [S-12]
HEMOLYSIS [T-9]
HEMOLYTIC ACTIVE, [S-41]
HEMOLYTIC ACTIVITY [S-27]
HEMOPHILIA [H-131]
HEMORRHAGE [N-79]
HEMOZOIN [D-53], [D-55], [P-23], [D-66]
HEMOZOINA [D-25]
HEPARAN SULFATE [G-60], [M-15], [Q-29]
HEPARAN SULFATES [Q-1]
HEPARAN SULPHATE [M-38]
HEPARANASE [Q-1], [Q-29]
HEPARIN [M-48], [N-94], [M-13], [H-36], [P-11]
HEPARIN BINDING PROTEIN [Q-22]
HEPARIN-LIKE [M-21]
HEPARINASE [M-38]
HEPARINASE II [N-53]
HEPARITINASE [M-38]
HEPARITINASES [Q-1]
HEPATIC TISSUE [I-16]
HEPATITIS C [N-84]
HEPATOCARCINOMA [Q-19]
HEPATOCYTES [Q-7]
HEPATOTOXICITY [T-27]
HEPG2 [C-5]
HEPSIN [N-110]
HERB-DRUG INTERACTION [T-80]
HERBASPIRILLUM [F-22], [F-56]
HERBASPIRILLUM RUBRISUBALBICANS [F-31]
HERBASPIRILLUM SEROPEDICAE [F-43], [F-58], [F-37], [F-8], [V-14], [F-18], [F-60], [F-51], [N-61], [F-3], [F-24], [F-40], [N-152]
HERBASPIRULLUM SEROPEDICAE [F-63]
HERBIVORY [E-5]
HERITABILITY [E-73]
HERPES SIMPLEX [P-5]
HERPETOMONAS [A-42]
HERPETOMONAS SAMUELPESSOAI [L-43]
HETEROLOGOUS [H-20]
HETEROLOGOUS EXPRESSION [H-138], [G-23], [G-15]
HETEROLOGOUS PROTEIN [G-13]
HEXOKINASE [A-19], [A-59]
HFQ PROTEIN [N-61]
HGH [H-29]
HIBISCUS ROSA-SINENSIS [U-8]
HIGH GLUCOSE [I-31]
HIGH HIDROSTATIC PRESSURE [H-6]
HIGH HYDROSTATIC PRESSURE [H-49], [N-8]
HIGH MOBILITY GROUP PROTEINS [N-56]
HIGH MOLECULAR WEIGHT COMPLEXES [T-31]
HIGH PRESSURE [H-107], [F-16]
HIGH PRESSURE-INDUCED DENATURATION [N-86]
HIGH YELD [H-107]
HIGH- SCHOOL STUDENTS [K-11]
HIGH-FAT DIET [P-10]
HISTATIN-5 [S-49]
HISTOPATHOLOGICAL ALTERATIONS [N-109]
HISTOPLASMA CAPSULATUM [M-23]
HIV INHIBITORS [L-32]
HIV PROTEASE INHIBITORS [P-14]
HIV-1 [P-16], [L-97]
HIV-1 INFECTION [H-24]
HK13 [L-115]
HK2 [H-41]
HLH [H-5]
HOFMEISTER IONS [A-57]
HOLOCELLULOSE [L-60]
HOLOPROSENCEPHALY [C-32]
HOMALINOTUS CORIACEUS [D-85]
HOMO SAPIENS [N-96]
HOMOCYSTEINE [C-12], [C-27], [C-14]
HOMOLOG [V-25]
HOMOLOGY [V-10]
HOMOLOGY MODELING [D-16], [V-9]
HONEYBEE BRAIN [R-29]
HOP [N-76]
HOP/STI-1 [N-75]
HORMONAL SUPRESSION [M-3]
HORMONE REPLACEMENT THERAPY [C-10], [C-21]
HORMONE RESPONSIVE ELEMENT [N-104]
HORSERADISH PEROXIDASE (HRP) [H-66]
HOST IMMUNE RESPONSES [D-54]
HOST-PARASITE [W-36]
HOST-PARASITE INTERACTION [G-60]
HPβCD [H-129]
HPG2 [W-18]
HPLC [H-3]
HPLC METHOD [T-78]
HPLC-MS/MS [T-40]
HPV [G-11]
HRCN [F-43]
HRPG AND HRCV PROTEINS [F-58]
HSP [T-18]
HSP40 [N-115]
HSP70 [N-135]
HSP90 [N-38], [N-142]
HSV-1 [F-52]
HTS [H-82]
HUMAN [W-53]
HUMAN BREAST CANCER [B-6]
HUMAN CELLS [B-21]
HUMAN CHORIONIC GONADOTROPIN [H-5]
HUMAN DERMIS [T-43]
HUMAN FECAL MICROBIOTA [F-55]
HUMAN LEUKEMIA CELLS [P-9], [P-6]
HUMAN LEUKOCYTE HNE [E-58]
HUMAN LUTEINIZING HORMONE [H-5]
HUMAN NEUROBLASTOMA [T-20]
HUMAN NEUTROPHIL ELASTASE [L-66]
HUMAN PANCREATIC ISLETS [B-26]
HUMAN PLASMA [W-40]
HUMAN PLASMA KALLIKREIN [E-60]
HUMAN PRESSURE [S-17]
HUMAN SALIVARY AMYLASE [H-79]
HUMAN SPERMATOZOA [Q-27]
HUMANIZATION [H-4]
HUMIC SUBSTANCES [E-76]
HUMICOLA [L-68]
HUVEC [W-36]
HUVECS [D-60]
HYALURONAN [C-29]
HYALURONIC ACID [F-14]
HYALURONIDASE [D-16], [W-15], [L-98]
HYALURONIDASE ACTIVITY [N-34]
HYDROCARBONS [H-15]
HYDROGEN BOND [V-11]
HYDROLASE [H-113], [D-23]
HYDROLYSIS [H-91]
HYDROLYTIC ENZYMES [L-80]
HYDROPEROXIDE [F-28]
HYDROPEROXIDES [T-51]
HYDROPHOBIC PROTEINS [W-22]
HYDROPHOBICITY [H-27], [N-54]
HYDROSTATIC PRESSURE [N-141]
HYDROXYCHALCONES [P-1]
HYDROXYLAMINES [P-19]
HYDROXYPROLINE [T-117]
HYDROXYPROPYL-B-CYCLODEXTRIN [H-80]
HYMENOPTERA [W-14], [D-18]
HYMENOPTERA VENOM [D-16]
HYPERLIPIDIC DIET [T-22]
HYPERMETHYLATION [B-38]
HYPEROSMOTIC STRESS [G-8]
HYPERPROLINEMIA [R-31]
HYPERTENSION [S-17]
HYPERTHYROIDISM [C-11]
HYPERTRIGLYCERIDEMIA [C-6]
HYPOCHLORITE [T-42]
HYPOGLYCEMIC ACTIVITY [M-20]
HYPOLIPIDEMIC EFFECT [M-20]
HYPOPHYSECTOMY [J-1]
HYPOTENSINS [S-11]
I2PP2A [C-35]
IDARUBICIN [P-13]
IDENTIFICATIONS [W-29]
IGG [H-77]
IL-10 [R-19]
IL-8 [Q-4]
IMAGE ANALYSES [W-42]
IMIPRAMINE [A-36]
IMMATURE FRUIT [W-46]
IMMOBILIZATION [L-92], [L-64], [H-93], [H-109], [L-17], [H-31], [H-16], [H-54], [H-36]
IMMOBILIZATION OF ENZYMES [H-120]
IMMUNE EVASION [W-35]
IMMUNE RESPONSE [R-28], [O-6], [R-19], [H-72]
IMMUNE SYSTEM [D-20], [D-19], [D-34]
IMMUNITY [D-46], [T-55]
IMMUNOBLOTTING LDL [H-123]
IMMUNOCOMPROMISED MICE [E-53]
IMMUNOFLUORESCENCE [Q-25]
IMMUNOHISTOCHEMISTRY [B-24]
IMMUNOLOGY [K-6], [O-5]
IMMUNOME [O-1]
IMMUNOPROTEASOME [O-3]
IMMUNOPROTEOME [W-51]
IMMUNOSENSOR [H-43], [H-9], [H-2]
IMMUNOTHERAPY [A-45]
IMPORTANT FRAGMENTS [S-27]
IN UTERO ELECTROPORATION [J-12]
IN VIVO BIOASSAY [H-64]
IN(III)-MESOTETRAPHENYLPORPHYRIN [H-61]
INATIVATION [F-21]
INBORN ERRORS OF METABOLISM [T-108]
INCLUSION BODIES [H-49], [H-58], [H-6]
INCLUSION BODY [H-128]
INCLUSION COMPLEXES [H-125], [H-129]
INCLUSIONS BODIES [H-107]
INDIGOFERA SUFFRUTICOSA [E-36], [E-45]
INDOL ACETIC ACID [F-40]
INDOLE-3-ACETIC ACID [E-76]
INDOMETHACIN [R-15]
INDUCTION OF ENZYMES [D-22]
INDUSTRIAL WASTEWATER [H-114]
INFECCION [G-53]
INFLAMMATION [T-45], [F-17], [T-28], [T-57], [Q-21], [C-37], [Q-15]
INFLUENZA VIRUS [F-21], [F-16]
INGA LAURINA [D-85]
INGLAMMATION [M-48]
INHIBIT ELASTASE [E-58]
INHIBITION [L-10], [L-77], [O-8], [J-4], [N-4]
INHIBITION OF HSA [H-99]
INHIBITOR [J-2], [E-23], [D-48], [P-26], [D-57], [L-66], [N-88]
INHIBITOR BENZAMIDINA [L-59]
INHIBITOR BIFUNCTIONAL [V-23]
INHIBITOR OF SERINE-PROTEASES [N-51]
INHIBITORS [H-25], [L-104], [E-46], [D-53], [D-72], [L-12], [J-9], [G-46]
INHIBITORS PROTEINS [N-34]
INNATE IMMUNITY [S-33]
INORGANIC PHOSPHATE STARVATION [Q-33]
INOS [T-115]
INSECT [D-40], [D-33], [E-18]
INSECT BIOCHEMISTRY AND MOLECULAR BIOLOGY [D-43]
INSECT CONTROL [D-22]
INSECT DIGESTION [D-22], [L-50]
INSECT IMMUNITY [D-74]
INSECTICIDE RESISTANCE [D-35]
INSECTS [E-35], [D-26]
INSULIN [I-15], [R-30]
INSULIN RESISTANCE [I-19]
INSULIN SIGNALING [J-14]
INSULIN-PRODUCING CELLS [T-71]
INTEGRATION [K-17]
INTEGRIN [N-23]
INTER-CRO [N-116], [N-31]
INTERACTION [V-11], [W-17], [N-47]
INTERACTION PEPTIDE-MEMBRANE [S-6]
INTERACTIVE SPACE [U-7]
INTERACTOME [W-8]
INTEREST ON BIOTECHNOLOGY [K-10]
INTERNET [K-18]
INTESTINAL SCHISTOSOMIAIS [C-4]
INTRACELLULAR CA2+ [F-25]
INTRINSIC BENT DNA [F-35]
INTRODUCTION TO BIOCHEMISTRY [K-19]
INTRON A [H-102]
INVASIVENESS [B-35]
INVERTASE [L-63], [H-112], [H-101]
INVERTED TERMINAL REPEAT (ITR) [D-39]
ION PUMPS [E-75]
ION TRANSPORTERS [A-15]
IONIC CHANNELS [S-35], [S-30]
IONIC SURFACTANT [N-138]
IONIZING RADIATION [T-19]
IONS CHANNEL [D-48]
IRON [T-60], [C-21], [F-13]
IRON CHELATION [T-93]
IRON DEFICIENCY ANAEMIA [T-112]
IRON METABOLISM [I-25]
