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- NT2 ↓ animal physiology ►▼
- NT3 ↓ animal development ►▼
- NT4 ↓ adult development
- NT4 ↓ insect development ►▼
- NT5 ↓ pupal development
- NT4 ↓ larval development
- NT4 ↓ mammary development
- NT4 ↓ ovarian development ►▼
- NT5 ↓ follicular development ►
- NT4 ↓ postnatal development ►▼
- NT5 ↓ neonatal development
- NT4 ↓ prenatal development ►▼
- NT5 ↓ fetal development
- NT4 ↓ rumen development
- NT4 ↓ skeletal development
- NT4 ↓ smoltification
- NT4 ↓ testicular development
- NT3 ↓ animal growth ►▼
- NT4 ↓ insect growth
- NT3 ↓ animal reproduction ►▼
- NT4 ↓ acrosome reaction
- NT4 ↓ anautogeny
- NT4 ↓ animal fertility ►▼
- NT5 ↓ cytoplasmic incompatibility
- NT5 ↓ egg fertility ►
- NT5 ↓ female fertility ►
- NT5 ↓ male fertility ►
- NT5 ↓ reproductive efficiency
- NT4 ↓ autogeny
- NT4 ↓ breeding season
- NT4 ↓ capacitation
- NT4 ↓ clutch size
- NT4 ↓ conception ►▼
- NT5 ↓ conception rate
- NT4 ↓ copulation
- NT4 ↓ egg shell formation
- NT4 ↓ ejaculation
- NT4 ↓ embryonic mortality
- NT4 ↓ estrous cycle ►▼
- NT4 ↓ estrus detection
- NT4 ↓ fecundity
- NT4 ↓ gestation period ►▼
- NT5 ↓ gestational age
- NT4 ↓ hatching
- NT4 ↓ human reproduction ►▼
- NT5 ↓ childbirth
- NT5 ↓ human fertility
- NT4 ↓ incubation
- NT4 ↓ insect reproduction ►▼
- NT5 ↓ choriogenesis
- NT5 ↓ gonotrophic cycle
- NT5 ↓ larviposition
- NT5 ↓ sex allocation
- NT4 ↓ insemination
- NT4 ↓ litter size
- NT4 ↓ litter weight
- NT4 ↓ luteinization
- NT4 ↓ luteolysis
- NT4 ↓ maternal-fetal transfer
- NT4 ↓ menstrual cycle ►▼
- NT5 ↓ amenorrhea
- NT5 ↓ menarche
- NT5 ↓ menopause
- NT5 ↓ menstruation
- NT4 ↓ oogenesis ►▼
- NT5 ↓ vitellogenesis
- NT4 ↓ ovipary
- NT4 ↓ oviposition ►▼
- NT5 ↓ egg masses
- NT4 ↓ ovulation ►▼
- NT5 ↓ anovulation
- NT4 ↓ parity (reproduction)
- NT4 ↓ parturition ►▼
- NT5 ↓ calving
- NT5 ↓ ease of birth
- NT5 ↓ farrowing
- NT5 ↓ foaling
- NT5 ↓ kidding
- NT5 ↓ lambing
- NT5 ↓ multiple births
- NT5 ↓ premature birth
- NT5 ↓ whelping
- NT4 ↓ perinatal period ►▼
- NT5 ↓ postpartum period
- NT5 ↓ prepartum period
- NT4 ↓ postpartum interval
- NT4 ↓ pregnancy ►▼
- NT5 ↓ pregnancy outcome
- NT5 ↓ pregnancy rate
- NT4 ↓ preovulatory period
- NT4 ↓ serving capacity
- NT4 ↓ sperm motility
- NT4 ↓ sperm transport
- NT4 ↓ spermiation
- NT4 ↓ uterine involution
- NT4 ↓ vivipary (animals)
- NT3 ↓ circulatory system physiology ►▼
- NT4 ↓ angiogenesis
- NT4 ↓ blood circulation ►▼
- NT5 ↓ hemodynamics ►
- NT5 ↓ hemostasis ►
- NT4 ↓ blood coagulation
- NT4 ↓ blood composition ►▼
- NT5 ↓ blood cell counts ►
- NT5 ↓ blood chemistry ►
- NT4 ↓ fibrinolysis
- NT4 ↓ hematopoiesis ►▼
