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- Organs
- Species
- Age class
- Gender
- Conditions
- Remarks
- airway pressure
- albumin
- ALT
- alveolar surface area
- alveolar ventilation
- alveolar wall thickness
- amount of mucosa
- AST
- ATP synthase activity
- bile flow
- blood flow
- body length
- branched-chain fatty acid
- branching of tracheo-brochial airways
- cAMP level
- capillary length
- capillary surface area
- capillary volume
- cell proliferation
- cells per taste bud
- circumference
- circumvallate
- content
- contraction index
- contractions per hour
- cortical perfusion
- cortisol
- creatine clearance
- creatinine clearance
- crypt density
- crypt depth
- crypt length
- crypt width
- cypt cells per column
- cytochrome b5
- density
- development
- diameter
- DNA content
- DNase I
- ejection fraction
- emptying time
- filtration fraction
- flow rate
- foliate
- fungiform
- gastric emptying
- gastric secretion
- gastric volume
- glomerular area
- glomerular capillary area
- glomerular cell number
- glomerular filtration rate
- glomerular nucleus number
- glomerular number
- glutaredoxin
- glutathione level
- half-emptying time
- height
- hepatic blood flow
- hepatocytes
- homogenate
- instestinal fluid
- intrinsic repiratory rate
- inulin clearance
- LDH
- length
- liver/body weight ratio
- lobulation of the lung
- lung capacity
- lung volume
- mass of digesta
- mean linear intercept
- microsomal protein
- minute ventilation
- minute volume
- mucosal thickness
- mucosal weight
- muscular heigth
- muscular thickness
- number of alveoli
- number of fungiform papillae
- number of glomeruli
- number of nephrons
- number of taste buds
- orocecal transit time
- osmolality
- output
- peak inspiratory pressure (PIP)
- percentage water
- pH
- short-chain fatty acid
- pleura
- positive end-expiratory pressure (PEEP)
- protein
- protein content
- ratio body length to intestine length
- ratio dead space volume(Vd) and tidal volume (Vt)
- renal blood flow
- renal filtration surface
- renal perfusion pressure
- renal plasma flow
- renal venous pressure
- respiratory bronchioles
- respiratory rate
- shape
- size
- submucosa height
- surface area
- taste bud
- temperature
- terminal bronchioles
- thickness
- tissue weight
- tissue weight/ 100 g body weight
- transit index
- transit time
- velocity
- ventilation
- villus height
- villus height-to-crypt depth ratio
- villus height-to-width ratio
- villus length
- villus surface
- villus width
- volume
- wall area
- wall thickness
- weight
- weight/length ratio
- weight of digesta
- width
- α-amylase level
- contractions
- submucosa thickness
- free fatty acids
- midvillus width
- acini > amylase release
- bacteria > aerobic bacteria
- bacteria > anaerobic bacteria
- bacteria > Bacillus spp.
- bacteria > Bacteroides caccae
- bacteria > Bacteroides coagulans
- bacteria > Bacteroides diastonis
- bacteria > Bacteroides eggerthii
- bacteria > Bacteroides fragilis
- bacteria > Bacteroides ovatus
- bacteria > Bacteroides spp.
- bacteria > Bacteroides sp.strain F1
- bacteria > Bacteroides sp.strain FO
- bacteria > Bacteroides tectus
- bacteria > Bacteroides thetaiotaomicron
- bacteria > Bacteroides uniformis
- bacteria > Bacteroides vulgatus
- bacteria > Bifidobacterium adolescentis
- bacteria > Bifidobacterium angulatum
- bacteria > Bifidobacterium animalis
- bacteria > Bifidobacterium bifidum
- bacteria > Bifidobacterium boum
- bacteria > Bifidobacterium breve
- bacteria > Bifidobacterium breve strain Yakult
- bacteria > Bifidobacterium catenulatum
- bacteria > Bifidobacterium dentium
- bacteria > Bifidobacterium infantis
- bacteria > Bifidobacterium longum
- bacteria > Bifidobacterium pseudocatenulatum
- bacteria > Bifidobacterium spp.
- bacteria > Bifidobacterium sp. strain DO5
- bacteria > Bifidobacterium ssp.
- bacteria > Bifidobacterium suis
- bacteria > Campylobacter spp.
- bacteria > Campylobactor
- bacteria > Clostridium bifermentans
- bacteria > Clostridium borati
- bacteria > Clostridium clostridiiforme
- bacteria > Clostridium coccoides
- bacteria > Clostridium coccoides-Eubacterium rectale
- bacteria > Clostridium cocleatum
- bacteria > Clostridium histolyticum
- bacteria > Clostridium innocuum
- bacteria > Clostridium inoculum
- bacteria > Clostridium malenominatum
- bacteria > Clostridium perfringens
- bacteria > Clostridium ramosum
- bacteria > Clostridium sardiniensis
- bacteria > Clostridium sordellii
- bacteria > Clostridium sphenoides
- bacteria > Clostridium sporogenes
- bacteria > Clostridium spp.
- bacteria > Coliform bacteria
- bacteria > Enteric bacteria
- bacteria > Enterobacteria
- bacteria > Enterobacteriaceae
- bacteria > Enterococci
- bacteria > Escherichia coli
- bacteria > Eubacterium
- bacteria > Eubacterium biforme
- bacteria > Eubacterium rectale/Clostridium occoides
- bacteria > Fujiform
- bacteria > Fungi
- bacteria > Fusobacterium alocis
- bacteria > Fusobacterium prausnitzii
- bacteria > Fusobacterium spp.
- bacteria > gram-negative bacteria
- bacteria > Heliobacter spp.