IRON PENTACARBONYL [T-22]
IRON SULFUR CLUSTER [F-46]
IRS-4 [C-5]
ISOLATED MITOCHONDRIA [T-37]
ISOPENTENYL-DIPHOSPHATE-ISOMERASE [G-64]
ISOPROPYL MYRISTATE [H-141]
ISOTHERMAL TITRATION CALORIMETRY [A-39]
ISOVALERIC [T-99]
IXOLARIS [C-19]
JAPANESE QUAIL [L-40]
JASMONIC ACID [E-70]
JATROPHA CURCAS [N-5]
K+-PHOSPHATASE ACTIVITY [L-38]
KALANCHOE BRASILIENSIS [P-12]
KALLIKREIN [L-115], [L-48]
KALLIKREIN INHIBITOR [N-101]
KAZAL-TYPE INHIBITORS [D-12]
KDNA [W-19]
KERATINOCYTES [L-86], [Q-13]
KERATINOLITIC ENZYME [H-119]
KETAMINE [R-27]
KETOCONAZOLE [G-41]
KI-1/57 [N-10]
KIBRA [N-37]
KIDNEY [T-15], [C-30]
KINASE [N-69]
KINASES [P-9]
KINETIC [L-9], [L-95], [L-77], [L-78], [L-22]
KINETIC CHARACTERIZATION [L-36], [L-57]
KINETIC PARAMETERS [I-29]
KINETICS [N-54]
KINETOPLASTID [N-149]
KININ [S-31]
KININ B1 RECEPTOR [S-31]
KININ RECEPTORS [Q-21]
KINOME [E-6]
KLUYVEROMYCES LACTIS [H-139]
KNOCKOUT [S-31]
KUNITZ [G-46]
KUNITZ BPTI [D-5]
KUNITZ INHIBITOR [N-15]
KUNITZ INHIBITORS FAMILY [E-58]
KUNITZ/BPTI [D-48]
KUNURENINE [T-124]
KYNURENINASE [G-10]
L. ALBA [H-51]
L55P [N-82]
LAAO, [N-77]
LACCASE [L-109], [L-80], [H-97]
LACCASE COTA [H-20]
LACHESIS [H-50]
LACHESIS MUTA [H-42]
LACTATE [C-15], [I-21]
LACTOCOCCUS LACTIS [H-48]
LACZ REPORTER GENE [F-41]
LAMINAR SHEAR STRESS [L-3]
LAMINARINASE [D-40], [D-32]
LAMININ [Q-23]
LANGMUIR MONOLAYERS [M-8]
LAPACHOL [P-27]
LARBP38 [G-3]
LARPA-1 [G-31]
LARVICIDAL [E-40]
LARVICIDAL ACTIVITY [S-1]
LARYNGEAL CANCER [W-40]
LASIODORA [S-12]
LASIODORA SP [A-28]
LATERAL ROOT INITIATION [E-78]
LATEX [E-13]
LATRF2 [G-17]
LAXATIVE, [S-41]
LC-MS [M-30]
LDL [I-31]
LDLR-/- [A-5]
LEAD ACETATE [L-94]
LEAF-CUTTING ANTS [D-18]
LEARN [K-7]
LEARNING [K-18]
LEAVES [E-36]
LECTIN [N-134], [N-153], [E-36], [N-14], [S-1], [A-8], [E-50], [E-53], [N-25], [E-42], [N-147], [E-82], [N-93], [N-6], [G-22]
LECTIN EXPRESSION [B-34]
LECTINS [M-8], [H-59], [N-18]
LEGUMINOSAE [E-52]
LEGUMINOUS [E-57]
LEISHMANIA [G-60], [N-69], [N-30], [G-66], [P-22], [G-41], [G-69], [G-13], [V-17], [G-53]
LEISHMANIA (VIANNIA) BRAZILIENSI [P-28]
LEISHMANIA AMAZONENSIS [N-128], [H-87], [L-1], [A-51], [P-14], [T-115]
LEISHMANIA CHAGASI [B-10], [G-22]
LEISHMANIA CHAGASI [N-63]
LEISHMANIA DONOVANI [L-33]
LEISHMANIA MAJOR [N-33], [G-42], [G-40]
LEISHMANIASIS [G-17], [G-3], [G-31], [G-42]
LEISHMANIOSIS [H-115]
LENS [B-8]
LENTINULA EDODES [H-103]
LENTINUS EDODES [M-2]
LEPIDOPTERA [D-59], [D-37]
LEPROSY [F-7]
LEPTIN [S-9]
LEPTIN FRAGMENTS [S-9]
LEPTODACTYLUS LABYRINTHICUS [S-18]
LEPTOSPIRA [H-104], [H-14], [H-72], [H-118]
LEPTOSPIRA INTERROGANS [H-22]
LEPTOSPIRAL IMMUNOGLOBULIN-LIKE (LIGS) [H-108]
LEPTOSPIROSIS [H-108], [H-22], [H-71], [H-135]
LEUKEMIA [N-35], [P-13], [N-95], [H-17], [P-21], [Q-26], [B-35]
LEUKEMIC BLAST [B-33]
LEUKOTRIENE B4 [Q-40]
LIBRARY [F-38]
LICHENS [D-71]
LIGAND [V-11]
LINK PROTEIN [F-14]
LINOLEIC ACID [Q-15]
LIOPHYLIZATION [I-30]
LIPASE [L-40], [V-2], [H-109], [L-47], [D-73], [H-92]
LIPASE/ESTERASE [H-12]
LIPID DROPLETS [I-9]
LIPID METABOLISM [D-8], [D-10], [D-24], [D-45]
LIPID MICROSPHERES [H-87]
LIPID PEROXIDATION [A-58], [T-61], [A-44]
LIPID PROFILE [I-23]
LIPID TRANSFER PROTEIN [S-21]
LIPID-A [M-46]
LIPID-PROTEIN INTERACTION [N-7], [N-139]
LIPIDOME [F-20]
LIPIN [D-24]
LIPOAMIDE [T-67]
LIPOIC ACID [T-11]
LIPOLYTIC ENZYMES [H-92]
LIPOPEPTIDES [S-50]
LIPOPEROXIDATION [T-93], [T-117], [A-10], [R-35]
LIPOPOLYSACCHARIDE [M-46]
LIPOPROTEIN METABOLISM [C-4]
LIPOSOME [L-9], [A-51], [S-14], [A-41], [A-45]
LIPOSOMES [A-53], [H-62], [H-78], [H-80], [A-44], [H-26]
LIPOTEICHOIC ACID [I-31]
LIPOXYGENASE [E-80]
LIPPIA LACUNOSA [L-19]
LIPPIA SIDOIDES [H-88]
LITHIUM [R-37], [G-30], [R-34], [R-30], [R-17]
LITOPENAEUS SCHMITTI [L-2]
LITOPENAEUS VANNAMEI [F-39], [L-2], [H-44]
LIVER [I-18], [I-21]
LIVER INJURY [L-15]
LIVER PROTECTION [T-70]
LMM [N-136]
LOCAL ANESTHETICS [A-53], [H-11]
LOG P [N-54]
LONGEVITY [T-39], [T-88]
LONOMIA OBLIQUA [H-56], [D-60]
LOPAP [H-56]
LOPINAVIR [Q-17]
LOW BACK PAIN [M-25]
LOW DENSITY LIPOPROTEIN (LDL) [H-123]
LOW LINOLENIC [E-1]
LPS [Q-39], [W-42]
LRR [V-31]
LTB4 [Q-28], [Q-42]
LTP [E-15]
LTX2 [A-28]
LUCIFERASE [H-102]
LUCIFERASES [D-81]
LUDIC ACTIVITY [K-8]
LUDIC GAME [K-19]
LUMBAR INTERVERTEBRAL DISC [M-25]
LUNG [T-52]
LUTJANUS SYNAGRIS [H-94]
LUTZOMYIA LONGIPALPIS [D-2]
LYCOPENE [E-27]
LYMPHOCYTES [Q-41], [Q-1]
LYSINE [R-14], [T-108], [J-7]
LYSOPHOSPHATIDYLCHOLINE [D-3]
LYSOSOMAL DISEAS [C-2]
LYSOSOMAL DISEASES [L-30]
LYSOSOMES [H-126]
LYSOSSOMES [Q-41]
LYSOZYMES [L-42]
MβCD [F-33]
M PROTEIN [F-53]
MACROARRAY [E-26]
MACROBRACHIUM AMAZONICUM [L-88]
MACROBRACHIUM JELSKII [L-31]
MACROFAGOS [O-4]
MACROPHAGE [G-60], [T-28], [T-57]
MACROPHAGE ACTIVATION [M-40]
MACROPHAGES [I-31], [G-55], [T-114]
MACROPHYTES [H-114]
MAFB [B-18]
MAGNETIC POLYANILINE [H-66]
MAGNETITE [H-36]
MAIZE ALDOSE REDUCTASE [N-26]
MALBRANCHEA [L-58]
MALDI [G-33]
MALDI-TOF [M-46], [W-44]
MALDI-TOF-MS [N-138]
MALDI-TOF-TOF [W-52]
MALDI-TOF/MS [W-54]
MALE INFERTILITY [T-48]
MALE RATS [T-14]
MALNUTRITION [I-4]
MALONDIALDEHYDE [T-36]
MALPIGHIA EMARGINATA [E-65]
MALTODEXTRIN [I-30]
MAMMALIAN [B-21]
MANGANESE HOMEOSTASIS [N-46]
MANGANESE PORPHYRIN [A-49]
MANGO [H-83], [I-8]
MANIHOT ESCULENTA [W-34]
MANNANS [M-34]
MANNOGALACTAN [M-47], [M-43]
MANNOGALACTAN SULFATE [M-9]
MANOGALACTOFURANAN [M-40]
MANTLE CELL LYMPHOMA [W-50]
MAP [W-57]
MAP KINASE [E-39]
MAPK [Q-4], [Q-39]
MARIGOLD [P-24]
MARINE ALGA [E-32], [H-86]
MARINE ALGAE [H-42]
MARINE INVERTEBRATES [U-5]
MARINE RED ALGA [M-19], [M-14]
MARINE SPONGE [N-153]
MARINE SPONGE EXTRACT [T-38]
MARINER-LIKE ELEMENT (MLE) [D-39]
MARINER-LIKE ELEMENTS [D-18]
MARSDENIA MEGALANTHA [E-13]
MASS SPECTROMETRY [W-36], [W-3], [W-65], [B-19], [W-5], [T-95], [N-24], [S-23]
MAST CELLS [N-5]
MATRIX METALLOPROTEINASES [J-5]
MAYARO [F-33]
MAYTENUS ILICIFOLIA [M-24], [M-27], [M-30]
MBF1 [N-66]
MBL [B-34], [C-28], [G-25]
MBL-2 [H-24]
MBL2 [C-33], [C-25], [H-75], [G-11]
MCAD DEFICIENCY [R-1]
MCF-7 [J-6]
MDA [T-98]
MDR [L-19]
MECHANISM OF ACTION [P-7]
MECHANISM OF UPTAKE [P-7]
MECHANISM OF WASPS VENOM ACTION [W-5]
MELANOMA [J-2], [I-12], [E-23], [P-29], [C-17], [P-25], [W-31], [C-20], [P-1]
MELANOPHILIN [N-111]
MELATONIN [T-9]
MELOIDOGYNE JAVANICA [E-25]
MELTING TEMPERATURES [V-27]
MEMBRANE [A-53], [A-48], [A-35], [N-78], [N-130]
MEMBRANE ACTING PEPTIDES [S-46]
MEMBRANE ANTIGENIC PROTEINS [H-87]
MEMBRANE INTERACTION [A-25]
MEMBRANE LEAKAGE [S-14]
MEMBRANE MICRODOMAIS [M-23]
MEMBRANE POTENTIAL [P-7]