- NT5 ↓ erythropoiesis
- NT4 ↓ lymph flow
- NT3 ↓ digestive physiology ►▼
- NT4 ↓ appetite ►▼
- NT4 ↓ deglutition
- NT4 ↓ digestion ►▼
- NT5 ↓ rumen fermentation
- NT4 ↓ gastrointestinal motility ►▼
- NT5 ↓ gastric emptying
- NT5 ↓ gastrointestinal transit
- NT5 ↓ peristalsis
- NT5 ↓ rumen motility
- NT4 ↓ ingestion ►▼
- NT5 ↓ drinking
- NT4 ↓ intestinal absorption ►▼
- NT5 ↓ iron absorption
- NT4 ↓ liver function ►▼
- NT5 ↓ bile secretion
- NT4 ↓ mastication
- NT4 ↓ rumen development
- NT4 ↓ rumination
- NT4 ↓ salivation
- NT4 ↓ satiety
- NT3 ↓ endocrine system physiology ►▼
- NT4 ↓ hormonal regulation ►▼
- NT5 ↓ gonadotropin release
- NT4 ↓ hormone secretion ►▼
- NT5 ↓ insulin secretion
- NT4 ↓ insulin resistance
- NT4 ↓ mammary gland function ►▼
- NT5 ↓ dry period
- NT5 ↓ lactation ►
- NT5 ↓ mammary involution
- NT5 ↓ milk secretion
- NT5 ↓ milk synthesis
- NT4 ↓ thyroid function
- NT4 ↓ hormonal regulation ►▼
- NT3 ↓ excretory system physiology ►▼
- NT4 ↓ diuresis
- NT4 ↓ excretion ►▼
- NT5 ↓ defecation
- NT5 ↓ drug excretion
- NT5 ↓ urination
- NT4 ↓ renal function ►▼
- NT5 ↓ glomerular filtration rate
- NT5 ↓ renal clearance
- NT3 ↓ insect physiology ►▼
- NT4 ↓ eclosion
- NT4 ↓ insect development ►▼
- NT5 ↓ pupal development
- NT4 ↓ insect flight
- NT4 ↓ insect growth
- NT4 ↓ insect reproduction ►▼
- NT5 ↓ choriogenesis
- NT5 ↓ gonotrophic cycle
- NT5 ↓ larviposition
- NT5 ↓ sex allocation
- NT4 ↓ metamorphosis ►▼
- NT5 ↓ precocious metamorphosis
- NT5 ↓ pupariation
- NT5 ↓ pupation
- NT3 ↓ integumentary system physiology ►▼
- NT4 ↓ keratinization
- NT4 ↓ sclerotization
- NT4 ↓ shedding
- NT4 ↓ skin temperature
- NT4 ↓ sweating
- NT3 ↓ molting ►▼
- NT3 ↓ musculoskeletal system physiology ►▼
- NT4 ↓ bone metabolism ►▼
- NT5 ↓ bone formation ►
- NT5 ↓ bone resorption
- NT4 ↓ bone strength
- NT4 ↓ chondrogenesis
- NT4 ↓ flight
- NT4 ↓ gait
- NT4 ↓ muscle development
- NT4 ↓ muscle physiology ►▼
- NT5 ↓ muscle contraction ►
- NT5 ↓ muscle fatigue
- NT5 ↓ muscle strength
- NT4 ↓ physical activity ►▼
- NT5 ↓ exercise ►
- NT5 ↓ jumping
- NT5 ↓ lifting (movement)
- NT5 ↓ locomotion
- NT5 ↓ running
- NT5 ↓ trotting
- NT5 ↓ walking
- NT4 ↓ skeletal development
- NT4 ↓ bone metabolism ►▼
- NT3 ↓ neurophysiology ►▼
- NT4 ↓ blood-brain barrier
- NT4 ↓ evoked potentials
- NT4 ↓ innervation
- NT4 ↓ myelination
- NT4 ↓ neurosecretion
- NT4 ↓ reflexes
- NT4 ↓ sensation ►▼
- NT4 ↓ sleep
- NT4 ↓ speech
- NT4 ↓ synaptic transmission
- NT3 ↓ respiratory physiology ►▼
- NT4 ↓ breathing
- NT4 ↓ bronchoconstriction
- NT4 ↓ pulmonary gas exchange
- NT4 ↓ respiratory gases
- NT4 ↓ respiratory quotient
- NT4 ↓ tidal volume