- bacteria > Lactic acid bacteria
- bacteria > Lactobacillus acidophilus
- bacteria > Lactobacillus breve
- bacteria > Lactobacillus buchneri
- bacteria > Lactobacillus casei
- bacteria > Lactobacillus cateneforme
- bacteria > Lactobacillus coryneforme sp. coryneforme
- bacteria > Lactobacillus coryneformis sp. torquens
- bacteria > Lactobacillus/Enterococcus
- bacteria > Lactobacillus fermentum
- bacteria > Lactobacillus gasseri
- bacteria > Lactobacillus johnsonii
- bacteria > Lactobacillus oris
- bacteria > Lactobacillus paracasei sp. paracasei
- bacteria > Lactobacillus paracasei sp. tolerans
- bacteria > Lactobacillus plantarum
- bacteria > Lactobacillus reuteri
- bacteria > Lactobacillus rhamnosus
- bacteria > Lactobacillus salivarius
- bacteria > Lactobacillus sharpeae
- bacteria > Lactobacillus sobrius
- bacteria > Lactobacillus spp.
- bacteria > Lactobacillus strain D10
- bacteria > Lactococcus sp.lactis
- bacteria > Lactococcus spp.
- bacteria > Neisseria spp.
- bacteria > Peptostreptococcus anaerobius
- bacteria > Prevotellas enoeea
- bacteria > Prevotellas loeshii
- bacteria > Prevotellas melaninogenica
- bacteria > Prevotellas ruminicola
- bacteria > Prevotellas spp.
- bacteria > Prevotellas sp strain D64
- bacteria > Prevotellas sp strain D68
- bacteria > Prevotellas sp.strain D88
- bacteria > Prevotellas tannerae
- bacteria > Propionibacterium acnes
- bacteria > Propionibacterium jensenii
- bacteria > Propionibacterium spp.
- bacteria > Staphylococcus spp.
- bacteria > Streptococcus spp.
- bacteria > Streptococcus spp./Lactococcus spp.
- bacteria > total anaerobic bacteria
- bacteria > total concentration
- bacteria > total count
- bacteria > Veillonella spp.
- bacteria > Yeast
- bacteria > Campylobactor > fasted
- biliary output > bile salt
- biliary output > cholesterol
- biliary output > circulating bile salt
- biliary output > glutathione
- biliary output > phospholipid
- blood-gas barrier > thickness > endothelium
- blood-gas barrier > thickness > epithelium
- blood-gas barrier > thickness > interstitium
- branched-chain fatty acid > isobutyrate
- branched-chain fatty acid > isovalerate
- branched-chain fatty acid > total
- branched-chain fatty acid > valerate
- characteristics > foam
- characteristics > keratinisation
- characteristics > thickness
- characteristics > turbidity
- characteristics > viscosity
- circulation > pulmonary veins
- circulation > shunts between bronchial artery and pulmonary artery
- circulation > termination of the bronchial artery
- circumvallate > presence
- (circum) vallate > presence
- composition > chenodeoxycholic acid
- composition > chloride
- composition > cholic acid
- composition > deoxycholic acid
- composition > di-OH bile acids
- composition > gluco-cholic acid
- composition > glyco 3α 6keto 5β cholanate
- composition > glyco-chenodeoxycholate
- composition > glyco-chenodeoxycholic acid
- composition > glycocholate
- composition > glyco-deoxycholic acid
- composition > glyco-hyocholate
- composition > glyco-hyocholic acid
- composition > glyco-hyodeoxycholate
- composition > glyco-hyodeoxycholic acid
- composition > potassium
- composition > secondary bile acids
- composition > sialic acid
- composition > sodium
- composition > tauro-chenodeoxycholate
- composition > tauro-chenodeoxycholic acid
- composition > tauro-cholate
- composition > tauro-cholic acid
- composition > tauro-deoxycholate
- composition > tauro-deoxycholic acid
- composition > tauro-hyocholate
- composition > tauro-hyodeoxycholate
- composition > tauro-hyodeoxycholic acid
- composition > tauro-muricholate
- composition > tauro-ursodeoxycholate
- composition > tauro-β-muricholic acid
- composition > total bile acids
- composition > urea
- composition > ursodeoxycholic acid
- concentration > allocholic acid
- concentration > ammonia
- concentration > bile acid
- concentration > bile salt
- concentration > bilirubin
- concentration > calcium
- concentration > carbonate
- concentration > chenodeoxycholic acid
- concentration > chloride
- concentration > cholesterol
- concentration > cholesterol saturation index
- concentration > cholesterol sulfate
- concentration > cholic acid
- concentration > conjugated bile salt
- concentration > creatinine
- concentration > dehydratase
- concentration > deoxycholic acid
- concentration > d-lactate
- concentration > fluoride
- concentration > glucose
- concentration > glutathione
- concentration > glycogen
- concentration > hyocholic acid
- concentration > hyodeoxycholic acid
- concentration > lactate (d+l)
- concentration > l-lactate
- concentration > magnesium
- concentration > mucin
- concentration > nitric oxide
- concentration > norepinephrine
- concentration > phospholipid
- concentration > phosphor
- concentration > potassium
- concentration > protein
- concentration > salt
- concentration > sialic acid
- concentration > sodium
- concentration > sphinganine
- concentration > sphingosine
- concentration > sugars
- concentration > sulfatide