MEMBRANE PROTEINS [A-17], [W-35]
MEMBRANE RAFTS [R-31], [Q-8]
MEMBRANES [N-17]
MENINGITIS [T-124]
MENOPAUSE [I-26], [C-10], [C-21]
MENOTROPIN [H-5]
MESANGIAL CELLS [N-131]
MESENCHYMAL STEM CELL [B-1], [B-27]
MESENCHYMAL STEM CELLS [T-92]
MESOIONIC COMPOUND [A-58], [A-44]
METABOLIC BIOCHEMISTRY LEARNING [K-1]
METABOLIC DISEASE [A-15]
METABOLIC MAP [K-14]
METABOLIC PATHWAYS [K-14], [K-22], [V-8]
METABOLIC PROGRAMMING [I-11]
METABOLIC REGULATION [I-14]
METABOLISM [I-7], [I-18], [I-22], [J-14], [F-52], [D-13], [D-41], [R-17], [V-8]
METAGENOME [H-12], [H-92]
METAGENOMIC CLONING [H-92]
METAGENOMICS [H-117]
METAL CATALYZED OXIDATION SYSTEM [F-19]
METAL DETOXIFICATION [G-27]
METALLOPEPTIDASE [T-59]
METALLOPEPTIDASES [J-9]
METALLOPROTEASES [S-4]
METALLOPROTEINASE [W-13], [N-79], [N-18], [W-32]
METALLOPROTEINASES [T-114]
METALOPEPTIDASES [L-45]
METALS TRANSPORTERS [E-75]
METASTASES [B-6]
METASTASIS [N-23], [E-23], [C-20]
METHYL JASMONATE [E-5]
METHYLATION [G-2]
METHYLGLYOXAL [T-71]
METHYLMALONATE [A-1]
METHYLMALONIC ACIDEMIA [A-1]
METHYLMERCURY [T-34], [R-13], [T-47], [R-25]
METHYLOTROPHIC YEAST [H-30]
METHYLPHENIDATE [R-20]
MEV [Q-43]
MEVALONATE PATHWAY [G-64]
MHC-I [O-3]
METHYL-β-CYCLODEXTRIN [M-23]
MIC [H-110], [H-53]
MICE [I-32], [I-3], [R-22], [P-10]
MICELLAR [A-20]
MICELLES [A-20], [A-39], [H-26]
MICOBACTERIAS [F-32]
MICROALGAE [E-21]
MICROARRAY [R-34], [E-2], [B-18], [G-37], [B-33]
MICROARRAY ANALYSIS [G-4]
MICROBIAL COMMUNITY [F-29]
MICROBIAL DIVERSITY [V-16]
MICROCALORIMETRY [H-34]
MICROCAPSULES [H-73]
MICROCHROMATOGRAPHY [W-9]
MICROCYSTINS [S-13]
MICROENCAPSULATION [H-34], [A-57]
MICROGLIA [N-65]
MICRONUCLEUS [H-114]
MICRONUCLEUS ASSAY [S-47]
MICROORGANISM [V-2], [H-44]
MICROORGANISMS [H-38]
MICROPARTICLES [T-16]
MICROPEROXIDASES [H-26]
MICROPLUSIN [N-3]
MICROPROPAGATION [H-45]
MICRORNA [V-28]
MICROSATELLITES [E-81]
MICROSPHERES [H-65]
MICROTUBULE [N-95]
MICROTUBULES [N-72]
MICROVESICLES [C-17]
MICROWAVE HEATING [S-45]
MICRURUS CORALLINUS [H-35]
MICRURUS SURINAMENSIS [H-28]
MIDGUT [D-75], [D-69]
MIDGUT GLAND [L-103]
MILK SERUM [H-91]
MILTEFOSINE [P-17]
MINI-TRANSPOSON [F-38]
MINIMUM CURRICULUM [K-3]
MIOTOXIN [N-148]
MIP [L-107]
MIRNA [B-28]
MITOCHONDRIA [A-60], [A-58], [P-4], [A-1], [A-34], [A-18], [T-12], [A-5], [A-9], [A-15], [R-2], [A-10], [A-14], [A-12], [A-27], [A-13], [A-16], [A-22], [A-24], [G-65], [T-77], [T-49], [W-18], [T-1], [A-49], [A-61]
MITOCHONDRIAL [A-8], [A-54]
MITOCHONDRIAL CYTOCHROME OXIDASE I GENE [G-35]
MITOCHONDRIAL GENOME [D-67]
MITOCHONDRIAL PERMEABILITY TRANSITION [A-7], [A-9], [A-11], [A-36]
MITOCHONDRIAL PERMEABILIZATION [A-25], [A-30]
MITOCHONDRIAL RESPIRATORY CHAIN [A-55], [R-7]
MITOCHONDRIALCYTOCHROME OXIDASE I GENE [D-38]
MITOCONDRIAL GENE [D-64]
MITOGENIC EFFECT [E-39]
MITOKATP [C-6]
MIXED MUSCLE [A-34]
MMP [I-31]
MMP-2 [J-10]
MMP-INHIBITORS (TIMPS AND RECK) [B-6]
MMPS [B-6]
MNR [M-50]
MODEL MEMBRANE [A-50]
MODELING [V-10], [V-5]
MODELING HOMOLOGY [V-23]
MOLECULAR BIOLOGY [K-11], [K-12], [U-10]
MOLECULAR CHAPERONE [N-115], [N-111]
MOLECULAR CHARACTERIZATION [V-1]
MOLECULAR CLONING [E-61]
MOLECULAR DINAMICS [N-89]
MOLECULAR DYNAMIC [M-1]
MOLECULAR DYNAMICS [N-53], [M-35], [S-8], [V-7], [N-78], [G-57]
MOLECULAR EXCLUSION CHROMATOGRAPHIES [W-43]
MOLECULAR MARKER [C-35], [B-17]
MOLECULAR MASS [L-69]
MOLECULAR MASSES [N-20]
MOLECULAR MODELING [N-128], [V-15], [N-39]
MOLECULAR MODELS [V-19]
MOLECULAR MOTORS [N-111]
MOLECULAR STRUCTURE [G-20]
MOLECULAR TAXONOMY [D-64]
MOLECULAR TYPING [F-1]
MOLECULAR WEIGHT [L-89]
MOLLUSC [N-117], [G-1]
MONILIOPHTHORA PERNICIOSA [E-9], [N-125]
MONOCLONAL ANTIBOBY [D-65]
MONOCLONAL ANTIBODY [M-31]
MONOCROTALINE [I-18], [R-33], [Q-7]
MONOCYTE [C-11]
MORAXELLA SPP [F-42]
MORINGA OLEIFERA [N-134], [E-40], [E-42]
MORPHOLOGY [A-14], [G-45]
MOSQUITO [T-55]
MOSQUITO CONTROL [D-71]
MOTILITY [C-5]
MOUSE [R-5]
MPT [Q-11], [A-10]
MRJP [N-64]
MRJP-1 [N-73]
MRNA [N-135]
MRNA DECAY [G-39]
MS/MS [W-25]
MSX1 PROMOTER [C-1]
MTDNA DAMAGE [T-1]
MUCOPOLYSACCHARIDOSIS TYPE I [L-26], [C-13], [T-44]
MULTIDRUG [L-106]
MULTIDRUG RESISTANCE [L-16]
MULTILOBULATED [N-95]
MULTIPLE DRUG RESISTANCE [L-19]
MULTIPLE SCLEROSIS [T-89]
MULTIPLEX PCR [F-55]
MURINE MACROPHAGE [D-3]
MURRAYA PANICULATA [G-63]
MUSCA DOMESTICA [D-77], [D-51]
MUSCLE [A-19], [A-18]
MUSCLE INJURY [T-76]
MUSCULAR DYSTROPHY [M-25]
MUSHROOM [M-47], [L-80]
MUTAGENIC [T-94]
MUTANT [F-44], [G-45]
MUTATION DA [N-24]
MYBPC [N-136]
MYC [B-32]
MYCELIAL GROWTH [E-67]
MYCOBACTERIUM BOVISBCG [W-51]
MYCOBACTERIUM LEPRAE [H-105], [C-25], [F-7]
MYCOBACTERIUM TUBERCULOSIS [N-24]
MYCOPLASMA HYOPNEUMONIAE [F-59]
MYCOSPORINE-LIKE AMINO ACIDS [E-21]
MYCOTOXINS [H-142]
MYELOID DIFFERENTIATION [Q-30]
MYELOPEROXIDASE [T-10], [T-119]
MYOCARDITIS [W-7]
MYOGLOBIN [N-117], [G-1]
MYOSIN [N-1], [N-54], [N-52]
MYOSIN 5A [N-111]
MYOSIN ATPASE ACTIVITY [N-21]
MYOSIN V [Q-5]
MYOTOXIC ACTIVITY [N-98]
MYOTOXIC EFFECTS [N-109]
MYOTOXIN [N-58]
MYOTOXINS [N-16]
MYRACRODRUON URUNDEUVA [S-1]
MYRIAPODS [S-26]
MYRIOCIN [G-41]
N-ACETYLCYSTEINE [R-18], [R-2]
N-ACETYLGLUCOSAMINE [N-147]
N-ACYLHYDRAZONE DERIVATIV [V-7]
N-POMC [J-1]
N-TERMINAL AMINO ACID SEQUENCE [N-154]
N-TERMINAL DOMAIN [F-37]
NA+,K+-ATPASE [R-3]
NA,K-ATPASE [L-61]
NA-ATPASE [L-1]
NAC [E-17]
NAD(P)H OXIDASE [T-1]
NADH DEHYDROGENASE [A-38]
NADPH OXIDASE [T-119], [T-111], [T-53], [Q-40], [T-115], [L-3]
NAF [W-9]
NAKED DNA [H-74]
NANOGRAVIMETRY [N-139]
NANOPARTICLES [M-39], [H-21], [Q-36]
NANOSPHERES [H-61]
NAPHATOQUINONES [P-28]
NARINGENIN [F-51]
NARL GENE [F-44]
NARROW ACID PH RANGE [W-58]
NASTURTIUM [T-96]
NATURAL PRODUCTS [T-100], [H-79]
NATURAL SUBSTRATES [L-87]
NATURAL-PRODUCTS [R-26]
NCRNAS [B-21]
NEEM LEAVES [T-49]
NEMATICIDE ACTIVITIES [S-40]
NEMATODE RESISTANCE FACTORS [E-48]
NEOSPORA CANINUM [R-28], [O-6], [R-19], [G-48]
NEPHILENGYS CRUENTATA [L-37]
NEPHROPATHY [C-36]
NERVAL GROWTH FACTOR [B-22]
NERVOUS SYSTEM [T-24]
NEURAL DEVELOPMENT [R-4]
NEURAL STEM CELLS [J-11]
NEURAMINIDASE [F-21]
NEURITE EXTENSION [N-37]
NEUROBLASTOMA [R-9], [R-24]
NEURODEGENERATIVE DISEASES [B-9]
NEURODIDACTIC STRATEGY [K-8]
NEUROGLOBINS [N-81]
NEUROLYSIN [B-8], [L-10]
NEURON [R-33], [R-23], [Q-23]
NEURONAL NETWORK [K-23]
NEUROPEPTIDE [S-7]
NEUROPEPTIDE S [R-35]
NEUROSPORA [G-52]
NEUROSPORA CRASSA [G-68], [G-21], [B-29]
NEUROTOXICITY [R-25]
NEUROTOXICIY [R-13]
NEUROTOXIN [S-30]
NEUROTOXINS [H-132]
NEUROTRANSMITTER [S-30]
NEUTRAL TREHALASE [L-58]
NEUTRALIZATION [O-8]