- NT3 ↓ animal development ►▼
- NT2 ↓ body composition ►▼
- NT3 ↓ body fat ►▼
- NT4 ↓ body fat distribution ►▼
- NT5 ↓ abdominal fat
- NT5 ↓ subcutaneous fat
- NT5 ↓ visceral fat
- NT4 ↓ fat thickness
- NT4 ↓ skinfold thickness
- NT4 ↓ body fat distribution ►▼
- NT3 ↓ body protein ►▼
- NT4 ↓ liver protein
- NT4 ↓ muscle protein
- NT3 ↓ body water
- NT3 ↓ fat free mass
- NT3 ↓ lean body mass
- NT3 ↓ body fat ►▼
- NT2 ↓ electrophysiology ►▼
- NT3 ↓ bioelectrical impedance
- NT3 ↓ evoked potentials
- NT3 ↓ membrane potential ►▼
- NT4 ↓ action potentials
- NT2 ↓ exudation ►▼
- NT3 ↓ guttation
- NT2 ↓ fungus physiology
- NT2 ↓ growth and development ►▼
- NT3 ↓ allometry
- NT3 ↓ biological development ►▼
- NT4 ↓ cognitive development ►▼
- NT5 ↓ language development
- NT4 ↓ early development
- NT4 ↓ embryogenesis ►▼
- NT5 ↓ androgenesis
- NT5 ↓ cell cleavage
- NT5 ↓ embryo implantation
- NT5 ↓ gynogenesis
- NT5 ↓ ovolarvipary
- NT5 ↓ ovovivipary
- NT5 ↓ polyembryony
- NT5 ↓ somatic embryogenesis
- NT4 ↓ encystment
- NT4 ↓ morphogenesis ►▼
- NT5 ↓ organogenesis
- NT4 ↓ motor development ►▼
- NT5 ↓ psychomotor development ►
- NT4 ↓ regeneration ►▼
- NT5 ↓ in vitro regeneration
- NT5 ↓ liver regeneration
- NT5 ↓ tissue repair
- NT4 ↓ schizogony
- NT4 ↓ seasonal development
- NT4 ↓ sexual development ►▼
- NT5 ↓ gametogenesis ►
- NT5 ↓ sexual maturity ►
- NT4 ↓ sporogony
- NT4 ↓ zoosporogenesis
- NT4 ↓ cognitive development ►▼
- NT3 ↓ compensatory growth
- NT3 ↓ developmental stages ►▼
- NT4 ↓ adolescence
- NT4 ↓ adult animals ►▼
- NT5 ↓ adult insects
- NT4 ↓ amastigotes
- NT4 ↓ bloodstream forms
- NT4 ↓ bradyzoites
- NT4 ↓ cercariae
- NT4 ↓ cysticercoids
- NT4 ↓ cysts (developmental stages) ►▼
- NT5 ↓ oocysts
- NT5 ↓ sarcocysts
- NT4 ↓ epimastigotes
- NT4 ↓ fingerlings
- NT4 ↓ fish fry
- NT4 ↓ gametocytes
- NT4 ↓ gametophytes
- NT4 ↓ immatures
- NT4 ↓ infancy
- NT4 ↓ instars
- NT4 ↓ juveniles
- NT4 ↓ larvae ►▼
- NT5 ↓ chiggers
- NT5 ↓ fish larvae ►
- NT5 ↓ microfilariae
- NT5 ↓ nauplii
- NT5 ↓ nematode larvae ►
- NT5 ↓ oncospheres
- NT5 ↓ schistosomula
- NT5 ↓ sporocysts (Trematoda)
- NT5 ↓ tadpoles
- NT4 ↓ mature plants
- NT4 ↓ maturity stage ►▼
- NT5 ↓ puberty
- NT4 ↓ meronts
- NT4 ↓ merozoites
- NT4 ↓ metacercariae
- NT4 ↓ metacestodes ►▼
- NT5 ↓ cysticerci
- NT5 ↓ hydatids
- NT5 ↓ protoscoleces
- NT4 ↓ metacyclic forms
- NT4 ↓ miracidia
- NT4 ↓ neonates
- NT4 ↓ nymphs
- NT4 ↓ ookinetes
- NT4 ↓ parr
- NT4 ↓ plerocercoids
- NT4 ↓ prepupae
- NT4 ↓ procyclic forms
- NT4 ↓ promastigotes
- NT4 ↓ pupae
- NT4 ↓ saplings
- NT4 ↓ schizonts
- NT4 ↓ seedlings
- NT4 ↓ smolts
- NT4 ↓ sporocysts (Protozoa)
- NT4 ↓ sporophytes
- NT4 ↓ sporozoites