- concentration > total taurine-conjugated bile acids
- concentration > total unconjugated bile acids
- concentration > triglyceride
- contractile pattern > amplitude
- contractile pattern > amplitude > 40-60 min after feeding
- contractile pattern > amplitude > after overnight fasting
- contractile pattern > frequency > 40-60 min after feeding
- contractile pattern > frequency > after overnight fasting
- contractile pattern > motility > 40-60 min after feeding
- contractions per hour > fasted
- creatinine > plasma concentration
- crypt depth > distal
- crypt depth > proximal
- density > fungiform
- diameter > lumen
- enzyme activity > acetylcholinesterase
- enzyme activity > acid phosphatase
- enzyme activity > alanine aminotransferase
- enzyme activity > alkaline phosphatase
- enzyme activity > aminopeptidase A
- enzyme activity > aminopeptidase N
- enzyme activity > amylase
- enzyme activity > aspartate aminotransferase
- enzyme activity > butyrylcholinesterase
- enzyme activity > carboxypeptidase
- enzyme activity > catalase
- enzyme activity > chitotriosedase
- enzyme activity > cholesterol 7α-hydroxylase
- enzyme activity > cholinesterase
- enzyme activity > dehydratase
- enzyme activity > dipeptidase
- enzyme activity > dipeptidyl-peptidase IV
- enzyme activity > glutamate dehydrogenase
- enzyme activity > glutathione peroxidase
- enzyme activity > glutathione reductase
- enzyme activity > hydroxy-3-methylglutaryl coenzyme A reductase
- enzyme activity > lactase
- enzyme activity > lactate dehydrogenase
- enzyme activity > lipase
- enzyme activity > lipid peroxidation
- enzyme activity > malondialdehyde
- enzyme activity > maltase
- enzyme activity > mucinase
- enzyme activity > myeloperoxidase
- enzyme activity > pepsin
- enzyme activity > peroxidase
- enzyme activity > sucrase
- enzyme activity > superoxide dismutase
- enzyme activity > tripeptidase
- enzyme activity > α-amylase
- enzyme activity > α-galactosidase
- enzyme activity > α-glucosidase
- enzyme activity > β-D-galactosidase
- enzyme activity > β-endorphin
- enzyme activity > β-galactosidase
- enzyme activity > β-glucosidase
- enzyme activity > β-glucuronidase
- enzyme activity > β-hexosaminidase
- enzyme activity > γ-glutamyl transpeptidase
- enzyme activity > glutathione reductase > cytosol
- enzyme activity > lipase > homogenates
- enzyme activity > lipase > microsomes
- enzyme activity > methylase > 6-mercaptopurine demethylation > cytosol
- enzyme activity > NADPH CYP oxidoreductase > microsomes
- enzyme activity > NADPH-cytochrome c reductase > microsomes
- enzyme activity > NADPH quinone reductase > homogenate
- fecal output > number pellets
- fecal output > weight pellets
- feces > pH
- feces > weight
- filiform > area
- filiform > filiform base diameter
- filiform > filiform height
- filiform > presence
- filiform > total number
- flow rate > bile salts
- flow rate > cholesterol
- flow rate > phospholipid
- flow rate > salts
- foliate > length
- foliate > presence
- foliate > width
- fungiform > diameter
- fungiform > height
- fungiform > presence
- fungiform > total number
- gastric acid secretion > acid concentration
- gastric acid secretion > pH
- gastric acid secretion > stomach capacity
- gastric acid secretion > flow rate > basic acid output
- gastric acid secretion > flow rate > peak acid output
- gastric acid secretion > pH > fasted
- gastric acid secretion > pH > fed
- gastric acid secretion > volume > basal
- gastric acid secretion > volume > basic acid output
- gastric contractions > frequency
- gastric emptying > liquids
- gastric emptying > solids
- gastric volume > fasted
- gastric volume > liquid
- gastric volume > solids
- glutaredoxin > cytosol
- half-emptying time > liquids
- half-emptying time > mother milk
- half-emptying time > solid-liquid meal
- half-emptying time > solids
- half-emptying time > sterile water
- half-emptying time > liquids > caloric
- half-emptying time > liquids > non-caloric
- lag phase > solids
- length > crown to rump
- length > % of total
- linguales > presence
- lipid > cholesterol
- lipid > total
- lipid > triacylglycerols
- lipid > diacylglycerides
- lipid > monoacylglycerides
- location > circumvallate
- location > foliate
- location > fungiform
- location > vallate
- lung volume > expiration
- lung volume > gas
- lung volume > inspiration
- lung volume > thoracic gas volume
- lung volume > tidal
- lung volume > tissue
- lung volume > gas > expiration
- lung volume > gas > inspiration
- lung volume > tidal > expiration
- lung volume > tissue > expiration
- lung volume > tissue > inspiration
- mass of digesta > per 100 g body weight
- microflora metabolism > β-glucuronidase > p-nitrophenyl deglucuronidation
- minute volume > expiration
- mucosa > weight
- papillae tongue tip density > fungiform
- Peyer's patches > area size
- Peyer's patches > location
- pH > 30 min after start of feeding
- pH > 60 min after start of feeding
- pH > fasted
- pH > fed
- pH > final (buffer capacity)