NEUTROPHIL [T-10], [T-119], [Q-14], [W-25], [W-29], [Q-39], [W-42], [Q-34], [T-102], [Q-40], [Q-42]
NEUTROPHILS [T-111], [Q-3], [Q-15], [O-2], [W-57], [Q-43]
NEUWIEDASE [O-8]
NF-KB [Q-4]
NHL [W-39]
NHL-HODGKIN’S LYMPHOMA [W-39]
NIFA [F-18], [F-60]
NIFA PROTEIN [F-37]
NITRATE METABOLISM [F-44]
NITRATED LIPIDS [T-120]
NITRIC OXIDE [A-60], [O-6], [A-5], [A-11], [E-19], [S-32], [T-92], [D-3], [T-115]
NITRIC OXIDE SYNTHASE [A-7]
NITRIC OXIDE-DERIVED OXIDANTS [T-89]
NITROGEN [N-152]
NITROGEN FIXATION [F-31], [E-41], [F-27], [F-60], [F-34]
NITROGEN METABOLIMS [N-143]
NITROGEN SPECIES [A-54]
NITROGEN UTILIZATION [I-27]
NITROLINOLEATE [T-120], [Q-35]
NITRONIUM ION [T-51]
NITROPHORIN 2 [N-89], [S-48]
NITROXIDE [T-28], [T-57]
NKX2-5 [B-25]
NMR [N-55], [S-46], [N-94], [N-120], [N-19], [L-33], [N-150], [N-28], [N-22], [N-96], [N-149], [N-3], [N-136]
NO [R-23], [A-48]
NODD [F-45]
NON-RIBOSOMAL PEPTIDES [S-13], [S-50]
NONALCOHOLIC FATTY LIVER DISEASE [C-31]
NONSENSE MUTATION [M-44]
NOP8 [G-34]
NOSOCOMIAL INFECTION [S-25], [W-37]
NOSOCOMIAL INFECTIONS [U-6], [S-16]
NS3 PROTEASE [N-70]
NS3 PROTEIN [N-144]
NS5 [N-99]
NTPDASE [G-13]
NTRX [F-27]
NTRX PROTEIN [F-24]
NUCLEAR MAGNETIC RESONANCE [N-108]
NUCLEAR RECEPTOR [N-49], [N-104]
NUCLEAR SPECKLES [Q-5]
NUCLEOSIDE HYDROLASE [L-33], [V-9]
NUCLEOTIDE [A-3]
NUCLEUS [I-2]
NUTRIGENOMICS [V-21]
NUTRITIONAL INDICES [D-84]
NUTRITIONAL VALUE [U-2]
NXH8 [H-58]
O-GLCNAC [W-31]
OBESITY [S-9]
OBSERVATION AND INTERPRETATION [K-5]
OCTOPAMINE [R-29]
OCTYL-SEPHAROSE [H-88]
ODORANT RECEPTOR [D-4]
OEDEMA [N-45]
OFFSPRING [R-22]
OIL SOYBEAN [E-1]
OKT3 [H-4]
OLEIC ACID [T-51], [C-26]
OLFACTORY RECEPTOR [D-47]
OLIGOCTENUS ORNATUS [W-52]
OLIGOMERS [N-87]
OLIGONUCLEOTIDE [A-3]
OLIGOPEPTIDASE B [N-128], [N-106]
OMEGA-3 POLYUNSATURATED FATTY ACID [I-28]
ONCOGENE PROTEINS [B-12]
ONCOPELTUS [D-33]
ONLINE BIOCHEMISTRY EDUCATION [K-4]
ONTOGENY [L-88]
OOCYTE MATURATION [H-57]
OOGENESIS [D-74], [D-61]
OPERA [H-140]
OPERON [F-48]
OPHIOCOMA ECHINATA [U-5], [W-37]
OPTIMIZATION [I-14]
ORAL SUB CHRONIC TOXICIT [H-65]
ORGANELLES [D-79]
ORGANIC VEGETABLES [T-8]
ORGANOGENESIS [H-45]
ORGANOTELURANE [A-10]
ORGANOTYPIC CULTURE [R-16]
ORIC [F-35]
ORLISTAT [I-12]
ORPINOMYCES [H-106]
ORPOTRIN [S-52]
OSCC [B-17]
OSMC [T-58]
OSMOREGULATION [L-88], [L-75]
OSMOTIC STRESS METHOD [N-127]
OSTEOBLAST [L-57]
OSTEOPENIA [C-3]
OSTEOPONTIN [C-36]
OUABAIN [L-88], [L-1], [C-22]
OVARIES/EGGSHELLS/EGGS [D-9]
OVEREXPRESSION [H-20]
OVEROXIDATION [F-28]
OVERTRAINING SYNDROME [C-37]
OVINE [U-1]
OVIPOSITION [D-72]
OXI-REDUCTASE [H-113]
OXIDANTS [T-122]
OXIDATIVE DAMAGE [T-105]
OXIDATIVE ENZYMES [L-80]
OXIDATIVE ESTRESS, [T-56]
OXIDATIVE OLIGOMERIZATION [T-59]
OXIDATIVE PHOSPHORYLATION [G-4]
OXIDATIVE PHOSPHOYLATION [R-1]
OXIDATIVE PROTEIN DAMAGE [T-112]
OXIDATIVE STABILITY [E-1]
OXIDATIVE STRESS [T-11], [T-34], [T-79], [T-43], [T-6], [H-13], [E-4], [T-48], [T-13], [T-110], [T-14], [T-33], [T-44], [R-2], [T-108], [T-47], [A-16], [T-41], [T-54], [T-76], [T-52], [T-50], [T-99], [P-27], [Q-13], [E-56], [G-26], [L-94], [T-74], [T-84], [T-109], [T-80], [T-103], [T-81], [T-69], [T-91], [O-3], [I-4], [G-44], [D-82], [C-6], [T-27], [D-83], [T-102], [C-11], [T-107], [D-66], [N-81], [T-118], [C-22]
OXIMES [P-19]
OXYBUPROCAINE [A-53]
OXYGEN CONSUMPTION [A-40]
OXYGEN CONSUPTION [A-37]
OXYRADICAL [T-69]
OXYRADICALS [T-68]
OXYSTEROL [T-101]
OZONE [T-75]
P-ATPASE [L-1]
P-GLYCOPROTEIN [D-35]
P-NITROPHENYL PHOSPHATE [L-111]
P-NITROPHENYLPHOSPHATASE [L-89]
P. BISTRIATA [S-20]
P5-ATPASES [A-35]
P5CS [T-84]
PACC [G-7], [G-47]
PACLITAXEL [I-5]
PACT [F-47]
PAECILOMYCES MARQUANDII [L-13]
PAINT EXPOSURE [T-6]
PALATOGENESIS [J-5]
PALICOUREA RIGIDA [S-28]
PALLADACYCLES [A-30]
PAM [R-21]
PANAMA [B-11]
PANCREATIC ISLETS [H-34]
PANDER [J-3]
PAPAYA [W-4]
PAPULASPORA IMMERSA [H-53]
PAR [P-15]
PAR 1 [L-55]
PARACOCCIDIOIDES BRASILIENSIS [Q-8], [N-50], [G-72]
PARACOCCIDIOIDOMYCOSIS [N-50]
PARAOXONASE [L-81], [I-4]
PARAQUAT [D-83]
PARASITES [L-12]
PARAWIXIA BISTRIATA, [N-100]
PARKIA PENDULA [E-53]
PARKINSON'S DISEASE [C-12]
PARTIAL CHARACTERIZATION [H-116]
PARTIALLY O-METHYLATED GALACTAN [M-32]
PASSION FRUIT [E-5], [I-1], [E-80]
PATHOGEN [E-54]
PATHOGENESIS [F-7], [F-26]
PATHOGENIC FUNGUS [L-99]
PAX4 [B-5]
PC-1 [L-101]
PCR [B-10], [H-46], [H-76], [H-75]
PDB REMEDIATED FILES [V-4]
PDR5P [L-16], [L-19], [L-106]
PDT [T-2], [T-18]
PEAS [T-19]
PECTIN [H-109], [M-24]
PECTINASE [L-52], [H-55]
PECTINASES [L-35]
PECTINOLYTIC ENZYMES [H-55]
PEDAGOGICAL [K-23]
PENICILLIUM CORYLOPHILUM [L-60]
PENICILLIUM HERQUEI [L-79]
PENICILLIUM JANCZEWSKII [L-35]
PENICILLIUM PURPUROGENUM [L-84], [L-47]
PENICILLIUM SCLEROTIORUM [L-91]
PENTOXIFYLLINE [P-4]
PEPCK [D-31]
PEPCK TRANSCRIPTION [I-6]
PEPTIDASE [G-67], [G-66]
PEPTIDASE INHIBITOR [N-85]
PEPTIDASES [E-46], [G-51], [L-115], [L-5], [L-93]
PEPTIDE [S-7], [N-17], [S-3], [S-41], [S-15], [N-42]
PEPTIDE BOUND [K-20]
PEPTIDE STRUCTURE-ACTIVITY RELATIONSHIP [S-22]
PEPTIDE SYNTHESIS [S-5], [L-110], [S-45], [S-9], [S-22]
PEPTIDE TRANSPORT [N-78]
PEPTIDEOS [L-20]
PEPTIDES [S-10], [S-40], [N-47], [L-37], [S-43], [W-44]
PEPTIDES SYNTHESIS [S-17]
PEPTIDOMIC CHARACTERIZATION [W-54]
PEPTIDOPOLYSACCHARIDES [M-33]
PEPTIDORHAMNOMANNAN [M-31]
PERFORMANCE [T-106]
PERFUSATE [L-113]
PERIAQUEDUCTAL GRAY MATTER [S-39]
PERIMICROVILLAR MEMBRANES [D-55]
PERIPHERAL BLOOD MONOCYTE CELLS [O-7]
PERIPLANETA AMERICANA [D-43]
PERITONITIS [M-50]
PERITROPHIC MATRIX [D-1]
PERITROPHIC MEMBRANE [E-49]
PERMEABILITY [A-48]
PERMEABILITY TRANSITION [A-2], [A-16]
PEROXIDASE [L-64], [H-93], [E-4], [L-74]
PEROXIDASES [T-58]
PEROXIDATION OF LIPID [H-13]
PEROXIDES [T-58]
PEROXIREDOXIN [T-31]
PEROXIREDOXIN Q [T-29]
PEROXIREDOXINS [T-17]
PEROXISOME PROLIFERATOR-ACTIVATED RECEPTOR GAMMA [N-49]
PEROXYNITRITE [T-5], [A-49], [T-90]
PERSIMMON [T-60]
PET [H-77]
PFK-1 [F-52]
PGE2 [C-34], [D-74]
PH [A-42], [G-7]
PH OPTIMUM [L-42]
PH-INSENSITIVE [N-102]
PH-SENSITIVE [N-102]
PHA [T-91]
PHAGE-DISPLAY [R-12]
PHAGOCITOSIS [O-2]
PHASE DIAGRAM [N-140]
PHASE TRANSITION [A-21]
PHASEOLAMIN [E-34]
PHASEOLUS VULGARIS [S-19], [E-34]
PHBV [T-16]
PHENANTHRENE [Q-3]
PHENGODIDAE [D-81]
PHENOL OXIDASE [D-20]
PHENOLIC COMPOUNDS [L-64]
PHENOLIC COMPOUNDS DEGRADATION [F-45]
PHENOTHIAZINE [T-32]
PHENOTHIAZINES [A-25]
PHEROMONE [T-24]
PHEX [L-41]
PHOB [W-21]
PHONEUTRIA NIGRIVENTER [W-52], [B-23], [S-38]
PHOSPHATASES [P-21]
PHOSPHATIDATE PHOSPHATASE [D-24]
PHOSPHATUDYLCHOLINE [Q-12]
PHOSPHATUDYLCHOLINE BIOSYNTHESIS [Q-12]
PHOSPHOFRUCTOKINASE [I-7], [I-33], [I-13], [I-21], [I-5], [D-13]
