Didnt remeber ones
Intercellular Digestion
Phagocytosis -> Food vacuole -> Lysosome formation -> Lysosome + Food vacuole = Digestive Vacuole -> Enzymatic Digestion -> Exocytosis
ECF
Intracital Fluids, Plasma
Grey matter
Neural Cell Bodies
Ammonia Animals
Boney Fish/Tadpoles
Pancreas
Pancreatic lipase/Amylase
Ventral Nerves (Efferents)
Carries motor info to CNS
Basics of Excited Cells
Stimulation -> Action Potential -> Nerve cells transmit info -> Muscle cell initiates contraction
Proximal Tube
Reabsorption
Medulla (Kidney)
Reabsorption
Esophogous Ingestion
Bolis is formed by perastalisis movement
Magnesium
Enzyme cofactor
Phosphorous
Bone Formation/Nucleotides in ATP
Glutumate
Memory/Thinking
Plasma
Makes up circulatory liquid
Parts of Brain (Write and Draw)
Pons, Medulla, Cerebrum, Cerebelum
Medulla (Brain)
Autonomic Information
Malpighia Tubules (Arthropoda)
Hemolymph + M.T. = Preurine
Tubules closed at one end
Excrete Nitrogenous Waste
Counter Current Multiplier
Parallel tubules carry fluids in opposite direction to maximize transfer of soluble substances
Electrolytes
Ions for rehydration and neuromuscular function
Metanephridia
rely on hydrostatic pressure to move fluids (protostomes/deuterostomes)
Protonephridia
Rely on Cillia to move fluid (rotifers/Flatworms/some protostomes)
Uric Acid Animals
Reptile/Insect
Digestion small intestine
Enzymatic (microvilli for reabsorption)
B12
Coenzyme and protien synthesis
B
Coenzyme in CAC
D
Bone Strength
C
Prevents harmful oxidation
Stimulus to changes in blood pressure/volume
JGA
Calcium
Neuromuscular/Bone Development
Extracellular Digestion
Enzyme produced by gastrovascular activity -> Nutrients transportation via body movement -> Nutrients absorbed by gut cells
Annelid Waste
Metanephridia = Solid Waste
Anus = Nitrogenous Waste
Dopamine
Concentration, Sleep, Motivation, Mood
PNS
Somatic/Autonmic Nerves
Glycine
Hearing/Metabolism/Pain
Seretonin
Anxiety, Mood, Sexuality, apetite
Seretonin Misregulation
Chronic Pain, Seasonal Depression, Anxiety, Depression, Fibromyaglia