- NT4 ↓ tachyzoites
- NT4 ↓ trophozoites
- NT4 ↓ trypomastigotes
- NT3 ↓ dormancy breaking
- NT3 ↓ growth promotion
- NT3 ↓ growth retardation ►▼
- NT4 ↓ dwarfing
- NT3 ↓ regrowth
- NT3 ↓ resting periods ►▼
- NT4 ↓ diapause
- NT4 ↓ dormancy ►▼
- NT5 ↓ seed dormancy
- NT4 ↓ estivation
- NT4 ↓ hibernation
- NT4 ↓ overwintering
- NT3 ↓ seasonal growth
- NT2 ↓ human physiology ►▼
- NT3 ↓ human growth ►▼
- NT4 ↓ child growth ►▼
- NT5 ↓ infant growth
- NT4 ↓ child growth ►▼
- NT3 ↓ human reproduction ►▼
- NT4 ↓ childbirth
- NT4 ↓ human fertility
- NT3 ↓ human growth ►▼
- NT2 ↓ metabolism ►▼
- NT3 ↓ biosynthesis
- NT3 ↓ carbohydrate metabolism ►▼
- NT4 ↓ gluconeogenesis
- NT4 ↓ glucose tolerance
- NT4 ↓ glycemic control
- NT4 ↓ glycogenolysis
- NT4 ↓ glycolysis
- NT4 ↓ glyconeogenesis
- NT4 ↓ photosynthesis ►▼
- NT5 ↓ C3 photosynthesis
- NT5 ↓ C4 photosynthesis
- NT5 ↓ Calvin cycle
- NT5 ↓ Crassulacean acid metabolism
- NT5 ↓ light harvesting complex ►
- NT5 ↓ photoinhibition
- NT5 ↓ photophosphorylation
- NT5 ↓ photorespiration
- NT5 ↓ photosynthetic reaction centers ►
- NT5 ↓ photosystem I
- NT5 ↓ photosystem II ►
- NT3 ↓ energy metabolism ►▼
- NT4 ↓ aerobiosis
- NT4 ↓ anaerobiosis ►▼
- NT5 ↓ fermentation ►
- NT4 ↓ basal metabolism
- NT4 ↓ electron transport chain ►▼
- NT4 ↓ photosynthesis ►▼
- NT5 ↓ C3 photosynthesis
- NT5 ↓ C4 photosynthesis
- NT5 ↓ Calvin cycle
- NT5 ↓ Crassulacean acid metabolism
- NT5 ↓ light harvesting complex ►
- NT5 ↓ photoinhibition
- NT5 ↓ photophosphorylation
- NT5 ↓ photorespiration
- NT5 ↓ photosynthetic reaction centers ►
- NT5 ↓ photosystem I
- NT5 ↓ photosystem II ►
- NT3 ↓ hormone metabolism
- NT3 ↓ lipid metabolism ►▼
- NT4 ↓ biohydrogenation
- NT4 ↓ cholesterol metabolism
- NT4 ↓ lipogenesis
- NT4 ↓ lipolysis
- NT3 ↓ metabolic detoxification
- NT3 ↓ metabolic sequestration
- NT3 ↓ mineral metabolism
- NT3 ↓ nitrogen metabolism ►▼
- NT4 ↓ nitrogen balance
- NT4 ↓ urea cycle enzymes
- NT3 ↓ oxygen consumption
- NT3 ↓ pharmacokinetics
- NT3 ↓ protein metabolism ►▼
- NT4 ↓ amino acid metabolism
- NT4 ↓ protein depletion
- NT4 ↓ protein deposition
- NT4 ↓ protein synthesis ►▼
- NT3 ↓ steroid metabolism ►▼
- NT4 ↓ steroidogenesis ►▼
- NT5 ↓ ecdysteroidogenesis
- NT4 ↓ steroidogenesis ►▼
- NT3 ↓ vitamin metabolism
- NT3 ↓ water metabolism
- NT2 ↓ microbial physiology ►▼
- NT3 ↓ fermentation ►▼
- NT4 ↓ alcoholic fermentation
- NT4 ↓ batch fermentation ►▼
- NT5 ↓ silage fermentation
- NT4 ↓ continuous fermentation
- NT4 ↓ Crabtree effect
- NT4 ↓ lactic fermentation
- NT4 ↓ malolactic fermentation
- NT4 ↓ solid state fermentation
- NT4 ↓ submerged fermentation
- NT3 ↓ quorum sensing