PHOSPHOFRUCTOKINASE-2 [N-68]
PHOSPHOLIPASE [E-12]
PHOSPHOLIPASE C-β [I-10], [I-16]
PHOSPHOLIPASE A2 [N-16], [N-58], [D-17], [N-27], [D-49]
PHOSPHOLIPASE A2 HOMOLOGUE [N-148]
PHOSPHOLIPASE A2-IID [N-123]
PHOSPHOLIPASE INHIBITORS [V-15]
PHOSPHOLIPID [N-139]
PHOSPHOPROTEIN [G-33]
PHOSPHOPROTEOME [W-64]
PHOSPHORILATION [W-50]
PHOSPHORYLATION [B-29], [W-31]
PHOSPHORYLCHOLINE PHOSPHATASE [N-114]
PHOSPOLIPASE A2 [N-31]
PHOTOCATALYTIC [H-121]
PHOTOCHEMISTRY [T-82]
PHOTODYNAMIC [T-85]
PHOTODYNAMIC THERAPY [H-61], [T-46]
PHOTOPERIOD [E-6]
PHOTOPROTECTIVE COMPOUNDS [E-21]
PHOTOSYNTHESIS [T-78], [E-20]
PHTHIRUSA PYRIFOLIA [E-82]
PHYLLANTHUS NIRURI [M-27]
PHYLLORHIZA PUNCTATA [M-45]
PHYLOGENY [D-67], [V-16]
PHYSICOCHEMICAL PROPERTIES [N-60]
PHYTATE [E-69]
PHYTOCYSTATIN [E-11]
PHYTOPATHOGENIC FUNGI [E-13]
PHYTOPHTHORA NICOTIANAE [H-47]
PHYTOPLANKTON [T-91]
PI3K [Q-28], [Q-45]
PICHIA PASTORIS [H-25], [N-110], [H-56], [H-67]
PII PROTEIN [F-64]
PII PROTEINS [F-63]
PILZ [N-74]
PINEAPPLE [W-10]
PIPER [H-115]
PIPTADENIA MONILIFORMIS [E-74]
PKA [G-61]
PKD [B-14]
PLA2 [N-45]
PLA2 GROUP III [S-29]
PLANT DEFENSE [W-48], [E-13]
PLANT DEFENSINS [N-150]
PLANT EXTRACT [L-16]
PLANT GROWTH-PROMOTING BACTERIA [W-47]
PLANT HOST-PATHOGEN INTERACTIONS [H-47]
PLANT INHIBITOR [N-32]
PLANT PHYSIOLOGY [E-44]
PLANT PROTEOME [W-4]
PLANT PROTEOMICS [W-2]
PLANT REGENERATION [H-45]
PLANT RESISTENCE [H-100]
PLANT TOXIN [E-77]
PLANT TRANSFORMATION [H-19], [H-89], [H-84]
PLANT-PATHOGEN [W-17]
PLANT-PATHOGEN INTERACTION [E-9]
PLASMA [L-62]
PLASMA MEMBRANE [A-31]
PLASMID [F-6]
PLASMINOGEN [L-105]
PLASTIC [H-124]
PLATELET [V-12], [Q-39]
PLATELET AGGREGATION [N-45]
PLATELET-ACTIVATING-FACTOR (PAF) [M-45]
PLATINUM DRUGS [P-7]
PLAYFUL LEARNING [K-1]
PLC [E-12]
PLD [E-12]
PLEUROTUS [M-34]
PLEUROTUS FLORIDA [M-10]
PLEUROTUS OSTREATOROSEUS [M-9], [M-32]
PLEUROTUS PULMONARIUS [M-47], [U-2]
PLEXAURELLA DICHOTOMA [S-25]
PLGA [A-57]
PLGA NANOPARTICLES [T-46]
PLODIA INTERPUNCTELLA [E-74], [E-49]
PNP [N-107]
PNPP [L-36]
POLARITY [U-12]
POLARIZED GROWTH [G-71]
POLIETHYLENEGLICOL [T-32]
POLLEN-TUBE PATHWAY [H-89], [H-84]
POLYAMINES [C-34]
POLYANILINE [L-17], [H-36]
POLYBIA PAULISTA [D-16]
POLYBIA PAULISTA VENOM [W-5]
POLYCAPROLACTONE (PCL) [H-21]
POLYGALACTURONASE [L-52], [L-35]
POLYHYDROXYALKANOATE [H-137]
POLYMERASE CHAIN REACTION [G-23]
POLYMERIC NANOCAPSULES [R-15]
POLYMERIC NANOPARTICLES [T-103]
POLYMORPHISM [C-25], [C-28]
POLYPEPTIDE TOXINS [S-35]
POLYPHENOL [T-8], [T-68]
POLYPHOSPHATE [D-41]
POLYSACCHARIDE [H-93], [M-11], [M-24], [M-27]
POLYSACCHARIDES [M-18], [M-10], [M-20]
POLYSTYRENE SULFATE [A-4]
POLYTENE CHROMOSOME [D-39]
POLYTRAUMA [W-57]
POMOLIC ACID [W-24]
POMP [B-2]
POOLING [H-76]
PORCINE ENZOOTIC PNEUMONIA [F-59]
PORIN [F-9]
POROUS SILICON [H-54]
PORPHYRIN [T-46]
PORPHYRINS [H-26]
POST TRANSLATIONAL MODIFICATIONS [W-50]
POST-GRADUATION [K-2]
POST-HARVEST TREATMENT [H-83]
POST-MODERNITY [K-2]
POTAMOTRYGON VENOM [S-52]
POTATO TUBER [E-64]
POTENTIAL BIOACTIVITY [H-115]
POUTERIA SP [H-99]
POUTERIA SP. [H-79]
PPAR [I-28], [Q-35]
PPO [E-31]
PRDC [L-71]
PRE-RIBOSOMAL RNA PROCESSING [B-36]
PRE-RRNA PROCESSING FACTOR [G-34]
PRE-RRNAS [G-34]
PREFOLDIN [N-111]
PREGNANCY [I-3], [R-22]
PRELIMINARY X-RAY DIFFRACTION ANALYSIS [N-151]
PRESSURE [N-82]
PRIAPISM [B-23], [S-38]
PRIMING [P-2]
PRION [N-94], [N-75]
PRION PROTEIN [N-71]
PRIVATE INSTITUTION [K-17]
PRO-Q [G-33]
PROCHILODUS CEARENSIS [L-34]
PROCOAGULANT [C-19]
PRODUCTION [H-127]
PROGRAMMED CELL DEATH [D-42]
PROKARYOTIC REPLICATION ORIGIN [F-35]
PROLACTIN [H-29], [B-26]
PROLIFERATION [G-32], [Q-38], [O-7]
PROLINE [T-84], [W-59]
PROMOTER [E-66], [B-16], [F-41], [B-7]
PROMOTER ACTIVITY [E-7]
PROOXIDANTS [A-36]
PROPHENOLOXIDASE ACTIVATING PROTEIN [D-19]
PROPOLIS [T-62]
PROSOPIS JULIFLORA [R-23]
PROSPECTION [H-100]
PROSTATE [J-3], [Q-29]
PROSTATE CANCER [Q-11], [E-16]
PROSTATIC CANCER [H-41]
PROTEASE [L-59], [D-19], [N-30], [N-121], [L-13], [N-144], [D-57], [L-72], [N-42]
PROTEASE INHIBITION [L-50]
PROTEASE INHIBITOR [D-22], [N-121], [Q-38], [E-42]
PROTEASE INHIBITORS [S-12]
PROTEASES [D-22], [L-12]
PROTEASOME [G-49], [G-29], [B-2], [G-36], [T-20]
PROTECTION [A-51]
PROTEIC EXPRESSION [E-48]
PROTEIN [N-10], [U-3], [E-81], [H-91], [U-9], [E-69], [N-99], [N-93], [N-6], [W-50], [V-29]
PROTEIN AGGREGATION [T-20]
PROTEIN C [H-37]
PROTEIN CARBONYLS [R-35]
PROTEIN CHARACTERIZATION [E-68]
PROTEIN CRYSTALLIZATION [N-26]
PROTEIN CRYSTALLOGRAPHY [N-26], [N-90], [N-151], [E-28]
PROTEIN DENATURATION [N-86]
PROTEIN DISULFIDE ISOMERASE [T-53], [L-3]
PROTEIN EXPRESSION [F-59], [N-41], [H-135]
PROTEIN EXTRACTION [W-63], [B-27]
PROTEIN FOLDING [N-115]
PROTEIN INTERACTION [G-14], [B-30]
PROTEIN KINASE CK2 [G-23]
PROTEIN NMR [N-66]
PROTEIN PHOSPHATASE [G-14]
PROTEIN PHOSPHATASE-2A [N-97]
PROTEIN PURIFICATION [H-14], [F-15], [N-113]
PROTEIN REFOLDING [N-41]
PROTEIN STRUCTURE [K-20], [N-41], [T-116], [N-149], [N-3]
PROTEIN THIOL GROUPS [A-30]
PROTEIN TYROSINE PHOSPHATASE [N-24], [E-6]
PROTEIN UNFOLDING [N-119], [N-140]
PROTEIN-LIGAND DOCKING [V-9]
PROTEIN-PROTEIN INTERACTION [N-22]
PROTEINASE [J-2], [L-62]
PROTEINASE INHIBITOR [N-44], [D-85]
PROTEINASE INHIBITORS [E-68]
PROTEINASES [D-36], [P-28], [D-44], [H-41]
PROTEINS [K-9], [D-14], [E-55], [E-57], [H-28]
PROTEOGLYCAN [G-60]
PROTEOGLYCANS [L-41], [Q-31]
PROTEOLITIC ACTIVITY [N-100]
PROTEOLYSIS [G-49]
PROTEOLYTIC [L-100], [N-42]
PROTEOLYTIC ACTIVITY [N-70], [W-32]
PROTEOLYTIC BACTERIA [L-73]
PROTEOLYTIC ENZYMES [H-91]
PROTEOME [W-36], [W-3], [H-139], [W-33], [G-26], [W-16], [W-53], [W-26], [W-30], [W-21], [W-41], [W-46], [W-59], [B-27], [W-56], [W-62]
PROTEOME ANALISYS [W-23]
PROTEOME ANALYSIS [W-34]
PROTEOMIC [W-47], [W-48], [W-45], [W-52], [W-10], [W-25], [W-18]
PROTEOMIC ANALYSIS [W-13], [W-5], [W-55], [W-61]
PROTEOMICS [W-7], [W-24], [W-17], [W-22], [W-28], [W-19], [W-29], [W-40], [H-28]
PROTEOMICS ANALYSIS [W-38]
PROTEUS SP. [E-63]
PROTHORACIC GLANDS [D-50]
PROTHROMBIN FRAGMENTS [Q-14]
PROTHROMBINASE COMPLEX [M-28]
PROTHROMBOTIC STATES [C-17]
PROTON GRADIENT [E-75]
PROTON PUMP [E-20]
PROTON TRANSPORT [A-42]
PRPC [Q-20]
PRUNUS PERSICA [M-26]
PSA [H-16], [H-2]
PSD1 [N-150]
PSEUDALLESCHERIA BOYDII [M-31], [M-33], [Q-18], [J-9]
PSEUDOMONAS [F-34], [F-30], [E-14], [N-114]
PSEUDOMONAS AERUGINOSA [W-30], [H-81]
PSI [G-36]
PSORIASIS [L-86]
PSYCHOLOGICAL STRESS [C-15]
PTHA [N-38], [E-2]
PUMP [A-14]
PUNICA GRANATUM [S-37]
PURICATION [H-3]