- phase II metabolism > cholesterol sulfotransferase
- phase II metabolism > GST
- phase II metabolism > UGT
- phase II metabolism > UGT1A1
- phase II metabolism > UGT1A6
- phase II metabolism > UGT2B7
- phase II metabolism > UGT1A3
- phase II metabolism > GST > 1-chloro-2,4-dinitrobenzene
- phase II metabolism > GST > 1-naphthol glucuronidation > cytosol
- phase II metabolism > GST > benzo(a)pyrene glutathion conjugation > cytosol
- phase II metabolism > GST > chlorodinitrobenzene glutathion conjugation > cytosol
- phase II metabolism > GST > dichloronitrobenzene glutathion conjugation > cytosol
- phase II metabolism > GST > dichloronitrobenzene glutathion conjugation > microsomes
- phase II metabolism > GST > ethacrynic acid glucuronidation > cytosol
- phase II metabolism > GST > ethacrynic acid glutathion conjugation > cytosol
- phase II metabolism > GST > ethacrynic acidglutathion conjugation > cytosol
- phase II metabolism > NAT > caffeine acetylation > cytosol
- phase II metabolism > NAT > isoniazid acetylation > cytosol
- phase II metabolism > NAT > p-aminobenzoic acid acetylation > cytosol
- phase II metabolism > NAT > procainamide acetylation > cytosol
- phase II metabolism > NAT > sulfamethazine acetylation > cytosol
- phase II metabolism > NQOR > 2,6 dichlorophenolindophenol > cytosol
- phase II metabolism > SULT > 17α-EE sulfation > cytosol
- phase II metabolism > SULT > 2-naphthol sulfation > cytosol
- phase II metabolism > SULT > acetaminophen sulfation > cytosol
- phase II metabolism > SULT > acetaminophen sulfation > microsomes
- phase II metabolism > SULT > dopamine sulfation > cytosol
- phase II metabolism > SULT > p-nitrophenol sulfation > cytosol
- phase II metabolism > SULT > ritodrine sulfation > cytosol
- phase II metabolism > UGT > 17α-EE glucuronidation > microsomes
- phase II metabolism > UGT > 1-OH-pyrene glucuronidation > microsomes
- phase II metabolism > UGT > 2-aminophenol glucuronidation > microsomes
- phase II metabolism > UGT > 4-hydroxyestradiol glucuronidation > microsomes
- phase II metabolism > UGT > 5-hydroxytryptamine glucuronidation > microsomes
- phase II metabolism > UGT > 5α-androstane-3α,17β-diol glucuronidation > microsomes
- phase II metabolism > UGT > acetaminophen glucuronidation > microsomes
- phase II metabolism > UGT > androsterone glucuronidation > microsomes
- phase II metabolism > UGT > bilirubin glucuronidation > microsomes
- phase II metabolism > UGT > bis-phenol A glucuronidation > microsomes
- phase II metabolism > UGT > cotinine glucuronidation > microsomes
- phase II metabolism > UGT > entacapone glucuronidation > microsomes
- phase II metabolism > UGT > ethacrynic acidglutathion conjugation > cytosol
- phase II metabolism > UGT > eugenol glucuronidation > microsomes
- phase II metabolism > UGT > lorazepam glucuronidation > microsomes
- phase II metabolism > UGT > mono(2-ethylhexyl)phthalate glucuronidation > microsomes
- short-chain fatty acid > valerate
- short-chain fatty acid > acetate
- short-chain fatty acid > acetic acid
- short-chain fatty acid > butyrate
- short-chain fatty acid > butyric acid
- short-chain fatty acid > cecal
- short-chain fatty acid > fasted
- short-chain fatty acid > isobutyric acid
- short-chain fatty acid > isovaleric acid
- short-chain fatty acid > lactate
- short-chain fatty acid > lactic acid
- short-chain fatty acid > n-butyric acid
- short-chain fatty acid > propionate
- short-chain fatty acid > propionic acid
- short-chain fatty acid > total
- short-chain fatty acid > total acids
- short-chain fatty acid > total wet feces
- short-chain fatty acid > valeric acid
- short-chain fatty acid > butanoic acid
- short-chain fatty acid > isopentanoic acid
- short-chain fatty acid > Iso-caproic acid
- short-chain fatty acid > Heptanoic acid
- short-chain fatty acid > Caproic acid
- phase II metabolism > UGT > N-hydroxy-2-amino-1-methyl-6-phenylimidazo[4,5-b]pyridine glucuronidation > microsomes
- phase II metabolism > UGT > nicotine glucuronidation > microsomes
- phase II metabolism > UGT > phenolphthalein glucuronidation > microsomes
- phase II metabolism > UGT > p-nitrophenol glucuronidation > microsomes
- phase II metabolism > UGT > zidovudine glucuronidation > microsomes
- phase II metabolism > UGT1A1 > 4-nitrophenol-O-glucuronidation > microsomes
- phase II metabolism > UGT1A1 > estradiol 3-glucuronidation > microsomes
- phase II metabolism > UGT1A1/2B12 > morphine 3-glucuronidation > microsomes
- phase II metabolism > UGT1A6 > 1-naphthol glucuronidation > microsomes
- phase II metabolism > UGT1A6 > 4-methylumbelliferone glucuronidation > microsomes
- phase II metabolism > UGT2B1 > morphine 3-glucuronidation > microsomes
- phase II metabolism > UGT2B3 > estradiol 17-glucuronidation > microsomes
- phase II metabolism > UGT2B7 > ratio to adult
- phase II metabolism > UGT2B7 > morphine glucuronidation > microsomes
- phase I metabolism > cholesterol sulfatase
- phase I metabolism > CYP1A1
- phase I metabolism > CYP1A2
- phase I metabolism > CYP2B