- NT3 ↓ fermentation ►▼
- NT2 ↓ nutrition physiology ►▼
- NT3 ↓ antinutritional factors
- NT3 ↓ assimilation (physiology) ►▼
- NT4 ↓ net assimilation rate
- NT3 ↓ energy requirements
- NT3 ↓ nutrient balance
- NT3 ↓ nutrient partitioning
- NT3 ↓ nutrient requirements ►▼
- NT4 ↓ feed requirements ►▼
- NT5 ↓ feed rations
- NT4 ↓ protein requirement ►▼
- NT5 ↓ amino acid requirements
- NT4 ↓ feed requirements ►▼
- NT3 ↓ nutrient reserves
- NT3 ↓ nutrient resorption (physiology)
- NT3 ↓ nutrient retention
- NT3 ↓ nutrient transport
- NT3 ↓ nutrient uptake
- NT3 ↓ nutrient utilization ►▼
- NT4 ↓ feed conversion
- NT4 ↓ food conversion
- NT3 ↓ nutrient-nutrient interactions
- NT3 ↓ nutrition-genotype interaction
- NT2 ↓ oxygen requirement
- NT2 ↓ physiological regulation ►▼
- NT3 ↓ homeostasis
- NT3 ↓ hormonal regulation ►▼
- NT4 ↓ gonadotropin release
- NT3 ↓ hypothalamic regulation
- NT3 ↓ osmoregulation
- NT3 ↓ thermoregulation
- NT2 ↓ physiological response ►▼
- NT3 ↓ dose response ►▼
- NT3 ↓ postprandial state
- NT2 ↓ physiological transport ►▼
- NT3 ↓ active transport
- NT3 ↓ cytoplasmic streaming
- NT3 ↓ endocytosis ►▼
- NT4 ↓ phagocytosis
- NT3 ↓ exocytosis
- NT3 ↓ ion transport
- NT3 ↓ membrane potential ►▼
- NT4 ↓ action potentials
- NT3 ↓ nutrient transport
- NT3 ↓ nutrient uptake
- NT3 ↓ osmosis
- NT3 ↓ protein transport
- NT3 ↓ uptake mechanisms
- NT3 ↓ water uptake
- NT2 ↓ plant physiology ►▼
- NT3 ↓ abscission ►▼
- NT4 ↓ fruit drop
- NT4 ↓ leaf abscission
- NT3 ↓ apical dominance
- NT3 ↓ callus formation
- NT3 ↓ caulogenesis
- NT3 ↓ chilling requirement
- NT3 ↓ cyanogenesis
- NT3 ↓ dehiscence
- NT3 ↓ dry matter accumulation ►▼
- NT4 ↓ dry matter partitioning
- NT3 ↓ ethylene production
- NT3 ↓ foliar uptake
- NT3 ↓ light requirement
- NT3 ↓ lignification
- NT3 ↓ nastic movement
- NT3 ↓ nectar secretion
- NT3 ↓ nodulation
- NT3 ↓ nutation
- NT3 ↓ nutrient use efficiency
- NT3 ↓ plant development ►▼
- NT4 ↓ abortion (plants) ►▼
- NT5 ↓ seed abortion
- NT4 ↓ branching
- NT4 ↓ bud initiation
- NT4 ↓ etiolation
- NT4 ↓ fasciation
- NT4 ↓ filling period
- NT4 ↓ flowering ►▼
- NT4 ↓ fruiting ►▼
- NT5 ↓ alternate bearing
- NT5 ↓ fruit set ►
- NT4 ↓ germination ►▼
- NT5 ↓ pollen germination ►
- NT5 ↓ seed germination ►
- NT5 ↓ spore germination
- NT5 ↓ vivipary (plants)
- NT4 ↓ juvenility
- NT4 ↓ leaf development ►▼
- NT5 ↓ leaf emergence
- NT4 ↓ natural pruning
- NT4 ↓ ripening
- NT4 ↓ rooting
- NT4 ↓ seed development ►▼
- NT5 ↓ seed dispersal
- NT5 ↓ seed maturation ►
- NT5 ↓ seed set
- NT5 ↓ seed shattering
- NT4 ↓ seedling emergence
- NT4 ↓ sprouting ►▼
- NT5 ↓ tuber sprouting
- NT4 ↓ suckering
- NT4 ↓ tillering