PURIFICATION [H-25], [N-69], [N-30], [D-7], [N-122], [G-28], [L-49], [N-123], [H-39], [L-83], [L-22], [N-33], [L-98], [L-76], [L-13], [N-62], [E-62], [N-64], [L-71], [D-81], [N-126], [D-49], [H-128], [N-59]
PURIFICATION AND IDENTIFICATION [D-43]
PURIFIED COMPOUND AND EXTRACTS [H-115]
PURINE DEGRADATION PATHWAY [F-3]
PURINE NUCLEOSIDE PHOSPHORYLASE [N-103]
PURINERGIC SYSTEM [C-24]
PVA-PANIG [H-59]
PYCNOPORUS CINNABARINUS [H-55]
PYCNOPORUS SANGUINEUS [H-97]
PYRAZOLE [T-109]
PYRIDINEFORMAMIDE THIOSEMICARBAZONE [H-1]
PYRIMIDINE SYNTHESIS PATHWAY [L-112]
PYROPHOSPHATASE [L-111], [L-89]
PYROPHOSPHATE [D-15]
Q-PCR [E-15]
QCONCAT [W-35]
QM [H-107]
QRT-PCR REAL TIME [B-28]
QSOX [O-7], [T-21]
QTLS [E-81]
QUALITY PROTEIN [U-11]
QUANTIFICATION [W-35]
QUANTITATIVE PCR [B-38]
QUATERNARY ASSEMBLE [N-25]
QUENCH [N-52]
QUERCETIN [T-9], [R-13], [T-113], [J-13], [N-4]
QUESCIN Q6/SULFHYDRYL OXIDASE [T-21]
QUICK TEST OF DIAGNOSTIC [H-77]
QUININE [P-23]
QUINONE [P-27]
R. MICROPLUS [I-6], [I-2]
R. PROLIXUS [D-53]
RACE-PCR [D-16]
RACHYCENTRUN CANADUM [L-28]
RAD6 [G-30]
RADICAL SCAVENGING CAPACITY [H-134]
RAFFINOSE [E-69]
RAFFINOSE OLIGOSACCHARIDES [L-39], [L-70]
RAGE [T-30], [T-52]
RANA CATESBEIANA [S-16]
RANDOM MUTAGENESIS [F-51]
RAP [Q-44]
RAT [T-15], [R-11], [M-5]
RATS [I-26], [T-83], [I-23]
REACTIVE NITROGEN SPECIES [T-72]
REACTIVE OXYGEN [A-54]
REACTIVE OXYGEN SPECIES [T-4], [E-41], [G-16], [A-27], [A-22], [T-55], [T-72], [T-88], [T-53], [T-66], [E-54]
REACTIVE OXYGENS SPECIES [A-24]
REACTIVE SPECIES [T-23], [T-30]
REAL TIME-PCR [G-25]
REAL-TIME [D-63]
REAL-TIME PCR [N-135]
REAL-TIME QRT-PCR [H-47]
RECEPTOR [N-47]
RECIPROCAL BEST HIT [V-26]
RECK [J-5], [B-32]
RECOMBINANT [D-27]
RECOMBINANT CLOTTING FACTORS [H-131]
RECOMBINANT DNA [H-111], [B-12]
RECOMBINANT EXPRESSION [D-32]
RECOMBINANT PROTEIN [H-108], [P-26], [H-56]
RECOMBINANT PROTEINS [H-104], [H-72], [N-63]
RECOMBINANT SALMONELLA [H-71]
RECOMBINAT PROTEIN [H-90]
RECOMBINATION-BASED CLONING [F-59]
RED ALGAE [M-28]
RED MARINE ALGA [N-6]
REDOX [T-121]
REDOX MODULATION [G-49]
REDOX REACTION [T-73]
REDOX SIGNALLING [T-24]
REDOX-ACTIVITY [T-38]
REDUCED GLUTATHIONE [A-29]
REFOLDING [H-49], [H-58], [H-6]
REGULAÇAO DA TRANSCRIÇAO [F-32]
REGULAÇAO GENICA [B-25]
REGULATION [I-7], [A-32]
REGULATORY SEQUENCES [E-7]
REMODELING [T-21]
RENAL FAILURE [R-18]
RENAL ISCHEMIA [P-4]
RENIN-ANGIOTENSIN SYSTEM [N-131]
REPLICATION [F-6]
REPLICATION PROTEIN A (RPA) [G-31]
REPRESSOR ELEMENTS [D-28]
REPRODUCTIVE CYCLE [M-22]
REPRODUCTION [T-110], [T-15], [T-14]
RESIDUE [I-8]
RESPIRATION [A-27], [A-22], [A-24]
RESPIRATORY BURST [T-28], [T-57]
RESPIRATORY CHAIN [A-6], [A-13]
RESPIRATORY CHAIN COMPLEX ACTIVITIES [R-25]
RESTRAINED MOLECULAR DYNAMICS [S-46]
RESVARATROL [J-6]
RESVERATROL [T-48], [J-13]
RETINOID [N-104]
RETINOL [T-30]
REVERSE PHASE CHROMATOGRAPHIES [W-43]
REVERSE TRANSCRIPTASE [L-97]
REVERSE TWO HYBRID [N-10]
REVERSED-PHASE HPLC [H-5]
RGG BOX [B-15]
RHAMNOLIPID [W-30]
RHAMNOLIPIDS [H-81]
RHBP [D-76]
RHEOLOGY [M-26], [H-86]
RHINOCLADIELLA AQUASPERSA [Q-32]
RHIPICEPHALUS (BOOPHILUS) MICROPLUS [D-65]
RHIPICEPHALUS MICROPLUS [D-56]
RHIZOBIA [N-46]
RHIZOBIALES [E-28]
RHODNIUS PROLIXUS [D-20], [D-19], [D-17], [D-21], [D-4], [D-76], [D-8], [D-10], [A-24], [D-25], [T-64], [G-73], [D-49], [D-45], [D-66], [D-74], [D-61]
RHODNIUS PROLIXUS SALIVA [D-3]
RHYNCHOSCIARA [D-39], [D-67]
RHYNCHOSCIARA AMERICANA [D-42]
RIBOSE-5-PHOSPHATE ISOMERASE [G-42]
RIBOSOME BIOGENESIS [B-36]
RIC-8 [V-32]
RICE [F-61], [F-34], [F-30]
RICE BARK [H-23]
RICINUS COMMUNIS [W-55], [N-88]
RIGGIA PARANENSIS [U-4]
RIGOR BONDS [N-36]
RING GLAND [D-28]
RIPHICEPHALUS (BOOPHILUS) MICROPLUS [D-6]
RLOSAC [D-60]
RNA [N-71], [U-9]
RNA BINDING PROTEINS [B-15], [B-13]
RNA INTERFERENCE [D-8], [G-16]
RNAI [D-68]
ROLA [F-12]
ROLLING-CIRCLE-LIKE [F-6]
ROOT [E-67]
ROOT DEVELOPMENT [E-76]
ROOT-KNOT NEMATODES [E-25]
ROS [T-45], [I-12], [T-112], [T-19], [A-12], [T-64], [G-24]
ROSE BENGAL [T-2]
ROSEMARY [P-2]
ROSMARINUS OFFICINALIS [T-37]
ROTAVIRUS INFECTION [F-25]
RP-HPLC [H-64], [W-22]
RPN10 [G-29]
RT-QPCR [G-8]
RUNX2 [B-16]
RUTHENIUM [A-60], [T-86]
RUTIN [T-27]
S [V-29]
S-GLUTATHIONYLATION [G-49], [T-59]
S-NITROSATION [N-21]
S-NITROSOGLUTATHIONE [N-21]
S-NITROSYLATION [E-19]
S. AUREUS [S-37]
S. BOULARDII [Q-4]
S. CEREVISIAE [A-13], [T-62]
S. MANSONI [G-29]
S. TYPHIMURIUM [Q-4]
S.CEREVISIAE [P-8]
S100 FAMILY [N-119]
S100A12 [N-119]
S2R+ CELLS [D-29]
SACCHAROMYCES [G-58], [H-85], [H-101]
SACCHAROMYCES CEREVISIAE [I-20], [L-16], [G-39], [T-87], [G-56], [I-27], [G-12], [G-27], [G-49], [Q-9], [T-65], [N-120], [G-20], [G-4], [G-38], [P-27], [G-62], [G-30], [A-56], [H-27], [A-33], [G-24]
SACCHAROMYCES SEREVISIAE [G-54]
SACCHARUM OFFICINARUM [V-31]
SALINITY ACCLIMATION [L-75]
SALIVA [U-4], [T-106]
SALIVARY BIOMARKERS [C-15]
SALIVARY GLAND [T-123], [D-49]
SALIVARY GLANDS [D-42]
SALIVARY RINSE [B-38]
SALMONELLA [H-133], [F-26]
SALMONELLA VACCINE [H-104]
SALT ACTIVATION [L-87]
SALT STRESS [A-47], [E-44]
SAM [H-16], [H-2]
SAMPLE PREPARATION [W-1], [W-4], [W-10], [W-53]
SAMPLES STABILITY [L-26]
SAP30L [N-37]
SAPONIN [V-1]
SAXS [N-75], [N-90]
SBP1 [G-39]
SCA [V-22]
SCAFFOLD [H-136]
SCAFFOLDING PROTEIN [B-20]
SCAVENGER RADICAL [A-44]
SCEDOSPORIUM APIOSPERMUM [M-31]
SCEDOSPORIUM PROLIFICANS [M-33]
SCF COMPLEX [W-8]
SCHISTOSOMA MANSONI [H-63], [N-103], [B-28], [B-2], [H-133], [W-35], [G-26], [G-5], [H-123]
SCHISTOSOMIASIS [N-107], [P-23], [L-100], [L-114], [N-39]
SCHIZOPHRENIA [R-27]
SCIARIDAE [D-50]
SCIARIDS [D-58]
SCIENCE [K-5]
SCIENCE CLUB [U-10]
SCIENCE LEARNING [K-1]
SCIENCE TEACHERS [K-12]
SCIENTIFIC [U-7]
SCIENTIFIC METHODOLOGY [K-5]
SCOPOLAMINE [T-109]
SCORPAENA PLUMIERI [N-145], [S-42]
SCORPION [D-62], [S-30], [W-54]
SCORPION VENOM [W-32]
SCOURED FOOD [U-3]
SCREEN-PRINTED [H-43], [H-18]
SCREENING [H-117]
SCYTALIDIUM [L-23]
SCYTALIDIUM THERMOPHILUM [L-11]
SDS-PAGE 1D [R-29]
SEA AND SEB SECRETION [H-48]
SEA ANEMONE [S-29]
SEA ANIMALS [S-25]
SEA URCHIN [M-22], [M-12]
SECONDARY METABOLITES [D-71]
SECONDARY PROTEIN STRUCTURE. [K-20]
SECONDARY STRUCTURE ELEMENTS [V-20]
SECRETED [W-26]
SECRETION [N-42]
SECRETOME [W-11], [W-12]
SECRETORY PATHWAY [A-23]
SECRETORY VESICLES [G-55]
SEED COAT [E-35], [E-18]
SEED DEVELOPMENT [E-3], [W-55]
SEED LONGIVITY [L-93]
SEED MATURATION [E-52]
SEED-SPECIFIC PROMOTER [E-10]
SEEDLING DEVELOPMENT [E-8]
SEEDS [D-14], [E-57], [E-40], [S-24], [S-19], [E-68]
SELECTIVE INHIBITION [N-107]
SELECTIVITY [L-104]
SELEGILINE [J-4]
SELENOCYSTEINE [G-6]