- phase I metabolism > CYP2C
- phase I metabolism > CYP2C18/19
- phase I metabolism > CYP2C19
- phase I metabolism > CYP2C9
- phase I metabolism > CYP2D6
- phase I metabolism > CYP2E1
- phase I metabolism > CYP3A
- phase I metabolism > CYP3A4
- phase I metabolism > CYP3A5
- phase I metabolism > CYP3A7
- phase I metabolism > CYP4A
- phase I metabolism > CYP content
- phase I metabolism > esterase
- phase I metabolism > non-specific esterase
- phase I metabolism > alcohol dehydrogenase > 2-ethylhexanol
- phase I metabolism > alcohol dehydrogenase > 2-ethylhexanol > cytosol
- phase I metabolism > alcohol dehydrogenase > 2-phenoxyethanol > cytosol
- phase I metabolism > aldehyde dehydrogenase > 2-ethylhexanal
- phase I metabolism > aldehyde dehydrogenase > 3-phenyl propionaldehyde
- phase I metabolism > aldehyde dehydrogenase > 2-ethylhexanal > microsomes
- phase I metabolism > aldehyde dehydrogenase > 2-ethylhexanol > microsomes
- phase I metabolism > aldehyde dehydrogenase > 3-phenyl propionaldehyde > microsomes
- phase I metabolism > aldehyde dehydrogenase > p-nitrophenylacetate > microsomes
- phase I metabolism > carboxylesterase > acetylsalicylic acid hydrolation > cytosol
- phase I metabolism > carboxylesterase > acetylsalicylic acid hydrolation > microsomes
- phase I metabolism > carboxylesterase > butanilicaine hydrolation > microsomes
- phase I metabolism > carboxylesterase > isocarboxazid hydrolation > microsomes
- phase I metabolism > carboxylesterase > malathion hydrolation > microsomes
- phase I metabolism > carboxylesterase > p-nitrophenyl acetate hydrolation > cytosol
- phase I metabolism > carboxylesterase > p-nitrophenyl acetate hydrolation > microsomes
- phase I metabolism > CYP1A > 3,4-benzpyrene hydroxylase > homogenate
- phase I metabolism > CYP1A > 7-ethoxycoumarin O-deethylation > microsomes
- phase I metabolism > CYP1A > 7-ethoxyresorufin O-deethylation > microsomes
- phase I metabolism > CYP1A > dichloronitrobenzene > microsomes
- phase I metabolism > CYP1A > methoxyresorufin O-dealkylation > microsomes
- phase I metabolism > CYP1A > methoxyresorufin O-demethylation > microsomes
- phase I metabolism > CYP1A > phenacetin O-deethylation > microsomes
- phase I metabolism > CYP1A1 > ethoxyresorufin O-deethylation
- phase I metabolism > CYP1A1 > microsomes
- phase I metabolism > CYP1A1 > methoxyresorufin-O-demethylation
- phase I metabolism > CYP1A1 > antibodies > microsomes
- phase I metabolism > CYP1A1 > benzo-(a)-pyrene hydroxylation > microsomes
- phase I metabolism > CYP1A1 > ethoxyresorufin O-dealkylation > microsomes
- phase I metabolism > CYP1A1 > ethoxyresorufin O-deethylation > microsomes
- phase I metabolism > CYP1A1 > ethoxyresorufin O-deethylation > Vmax in microsomes
- phase I metabolism > CYP1A1/1A2/1B1 > pyrene hydroxylation > microsomes
- phase I metabolism > CYP1A1/2 > 7-ethoxyresorufin O-dealkylation > microsomes
- phase I metabolism > CYP1A2 > methoxyresorufin O-deethylation
- phase I metabolism > CYP1A2 > methoxyresorufin O-demethylation
- phase I metabolism > CYP1A2 > microsomes
- phase I metabolism > CYP1A2 > ratio to adult
- phase I metabolism > CYP1A2 > ethoxyresorufin-O-deethylation
- phase I metabolism > CYP1A2 > acetanilide hydroxylation > microsomes
- phase I metabolism > CYP1A2 > aminophylline N-demethylation > microsomes
- phase I metabolism > CYP1A2 > antibodies > microsomes
- phase I metabolism > CYP1A2 > caffeine 3-demethylation > microsomes
- phase I metabolism > CYP1A2 > caffeine, clearance > microsomes
- phase I metabolism > CYP1A2 > ethoxycoumarin O-demethylation > microsomes
- phase I metabolism > CYP1A2 > imipramine demethylation > microsomes
- phase I metabolism > CYP1A2 > methoxyresorufin O-dealkylation > microsomes
- phase I metabolism > CYP1A2 > methoxyresorufin O-deethylation > microsomes
- phase I metabolism > CYP1A2 > methoxyresorufin O-demethylation > microsomes
- phase I metabolism > CYP1A2 > N-methylaniline demethylation > homogenate
- phase I metabolism > CYP1A2 > phenacetin O-deethylation > microsomes
- phase I metabolism > CYP1A2 > theophylline 8-hydroxylation > microsomes
- phase I metabolism > CYP1A/3A > 17β-estradiol 2-hydroxylation > microsomes
- phase I metabolism > CYP1A/3A > retinal oxidation > microsomes
- phase I metabolism > CYP27A1 > 27-hydroxycholesterol 7α-hydroxylation > microsomes
- phase I metabolism > CYP2A > coumarin hydroxylation
- phase I metabolism > CYP2A > coumarin 7-hydroxylation > homogenate
- phase I metabolism > CYP2A > coumarin 7-hydroxylation > microsomes
- phase I metabolism > CYP2A > testosterone 7α-hydroxylation > microsomes
- phase I metabolism > CYP2A6 > 2A6 antibodies (human) > microsomes
- phase I metabolism > CYP2A6 > antibodies > microsomes
- phase I metabolism > CYP2A6 > coumarin 7-hydroxylation > microsomes
- phase I metabolism > CYP2A6 > coumarin 7-hydroxylation > Vmax in microsomes
- phase I metabolism > CYP2A6/2E1 > dimethylnitrosamine dealkylation > microsomes
- phase I metabolism > CYP2B > pentoxyresorufin O-depentylation