- NT4 ↓ vegetative growth
- NT4 ↓ abortion (plants) ►▼
- NT3 ↓ plant growth ►▼
- NT4 ↓ budbreak
- NT4 ↓ epinasty
- NT4 ↓ growth habit ►▼
- NT5 ↓ annuals
- NT5 ↓ biennials
- NT5 ↓ determinate growth
- NT5 ↓ indeterminate growth
- NT5 ↓ perennials
- NT4 ↓ root growth
- NT4 ↓ root shoot ratio
- NT4 ↓ seedling growth
- NT4 ↓ stem elongation
- NT4 ↓ tree growth
- NT4 ↓ vegetative growth
- NT3 ↓ plant reproduction ►▼
- NT4 ↓ apomixis ►▼
- NT5 ↓ autogamy
- NT4 ↓ plant fertility ►▼
- NT4 ↓ pollination ►▼
- NT5 ↓ cross pollination
- NT5 ↓ insect pollination
- NT5 ↓ open pollination
- NT5 ↓ pollen flow
- NT5 ↓ self-pollination ►
- NT5 ↓ wind pollination
- NT4 ↓ apomixis ►▼
- NT3 ↓ plant response
- NT3 ↓ plant-water relations ►▼
- NT4 ↓ imbibition
- NT4 ↓ leaf water potential
- NT4 ↓ root hydraulic conductivity
- NT4 ↓ root pressure
- NT4 ↓ root water potential
- NT4 ↓ transpiration ►▼
- NT5 ↓ leaf conductance
- NT5 ↓ stomatal conductance
- NT4 ↓ turgor
- NT4 ↓ wilting
- NT4 ↓ xylem water potential
- NT3 ↓ postharvest physiology
- NT3 ↓ radiation use efficiency
- NT3 ↓ rhizogenesis
- NT3 ↓ seed dormancy
- NT3 ↓ source-sink relationships
- NT3 ↓ stomatal movement
- NT3 ↓ suberization
- NT3 ↓ translocation (plant physiology) ►▼
- NT4 ↓ phloem loading
- NT4 ↓ sap flow
- NT3 ↓ tree physiology ►▼
- NT4 ↓ tree growth
- NT3 ↓ water use efficiency
- NT3 ↓ abscission ►▼
- NT2 ↓ reproduction ►▼
- NT3 ↓ asexual reproduction ►▼
- NT4 ↓ parasexual cycle
- NT3 ↓ parthenogenesis ►▼
- NT4 ↓ arrhenotoky
- NT4 ↓ thelytoky
- NT3 ↓ reproductive traits
- NT3 ↓ sexual reproduction ►▼
- NT4 ↓ fertilization (reproduction) ►▼
- NT5 ↓ polyspermy
- NT4 ↓ fertilization (reproduction) ►▼
- NT3 ↓ sexual systems ►▼
- NT4 ↓ androdioecy
- NT4 ↓ dioecy
- NT4 ↓ gynodioecy
- NT4 ↓ hermaphroditism ►▼
- NT5 ↓ protogyny
- NT5 ↓ pseudohermaphroditism
- NT4 ↓ heterothallism
- NT4 ↓ monoecy
- NT4 ↓ monogamy
- NT4 ↓ monogyny
- NT4 ↓ polygamy ►▼
- NT4 ↓ protandry
- NT3 ↓ sporulation ►▼
- NT4 ↓ spore discharge
- NT4 ↓ spore dispersal
- NT4 ↓ sporogony
- NT4 ↓ zoosporogenesis
- NT3 ↓ asexual reproduction ►▼
- NT2 ↓ secretion ►▼
- NT3 ↓ bile secretion
- NT3 ↓ hormone secretion ►▼
- NT4 ↓ insulin secretion
- NT3 ↓ hypersecretion
- NT3 ↓ milk secretion
- NT3 ↓ neurosecretion
- NT3 ↓ protein secretion
- NT2 ↓ taxis (physiology) ►▼
- NT3 ↓ chemotaxis
- NT3 ↓ geotaxis
- NT3 ↓ phonotaxis
- NT3 ↓ phototaxis
- NT2 ↓ tissue distribution
- NT2 ↓ tropisms ►▼
- NT3 ↓ chemotropism
- NT3 ↓ gravitropism
- NT3 ↓ heliotropism
- NT3 ↓ hydrotropism
- NT3 ↓ phototropism
- NT3 ↓ thigmotropism
- NT2 ↓ water requirement
Related terms
- RT⇆ biochemistry
- RT⇆ physiologists
- Español fisiología