SELF ASSEMBLY PROTEINS [N-118]
SEMIEMPIRICAL METHOD [V-7]
SEMINAL PLASMA [U-1]
SEMINAL PLASMA. [N-137]
SENESCENCE [J-8]
SENNA MACRANTHERA [N-147]
SENSITIZATION [R-5]
SEPSIS [A-55], [R-2], [C-30], [T-56], [W-60]
SEPT3 [B-30]
SEPT9 [B-30]
SEPTIC INJURY [D-78]
SEPTIN [B-20], [N-12], [N-112], [B-9]
SEPTINS [V-10], [B-30]
SEQUENCE [V-8]
SEQUENCED PROTEINS [H-32]
SEQUENCING [D-67], [S-33]
SERCA [A-34], [A-40]
SERINE PROTEASE [N-15], [D-5]
SERINE PROTEASES [L-50]
SERINE PROTEINASE [E-51], [E-16], [L-24]
SERINE PROTEINASES [N-40], [E-68], [E-74], [E-49]
SERINE-PROTEASE [L-73]
SERINE/THREONINE PHOSPHATASES [G-8]
SERINEPROTEASES [N-154]
SEROLOGICAL ASSAY [N-63]
SEROLOGICAL REACTIVITY [W-45]
SEROTONIN [I-10], [I-16]
SERTOLI CELLS [T-30], [Q-2]
SERUM [C-7], [W-61], [T-106]
SERUM AMYLOID A [T-45]
SERUM ANTIOPHIDIC [O-1]
SERUM MARKERS [C-23]
SERYL-TRNA SYNTHETASE [G-6]
SET [N-59]
SHRIMP [H-46]
SHRIMPS FEED [L-7]
SIALYLGLYCOCONJUGATES [Q-18]
SICKLE CELL [T-11]
SICKLE CELL ANEMIA [C-33]
SIDE REACTIONS [S-45]
SIGNAL PEPTIDE [G-15]
SIGNAL TRANSDUCTION [G-54]
SIGNALING [C-35], [Q-20], [Q-40]
SILK GLAND [L-37]
SILKWORM [D-38]
SIMULATED ANNEALING [S-8]
SINALIZATION [Q-35]
SINDBIS VIRUS [D-34]
SINGLE TRYPTOPHAN MUTANTS [N-140]
SINGLET OXYGEN [T-104], [T-105], [T-40], [T-95], [T-51], [T-42], [T-75]
SINORHIZOBIUM [E-14], [F-13]
SINTESE EM FASE SOLIDA [L-20]
SIRNA [J-10]
SIT4 [G-33]
SITE-DIRECTED MUTAGENESIS [L-42]
SITE-DIRECTED SPIN LABELING [N-7]
SITOPHILUS ZEAMAIS [L-29]
SKELETAL MUSCLE [I-21], [W-38]
SKELETAL MUSCLES [A-52]
SKIN [B-1], [L-86]
SKIN STEM CELL [B-1]
SKINNED SKELETAL MUSCLE FIBERS [N-21]
SKP [B-1]
SLEEP DEPRIVATION [L-45], [I-3], [Q-41], [R-22]
SM14 [H-63]
SMALL MOLECULES [N-8]
SMALL-ANGLE X-RAY SCATTERING [N-90]
SMOKING [T-122]
SMOOTH MUSCLE CELL [Q-28]
SMZF1 [G-5]
SNAKE [N-146]
SNAKE PLASMA [N-27]
SNAKE VENOM [N-16], [W-13], [L-95], [N-98], [L-98], [B-11], [N-40], [S-34], [L-24]
SNAKE VENOM PROTEOMIC [O-1]
SNAKE VENOM VARIABILITY [W-16]
SNAKE VENOMS [S-47], [N-34], [N-124]
SNP [H-24]
SNPPIX [G-50]
SNPS [B-7], [G-25], [G-11]
SOCIAL INSECTS [D-18]
SOCIAL-CULTURAL PROFILE [K-10]
SODIUM DODECYL SULFATE [L-38]
SOFTWARE [V-11], [K-14], [K-16]
SOIL [H-12]
SOIL DNA [G-35]
SOLID STATE CULTIVATION [H-8]
SOLID-STATE CULTIVATION [H-81]
SOLID-STATE FERMENTATION [L-63], [H-7]
SOLUBILIZATION [A-17]
SOLUBLE INORGANIC PYROPHOSPHATASE [D-15]
SOLVENT [U-12]
SOLVENT CONDITIONS [V-27]
SOMATIC EMBRYOGENESIS [W-34], [H-45], [H-19]
SOS REPAIR SYSTEM [N-9]
SOYBEAN [E-77], [E-81], [E-6], [E-73], [E-69], [E-83]
SOYBEAN SEEDS [H-39]
SOYBEANS [E-38]
SPATIAL STRUCTURE [S-35]
SPE [T-78]
SPECTROSCOPIC TECHNIQUES [N-13]
SPEVIFICITY [L-107]
SPHINGOMYELIN (SM) [M-45]
SPHINGOMYELINASE-D [V-6]
SPIDER [S-20], [S-12], [L-37], [S-43]
SPIDER TOXIN [B-23]
SPIDER VENOM [N-100], [S-38]
SPLEEN [Q-41]
SPLICEOSOME [G-43]
SPODOPTERA FRUGIPERDA [L-8]
SPONGE [F-4], [L-106], [G-22]
SPPS [S-44]
SPPS-FMOC [S-3]
SPR [Q-10]
SR [C-10]
SRC-FAMILY KINASE [Q-8]
SRNAS [E-14]
SRUCTURE-ACTIVITY RELATIONSHIP [S-5]
STABILITY [N-68], [L-56], [N-8]
STABILIZATION [H-60]
STACHYOSE [E-69]
STACHYTARPHETA CAYENNENSIS [L-16]
STANNIOCALCIN-1 [N-2]
STAPHYLOCOCCUS AUREUS [N-101], [H-48], [F-1]
STARCH [E-55]
STATIN [Q-11]
STATISTICAL PHYSICS MODELS [V-27]
STC1 [N-35]
STEATOSIS [C-31]
STEGOMYIA (AEDES) AEGYPTI [D-14], [E-40]
STEM [E-67]
STEM CELL [B-5]
STENOTROPHOMONAS [H-113], [H-140], [H-10]
STEROL BIOSYNTHESIS INHIBITORS [P-22]
STI1 [Q-20]
STICHOLYSIN II [S-27]
STING [V-20]
STING DATABASE [V-4]
STINGRAYS [S-52]
STKC [V-31]
STOICHIOMETRIC NETWORK [I-14]
STORAGE PROTEINS [E-73]
STRAIN INJURY [T-98]
STRAINS Y [G-36]
STREPTOCOCCUS MUTANS [T-18], [F-15], [G-45], [N-143]
STRESS [T-15], [A-14], [G-62], [E-17]
STRESS INDUCIBLE PROTEIN 1 [J-11]
STRESS PROTEINS [N-120]
STRESS RESPONSE [G-4]
STRESS. [T-18]
STRUCTURAL BIOLOGY [L-100]
STRUCTURAL CHARACTERIZATION [V-15]
STRUCTURAL GENOMICS [N-120]
STRUCTURE [M-49], [M-26], [M-11], [N-117], [N-13], [N-19], [V-4], [V-25]
STRUCTURE PREDICTION [V-20]
STUDENTS OF HIGH SCHOOL [K-10]
SUBCELLULAR LOCALIZATION [F-12]
SUBMERGED CULTURES [M-34]
SUBMERGED FERMENTATION [L-79]
SUBMITOCHONDRIAL PARTICLES [A-58]
SUBSTRATE-TRAPPING [N-24]
SUBTRACTIVE LIBRARY [F-22]
SUCARCANE [E-41]
SUCCINATE [A-1]
SUCCINATE DEHYDROGENASE [A-55], [A-38]
SUCEST [V-31]
SUCROSE [H-101], [E-20]
SUCROSE DENSITY GRADIENT [G-69]
SUF [F-46]
SUGAR [A-26]
SUGAR CANE JUICE [I-30]
SUGAR TRANSPORTER [A-33]
SUGAR-CANE [A-26]
SUGARCANE [H-68], [E-30], [H-70]
SUGARCANE GIANT BORER [H-68]
SULFATED FUCAN [M-22]
SULFATED GALACTAN [M-12]
SULFATED GALACTANS [M-14]
SULFATED GALACTANS, [M-19]
SULFATED POLYSACCHARIDE [M-36], [M-28]
SULFATED POLYSACCHARIDES [E-32], [E-44], [M-14]
SULFENIC ACID [T-17]
SULFOBETAINES [A-39]
SUMOILAÇAO [B-25]
SUNFLOWER [H-30], [E-70]
SUPEROXIDE [T-115]
SUPEROXIDE ANION [T-57]
SUPEROXIDE DISMUTASE [V-22]
SURVIVIN [P-13]
SVCT [Q-2]
SWEET ORANGE [E-26]
SWELLING [A-6]
SWINE [J-7]
SWINE ENZOOTIC PNEUMONIA [F-19]
SYMBIOSIS [Q-12]
SYNECHOCOCCUS ELONGATUS [T-121]
SYNERGISM [L-21]
SYNTHESIS OF PEPTIDE [S-6]
SYNTHETIC HEMOCIDIN [S-5]
SYNUCLEIN [J-4]
T. CRUZI [G-32], [A-8], [W-58], [L-96], [W-19], [G-50]
T. CRUZI BIOLOGY [W-64]
T. HARZIANUM [W-11]
T4SS [N-19]
TACHYPHYLAXY [S-17]
TACROLIMUS [P-30]
TADPOLES [L-4]
TAF-I BETA [N-59]
TAGS CLEAVAGE [H-31]
TAMARINDUS INDICA [E-58]
TAMBAQUI [B-34], [H-3]
TAMBAQUI. [L-54]
TANGERINE [T-7]
TAP (TANDEN AFFINITY PURIFICATION) [W-8]
TARANTULA VENOM [S-35]
TARGET-BASED DRUG DISCOVERY [N-39]
TAURINE [T-72], [T-77]
TAXOL [I-5], [P-9], [Q-26]
TCA [W-63]
TCA-SOLUBLE PEPTIDES [L-7]
TEACH AND LEARNING PROCESS [K-19]
TEACHING [K-16]
TECIDUAL DAMAGE [C-4]
TELLURIUM [L-10], [T-83]
TELOMERASE [T-13]
TELOMERES [G-17], [G-3], [G-31]
TEMPOL-TREATED MICE [T-89]
TENEBRIO MOLITOR [D-7], [D-27]
TEST ALLIUM CEPA [H-114]
TETRACAINE [H-11]
TETRACHLORIDE CARBON [S-31]
TEV PROTEASE [H-31]
TEXTILE DYE [H-124]
TEXTILE EFFLUENTS [L-109]
TG/HDL-C RATIO [I-19]
TGF-BETA [W-64]
TGF-BETA1 [B-6]
THAP [D-63]
THEOBROMA CACAO [E-9]
THERAPEUTIC PROTEIN [H-128]
THERAPEUTIC PULSED ULTRASOUND [T-76]
THERAPEUTIC TARGET [C-35]
THERAPEUTIC ULTRASOUND [T-117]
THERAPY [I-17]
THERMAL [T-103]
THERMAL ANALYSIS [H-70]
THERMAL STABILITY [L-74]
THERMIC STRESS [B-2]
THERMOASCUS AURANTIACUS [H-8]
THERMODYNAMIC [N-144], [L-72]
THERMODYNAMIC ASSAYS [N-70]
THERMODYNAMICS [V-28], [L-56], [A-39], [N-83], [N-56]
THERMOGENESIS [A-40], [A-52]
THERMOLYSIN [L-110]
THERMOPHILIC ENZYME [L-68], [L-58], [L-27]