- phase I metabolism > CYP2B > 16β-testosterone hydroxylation > microsomes
- phase I metabolism > CYP2B > 2B17 antibodies (monkey) > microsomes
- phase I metabolism > CYP2B > 7-ethoxy-4-methylcoumarin O-deethylation > microsomes
- phase I metabolism > CYP2B > 7-ethoxy-4-trifluoromethylcoumarin O-deethylation > microsomes
- phase I metabolism > CYP2B > androstenedione 16β-hydroxylation > microsomes
- phase I metabolism > CYP2B > antibodies > microsomes
- phase I metabolism > CYP2B > benzphetamine N-demethylase > microsomes
- phase I metabolism > CYP2B > benzyloxyresorufin O-debenzylation > microsomes
- phase I metabolism > CYP2B > benzyloxyresorufin O-deethylation > microsomes
- phase I metabolism > CYP2B > bupropion hydroxylation > microsomes
- phase I metabolism > CYP2B > pentoxyresorufin O-dealkylation > microsomes
- phase I metabolism > CYP2B > pentoxyresorufin O-deethylation > microsomes
- phase I metabolism > CYP2B > pentoxyresorufin O-depentylation > microsomes
- phase I metabolism > CYP2B1 > antibodies > microsomes
- phase I metabolism > CYP2B1/2 > testosterone 16α-hydroxylation > microsomes
- phase I metabolism > CYP2B1/2 > testosterone 16β-hydroxylation > microsomes
- phase I metabolism > CYP2B/3A > aminopyrine demethylation > microsomes
- phase I metabolism > CYP2B/3A > benzyloxyresorufin O-dealkylation > microsomes
- phase I metabolism > CYP2B/3A > benzyloxyresorufin-O-debenzylation > microsomes
- phase I metabolism > CYP2B/3A > ethylmorphine N-demethylation > microsomes
- phase I metabolism > CYP2B6 > 7-ethoxy-4-trifluoromethylcoumarin deethylation > microsomes
- phase I metabolism > CYP2B6 > 7-ethoxy-4-trifluoromethylcoumarin O-deethylation > microsomes
- phase I metabolism > CYP2B6 > 7-ethoxy-4-trifluoromethylcoumarin O-deethylation > Vmax in microsomes
- phase I metabolism > CYP2B6 > antibodies > microsomes
- phase I metabolism > CYP2B6 > benzphetamin N-demethylation > microsomes
- phase I metabolism > CYP2C > 17-testosterone hydroxylation > microsomes
- phase I metabolism > CYP2C > 7-benzyloxy-4-trifluoromethylcoumarin O-dealkylation > microsomes
- phase I metabolism > CYP2C > 7-methoxy-4-methylcoumarin O-demethylation > microsomes
- phase I metabolism > CYP2C > 7-methoxy-4-trifluoromethylcoumarin O-dealkylation > microsomes
- phase I metabolism > CYP2C > antibodies > microsomes
- phase I metabolism > CYP2C > dibenzylfluorescein O-dealkylation > microsomes
- phase I metabolism > CYP2C > testosterone 16α-hydroxylation > microsomes
- phase I metabolism > CYP2C > tolbutamide hydroxylation > microsomes
- phase I metabolism > CYP2C11 > diazepam N-demethylation > microsomes
- phase I metabolism > CYP2C19 > antibodies > microsomes
- phase I metabolism > CYP2C19 > omeprazole 5-hydroxylation > microsomes
- phase I metabolism > CYP2C19 > S-mephenytoin 4-hydroxylation > microsomes
- phase I metabolism > CYP2C19 > S-mephenytoin 4-hydroxylation > Vmax in microsomes
- phase I metabolism > CYP2C19/2C8/2C9 > aminopyrine N-demethylation > microsomes
- phase I metabolism > CYP2C9 > 2C9 antibodies (human) > microsomes
- phase I metabolism > CYP2C9 > antibodies > microsomes
- phase I metabolism > CYP2C9 > diclofenac 4-hydroxylation > Vmax in microsomes
- phase I metabolism > CYP2C9 > phenytoin p-hydroxylation > microsomes
- phase I metabolism > CYP2C9 > tolbutamide hydroxylation > microsomes
- phase I metabolism > CYP2C9 > warfarin 7-hydroxylation > microsomes
- phase I metabolism > CYP2D > 2D1 antibodies (rat) > microsomes
- phase I metabolism > CYP2D > antibodies > microsomes
- phase I metabolism > CYP2D6 > antibodies > microsomes
- phase I metabolism > CYP2D6 > bufuralol 1-hydroxylation > microsomes
- phase I metabolism > CYP2D6 > bufuralol 1-hydroxylation > Vmax in microsomes
- phase I metabolism > CYP2D6 > dextromethorphan O-demethylation > microsomes
- phase I metabolism > CYP2D6 > ethylmorphine N-demethylation > microsomes
- phase I metabolism > CYP2E > antibodies > microsomes
- phase I metabolism > CYP2E1 > p-nitrophenol hydroxylase
- phase I metabolism > CYP2E1 > ratio to adult
- phase I metabolism > CYP2E1 > 2E1 antibodies (human) > microsomes
- phase I metabolism > CYP2E1 > aminopyrin N-demethylation > microsomes
- phase I metabolism > CYP2E1 > aniline 4-hydroxylase > microsomes
- phase I metabolism > CYP2E1 > aniline 4-hydroxylation > microsomes
- phase I metabolism > CYP2E1 > antibodies > microsomes
- phase I metabolism > CYP2E1 > chlorzoxazone 6-hydroxylation > microsomes
- phase I metabolism > CYP2E1 > chlorzoxazone 6-hydroxylation > Vmax in microsomes
- phase I metabolism > CYP2E1 > ethoxycoumarin O-deethylation > microsomes
- phase I metabolism > CYP2E1 > N-nitrodimethylamine N-demethylation > microsomes
- phase I metabolism > CYP2E1 > p-nitrophenol hydroxylase > microsomes
- phase I metabolism > CYP2E1 > p-nitrophenol hydroxylation > homogenate
- phase I metabolism > CYP2E1 > p-nitrophenol hydroxylation > microsomes
- phase I metabolism > CYP2E1 > p-nitrophenol hydroxylation > Vmax in microsomes
- phase I metabolism > CYP2J2 > antibodies > microsomes
- phase I metabolism > CYP2J2 > astemisole O-demethylation > microsomes
- phase I metabolism > CYP2J2 > ebastine hydroxylation > microsomes
- phase I metabolism > CYP3A > 7-benzyloxy-4-trifluoromethylcoumarin O-debenzylation
- phase I metabolism > CYP3A > 7-benzyloxyquinoline O-debenzylation > microsomes
- phase I metabolism > CYP3A > antibodies > homogenate
- phase I metabolism > CYP3A > antibodies > microsomes
- phase I metabolism > CYP3A > chlorpromazine S-oxygenation > microsomes
- phase I metabolism > CYP3A > midazolam α-hydroxylation > microsomes
- phase I metabolism > CYP3A > omeprazole sulphoxidation > microsomes
- phase I metabolism > CYP3A > testosterone 2α-hydroxylation > microsomes
- phase I metabolism > CYP3A > testosterone 2β-hydroxylation > microsomes
- phase I metabolism > CYP3A > testosterone 6β-hydroxylation > microsomes
- phase I metabolism > CYP3A2 > erythromycin N-demethylation
- phase I metabolism > CYP3A2 > antibodies > microsomes
- phase I metabolism > CYP3A2 > diazepam N-demethylation > microsomes
- phase I metabolism > CYP3A4 > ratio to adult
- phase I metabolism > CYP3A4 > testosterone 6β-hydroxylation
- phase I metabolism > CYP3A4 > 3A4 antibodies (human) > microsomes
- phase I metabolism > CYP3A4 > 7-benzyloxyquinoline hydroxylation > microsomes
- phase I metabolism > CYP3A4 > antibodies > microsomes
- phase I metabolism > CYP3A4 > benzphetamine N-demethylation > microsomes
- phase I metabolism > CYP3A4 > codeine N-demethylation > microsomes
- phase I metabolism > CYP3A4 > dextromethorphan N-demethylation > microsomes
- phase I metabolism > CYP3A4 > diazepam 3-hydroxylation > microsomes
- phase I metabolism > CYP3A4 > erythromycin N-demethylation > microsomes
- phase I metabolism > CYP3A4 > ethylmorphine N-demethylation > microsomes
- phase I metabolism > CYP3A4 > midazolam 1'-hydroxylation > microsomes
- phase I metabolism > CYP3A4 > nifedipine oxidation > microsomes
- phase I metabolism > CYP3A4 > testosterone 6β-hydroxylation > microsomes
- phase I metabolism > CYP3A4 > testosterone 6β-hydroxylation > Vmax in microsomes
- phase I metabolism > CYP3A4/5 > midazolam 1'-hydroxylation > microsomes
- phase I metabolism > CYP3A4/5 > nifedipine oxidation > microsomes
- phase I metabolism > CYP3A4/5 > testosterone 6α-hydroxylation > microsomes
- phase I metabolism > CYP3A5 > antibodies > microsomes
- phase I metabolism > CYP3A7 > cholesterol 7α-hydroxylation > microsomes
- phase I metabolism > CYP3A7 > dehydroepiandrosterone 16α-hydroxylase > microsomes
- phase I metabolism > CYP3A7 > dehydroepiandrosterone 7α-hydroxylation > microsomes
- phase I metabolism > CYP3A9 > antibodies > microsomes
- phase I metabolism > CYP4A > microsomes
- phase I metabolism > CYP4A > laurate hydroxylation > microsomes
- phase I metabolism > CYP4A > lauric acid hydroxylation > microsomes
- phase I metabolism > CYP4A > lauric acid hydroxylation > Vmax in microsomes
- phase I metabolism > CYP7A > cholesterol 7α-hydroxylation > microsomes
- phase I metabolism > CYP7A1 > cholesterol 7α-hydroxylation > microsomes
- phase I metabolism > CYP content > hepatocytes
- phase I metabolism > CYP content > homogenate, fresh
- phase I metabolism > CYP content > homogenate, frozen
- phase I metabolism > CYP content > microsomes
- phase I metabolism > CYP content > per liver
- phase I metabolism > CYP content > per mg protein
- phase I metabolism > epoxide hydrolase > benzo(a)pyrene-4,5-oxide hydrolase > microsomes
- phase I metabolism > esterase > O-butyryl propanolol hydrolysis > cytosol
- phase I metabolism > esterase > O-butyryl propanolol hydrolysis > microsomes
- phase I metabolism > NADPH-cytochrome P450 reductase > microsomes
- phase I metabolism > NADPH-cytochrome P450 reductase > per liver
- presence > filliform
- presence > foliate
- presence > fungiform
- presence > vallate
- protein > hepatocytes
- protein > homogenate
- protein > microsomes
- protein > oxidation
- protein > per g liver
- protein > per whole liver
- protein > microsomes > per g liver
- protein > post-mitochondral > per g liver
- rate of composition > chenodeoxycholate
- rate of composition > cholate
- rate of composition > deoxycholate
- rate of composition > lithocholate
- rate of composition > ursodeoxycholate
- rate of composition > α-muricholate
- rate of composition > β-muricholate
- rate of composition > glycine conjugates > dihydroxyl-bile acids
- rate of composition > glycine conjugates > tetranohydroxyl-bile acids
- rate of composition > glycine conjugates > trihydroxyl-bile acids
- rate of composition > taurine conjugates > dihydroxyl-bile acids
- rate of composition > taurine conjugates > tetrahydroxyl-bile acids
- rate of composition > taurine conjugates > trihydroxyl-bile acids
- saliva > protein
- short-chain fatty acid > acetic acid > fasted
- short-chain fatty acid > butyric acid > fasted
- short-chain fatty acid > propionic acid > fasted
- size > surface area corrected for body weight