THERMOPHILIC PROTEASE [L-23]
THERMOSTABILITY [H-106], [L-83], [A-46]
THERMOSTABLE PROTEIN [N-133]
THIAZOLIDINEDIONES [P-10]
THIMET [L-10]
THIMET OLIGOPEPTIDASE [T-59]
THIMET- OLIGOPEPTIDASE [L-6]
THIOL [T-123]
THIOL LEVELS [T-61]
THIOL-PEROXIDASE [F-19]
THIOL-PROTEINS [T-53]
THIOLS [A-20]
THIOREDOXIN [N-22]
THIOREDOXIN PEROXIDASE ACTIVITY [T-29]
THIOREDOXIN REDUCTASE [N-22]
THIOREDOXIN REDUCTASE 1 [L-94]
THIOSEMICARBAZONES [P-3]
THIYL RADICAL [T-28]
THREADING [V-32]
THREONINE DEHYDRATASE [L-18]
THROMBIN [P-15], [L-55]
THROMBIN INHIBITOR [D-12]
THROMBIN-LIKE [N-154], [N-40]
THROMBIN-LIKE ENZYME [L-95]
THROMBOSIS [M-48], [S-48], [M-44], [I-11]
THROMBOSPONDIN RELATED ANONYMOUS PROTEIN [G-48]
THYMINE HYDROPEROXIDE [T-42]
THYROID CARCINOMA [Q-37]
TICK [D-70], [J-14], [D-65], [N-129]
TICK-BORNE ENCEPHALITIS VIRUS [F-5]
TIDAL CICLE [G-59]
TIP41 [B-18]
TIPRL [N-97]
TISSUE [W-39]
TISSUE CULTURE [H-45]
TISSUE ENGINEERING [H-136]
TISSUE SPECIFICITY [E-66]
TITRATION [K-15]
TITYUS SERRULATUS [S-32], [S-11], [W-32]
TLC [F-20]
TLYC [H-118]
TOAC [L-65], [S-49]
TOBACCO [E-54]
TOLERANCE TO LOW PH [G-58]
TOM70 [N-142]
TOMATIDINE [P-22]
TONOPLAST [A-43]
TOPOISOMERASES [L-20]
TOR [G-33]
TOTAL ANTIOXIDANT CAPACITY [T-106]
TOTAL CHOLESTEROL [E-45]
TOXICITY [I-18], [D-14], [Q-7], [E-38], [T-83], [T-35]
TOXINA DE ARANHA [A-28]
TOXINAS BACTERIANAS [L-20]
TOXINS [S-47], [S-15]
TOXOCARA CANIS [G-35]
TOXOCARIASIS [G-35]
TRAILING [L-5]
TRANCRIPTOME [B-3]
TRANS-SPLICING [G-43]
TRANSCRIPTION [Q-5], [B-16], [B-32]
TRANSCRIPTION FACTOR [G-5], [E-70]
TRANSCRIPTION FACTORS [G-68], [E-17], [G-52], [D-82], [C-1]
TRANSCRIPTION REGULATION [N-66]
TRANSCRIPTIONAL ACTIVATION [C-1]
TRANSCRIPTOME [B-22], [D-75], [H-35]
TRANSCRIPTOMES [D-54]
TRANSDERMAL DELIVERY [H-78]
TRANSFERSOMES [H-78]
TRANSFORMATION [E-10]
TRANSGLYCOSYLATION [L-11]
TRANSLATION [G-39], [G-56]
TRANSMEMBRANE PROTEINS [V-18]
TRANSPORT SYSTEM [V-14]
TRANSPORTERS [A-32]
TRANSPOSON [D-39]
TRANSPOSON INSERTION [F-40]
TRANSPOSONS [D-18]
TRANSTHYRETIN [N-55], [N-65], [N-105], [N-82], [N-8]
TRANSTHYRETIN-LIKE PROTEIN [F-3]
TREBOUXIA SP [M-40]
TREHALASE [L-8], [L-58]
TREHALOSE [G-62]
TRIATOMINE [D-64]
TRIAZOLYC DERIVATIVES [L-97]
TRICHIODERMA [G-52]
TRICHODERMA LIGNORUM [H-127]
TRICHODERMA REESEI [L-67]
TRICHOSPORON ASAHII [M-42]
TRIGLYCERIDES [E-45]
TRIOSE PHOSPHATE ISOMERASE [D-65]
TRIOSEPHOSPHATE ISOMERASE [N-129]
TRITURATIVE STOMACH [G-1]
TROPICAL CONDITIONS [D-30]
TROPONIN C [N-36]
TRX SYSTEM [T-116]
TRYPANOSOMA [G-67]
TRYPANOSOMA CRUZI [N-32], [G-73], [G-10], [G-64], [Q-22], [G-36], [G-44], [G-9], [G-15], [N-106], [G-70], [G-57]
TRYPANOSOMA CRUZI STRAIN Y [N-43]
TRYPANOSOMA RANGELI [D-17], [Q-33], [Q-16], [T-73]
TRYPANOSOMATIDS [G-51], [Q-12]
TRYPANOTHIONE [G-70]
TRYPOMASTIGOTE [W-20]
TRYPSIN [L-92], [D-59], [L-4], [L-56], [D-43], [D-57], [N-4], [L-31]
TRYPSIN INHIBITOR [D-84], [S-24], [D-5], [E-74]
TRYPSIN INHIBITORS [E-5]
TRYPSIN-LIKE ENZYME [H-94]
TRYPTOPHAN FLUORESCENCE [N-87]
TSC [R-21]
TSES [Q-20]
TUBERCULOSIS [W-51], [F-28]
TUBERIN [R-21]
TUMOR [T-113]
TUMOR CELLS [T-13]
TUMOR SUPPRESSOR [H-107]
TUMORS [B-24]
TWO HYDRID SYSTEM [B-4]
TWO-COMPONENT SYSTEM [F-27]
TWO-HYBRID [G-2], [G-12]
TWO-HYBRID ASSAY [B-30]
TWO-HYBRID SYSTEM [B-20], [G-14]
TWO–DIMENSIONAL GEL ELECTROPHORESIS [W-6]
TX2-6 [S-38]
TYPE 1 DIABETES [A-9]
TYPE 2A PHOSPHATASE [B-18]
TYPE III SECRETION SYSTEM [F-31], [F-58]
TYPE THREE SECRETION SYSTEM [F-43]
TYROSINE PHOSPHORYLATION [I-10]
U138-MG [L-46]
U5 [G-43]
UBIQUINATION [G-30]
UBIQUITIN-CONJUGATING [G-30]
UBIQUITIN-PROTEASOME SYSTEM [Q-6]
UBIQUITINATION [R-21]
UBIQUITOUS UREASE [H-90]
UDP-GLUCOSE PYROPHOSPHORYLASE [N-90]
UGPASE [N-90]
ULTRAFILTRATE [W-26]
ULTRASOUND [C-31]
ULTRASTRUCTURAL AND BIOCHEMICAL ANALYSIS [P-17]
UMUC PROTEIN [N-9]
UNCLOUPING PROTEIN [A-37]
UNCOUPLING PROTEIN [E-37]
UNIFOLIATE [E-31]
UPDATE [K-12]
UPEC [F-2]
UPR [G-53]
UREA-INDUCED DENATURATION [N-86]
UREASE [D-36], [D-33], [F-17], [E-38], [L-76], [H-54]
URIDYLYLATION [F-63], [F-64]
URINARY TRACT INFECTION [F-2]
URINE [W-53]
USNIC ACID [H-65]
V-ATPASE [L-75]
VACCINE [H-108], [H-63], [D-65], [D-6], [H-71], [H-133], [H-104], [A-41], [H-135]
VACULAR CELLS [T-54]
VACUOLAR PROTON PUMPS [E-24], [A-47]
VALERIANA OFFICINALIS [T-80]
VALPROATE [R-37]
VANADYL ION [M-29]
VASOCONSTRICTOR [S-7]
VASOOCLUSIVE EVENTS [C-33]
VEGF [O-4]
VENOM [W-52], [W-14], [E-29], [W-62]
VENOM PROTEINS [O-5]
VENOMICS [W-22]
VENOUS THROMBOSIS [E-51]
VESICLES [W-45]
VH+-ATPASE [A-56]
VIABILITY [Q-38]
VIBRIO CHOLERAE [W-21]
VICILIN [N-67]
VICTORIA AMAZONICA [H-137]
VIGNA UNGUICULATA [E-3], [E-24], [A-47], [E-37], [E-71], [E-68], [E-31], [E-33], [E-47]
VIGNA UNGUICULLATA [E-61]
VINBLASTINE [P-9]
VIOLACEIN [T-82]
VIRAL ASSEMBLY [N-84]
VIRAL RNA [F-47]
VIRULENCE FACTORS [F-49], [G-55], [F-2]
VIRUS [L-82], [D-46], [F-39], [H-46]
VIRUSES [P-2]
VISUAL LITERACY [K-22]
VITAMIN A [T-23], [T-52], [T-66]
VITAMIN B12 [C-12]
VITIS VINIFERA [E-20]
VOCHYSIA THYRSOIDEA [M-49]
WALKER 256 [T-113]
WALKER 256 TUMOR [C-34]
WASP [W-14]
WATER [D-52]
WATER DEFICIT [W-59]
WATER EFFECT [N-127]
WATER EXTRACTS [D-14]
WATER PURIFICATION [N-134]
WATER STRESS [E-56], [E-83]
WEB 2.0 [V-21]
WEBSITE [K-11]
WESTERN BLOTTING [Q-25]
WINE YEASTS [I-27]
WITCHES’ BROOM [N-125]
WOOD SYNTHESIS [W-41]
WORKERS FROM A TERMOELETRIC INDUSTRY [T-74]
WOUND HEALING [T-117]
WOUND REPAIR [N-18]
WOUND RESPONSE [E-80]
WOUNDING [E-31]
WRITTEN TESTS ANALYSIS [K-3]
WSSV [H-46]
X [P-30]
X-RAY ANALYSIS [N-80]
X-RAY CRYSTALLOGRAPHY [N-107]
X-RAY DIFFRACTION ANALYSIS [N-26]
X-RAY-CRYSTALLOGRAPHY [N-120]
XANTHINE OXIDASE [T-66]
XANTHOMONAS [N-19], [W-17], [W-12], [N-74]
XANTHOMONAS AXONOPODIS PV CITRI [N-38]
XANTHOMONAS AXONOPODIS PV. CITRI [F-48], [E-2]
XANTHONE [R-10]
XYLANASE [H-8], [H-120], [H-106], [L-49], [L-60], [L-91], [H-7]
XYLANASES [L-80]
XYLANOLYTIC ENZYMES [H-103]
XYLELLA [T-67]
XYLELLA FASTIDIOSA [F-35], [T-31], [T-29], [L-112], [N-126]
XYLOSIDASE [H-120], [L-84]
YAP1 [G-24]
YAP8 [G-24]
YEAST [A-23], [T-87], [G-2], [A-35], [I-9], [A-32], [T-116], [G-71]
YEAST PRION [N-87]
YEAST TWO HYBRID [N-12]
YEAST TWO-HYBRID [N-2], [N-48]
YEAST TWO-HYBRID SYSTEM [B-36], [B-15], [B-13], [B-9]
YELLOW FEVER VIRUS [F-5]
YF 17D RECOMBINANTS [F-57]
YOLK [D-23]
YPSB [F-23]
ZANTHOXYLUM [R-6]
ZAPA [F-10]
ZEBRAFISH [R-32]
ZETA POTENTIAL [H-141]
ZINC [N-53]
ZUCCHINI [L-74]
ZWITTERIONIC SURFACTANTS [A-39]
ZYMOGRAMS [L-103]
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