- surface area > absorbing
- surface area > fasted
- surface area > relative
- thickness > alveolar wall
- thickness > keratin
- transit time > liquids
- transit time > solids
- transit time > total diet
- transit time > liquids > fast [90%]
- transit time > liquids > residual [10%]
- transit time > solids > fast [90%]
- transit time > solids > residual [10%]
- transit time > t1/2 > solid meal
- transit time > total diet > fast [90%]
- transit time > total diet > residual [10%]
- urinary excretion > potassium
- urinary excretion > sodium
- urinary secretion > protein
- urine > flow
- urine > osmolarity
- urine > output
- urine > pH
- urine > protein
- urine > volume
- villus height > distal
- villus height > proximal
- volume > empty
- volume > expiratory reserve volume
- volume > fasted
- volume > functional residual capacity
- volume > functional residual capacity/total lung capacity
- volume > inspiratory capacity
- volume > % of body weight
- volume > total
- volume > total lung capacity
- volume > total lung capacity/BW
- weight > blood-free
- weight > diet content
- weight > empty
- weight > mucosa
- weight > % of body weight
- weight > per 100 g body weight
- weight > per kg body weight
- weight > wet
- weight > wet/dry ratio
- weight > diet content > % total content of GI-tract
- phase II metabolism > SULT1A1 > 6-hydroxymelatonin sulfation
- phase II metabolism > SULT1A1 > N-acetylserotonin sulfation
- phase II metabolism > SULT1A1 > 4-hydroxyramelteon sulfation
- phase II metabolism > SULT1A2 > 6-hydroxymelatonin sulfation
- phase II metabolism > SULT1A3 > 6-hydroxymelatonin sulfation
- phase II metabolism > SULT1A3 > N-acetylserotonin sulfation
- phase II metabolism > SULT1A3 > 4-hydroxyramelteon sulfation
- phase II metabolism > SULT1B1 > 6-hydroxymelatonin sulfation
- phase II metabolism > SULT1B1 > N-acetylserotonin sulfation
- phase II metabolism > SULT1C4 > 6-hydroxymelatonin sulfation
- phase II metabolism > SULT1C4 > N-acetylserotonin sulfation
- phase II metabolism > SULT1C4 > 4-hydroxyramelteon sulfation
- phase II metabolism > SULT1E1 > 6-hydroxymelatonin sulfation
- phase II metabolism > SULT1E1 > 4-hydroxyramelteon sulfation
- phase I metabolism > CYP1A2 > acetaminophen > microsomes
- phase I metabolism > CYP2C11 > 4-Hydroxytolbutamide > microsomes
- phase I metabolism > CYP2D1 > dextrorphan > microsomes
- phase I metabolism > CYP3A1/2 > 6β-hydroxytestosterone > microsomes
- phase I metabolism > CYP2C6 > diclofenac 4′-hydroxylation > microsomes
- phase I metabolism > CYP2D2 > dextromethorphan O-demethylation > microsomes
- phase I metabolism > CYP1A > 7-O-ethylresorufin dealkylation > microsomes
- phase I metabolism > CYP2B > 7-O-pentylresorufin dealkylation > microsomes
- phase I metabolism > CYP2B/2C/3A > 7-O-benzylresorufin dealkylation > microsomes
- phase I metabolism > alcohol dehydrogenase > ethanol > cytosol
- phase I metabolism > aldehyde dehydrogenase > propanal > cytosol
- phase I metabolism > esterase > fluorescein diacetate > S9 fraction
- phase II metabolism > UGT1 > 4-methylumbelliferone glucuronidation > microsomes
- phase II metabolism > UGT2 > 4-hydroxybiphenyl glucuronidation > microsomes
- phase II metabolism > GST > 1-chloro-2,4-dinitrobenzene > S9 fraction
- phase I metabolism > CYP2C11 > testosterone 16α-hydroxylation > microsomes
- phase I metabolism > CYP3A > midazolam 1'-hydroxylation > microsomes
- phase I metabolism > CYP3A > midazolam 4'-hydroxylation > microsomes
- phase II metabolism > UGT > 4-tert-octylphenol glucuronidation > microsomes
- phase I metabolism > CYP1A1 > testosterone 6α-hydroxylation > microsomes
- phase I metabolism > CYP3A2 > testosterone 6β-hydroxylation > microsomes
- phase I metabolism > CYP3A2 > testosterone 2β-hydroxylation > microsomes
- phase II metabolism > UGT > 4′,5,7-trihydroxyflavanone 7-glucurodination > microsomes
- phase II metabolism > UGT > 4′,5,7-trihydroxyflavanone 4'-glucuronidation > microsomes
- phase I metabolism > CYP > 7-ethoxyresorufin-O-dealkylation
- phase I metabolism > CYP > 7-methoxyresorufin-O-dealkylation
- phase I metabolism > CYP > 7-pentoxyresorufin-O-dealkylation
- phase I metabolism > CYP > p-nitrophenol hydroxylation
- phase I metabolism > CYP > testosterone 7α-hydroxylation
- phase I metabolism > CYP > testosterone 2β-hydroxylation
- phase I metabolism > CYP > testosterone 16β-hydroxylation
- phase I metabolism > CYP > testosterone 6β-hydroxylation
- phase I metabolism > CYP > testosterone 16α-hydroxylation
- phase I metabolism > CYP > testosterone 2α-hydroxylation
- phase I metabolism > CYP2B > benzyloxyresorufin dealkylation > microsomes
- phase I metabolism > CYP2A5 > coumarin 7-hydroxylation > microsomes
- phase I metabolism > CYP2B9/10 > benzyloxyresorufin-O-dealkylation > microsomes
- phase I metabolism > CYP2J2 > terfenadine t-butyl hydroxylation > microsomes
- phase I metabolism > CYP4A > arachidonic acid hydroxylation > microsomes
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