3 parts
pump, pipes, fluid
parts
Brain, spinal cord and nerves
two types of hormones
Agonists trigger a cell to produce an action
Antagonist block the action of agonist
Primary function of Lymphatic
production, maintenance, and distribution of lymphocytes(WBC)
RUQ
Liver, gallbladder, some of colon and small intestine
Starlings law
Correlation of expansion and contraction
Preload and contraction
More preload more starling law
More expansion more contraction
Rubber band
Somatic nervous system
Voluntary muscle control(skeletal muscle)
nervous
physical parts/organs of Lymphatic
Lymph nodes
The spleen
LUQ
stomach , spleen, some of colon and small intestine, pancreas
Ejection fraction
% of blood that leaves the heart per contraction (around 50-70%)
Autonomic
Involuntary muscle control
Sympathetic: fight or flight
Parasympathetic: rest and digest
glands
Thyroid
Pituitary
Thymus
Adrenal
Pancreas
Testicles
ovary
Hypothalamus
Parathyroid
pineal
Gonads
Kidney functions
Regulation of pH and volume of extracellular fluid
Regulating water and electrolytes
Functions
Ingest
Mechanical breakdown
Chewing, enzymes, mixing motion of stomach
Digestion
Chemical breakdown
Secretion
Release of water, acid, enzymes that aid in breakdown and digestion of food in digestive tract
Absorption
Movement into interstitial fluid
Excretion
Food that can not be digested
WBC parts
Neutrophils: 1st line of defence (destroys bacteria)
Eosinophils: allergic response
Basophils: allergic and inflammatory (mast cells to histamine)
Histamine causes vasodilation and makes vascularity leaky
Lymphocytes: assist removal of viruses and bacteria
Monocytes: Macrophages (engulf and removes)
cell parts
Cell body
dentrite
axon
Pancreas cells
Alpha cells secrete glucagon which stims the liver to convert glycogen(primarily stored in the liver and skeletal muscle) into glucose
Beta cells secret the hormone insulin in response to elevated glucose levels. Insulin causes uptake and metabolism of sugar, fatty acids, amino acids
Blader/afferent message when ⅓,full
mictrition reflex
Duodenum: connects to pancreas, liver and gallbladder
Jejunum: major site of nutrient absorption
Ileum: where chyme is prepared for entry into large intestine
Plasma parts
H2O (92%)
Proteins(7%)
albumin(H20 up and down)
Determines if water comes in and out of vascularity
Globulins (ABS (anti-bodies?))
Made by liver and finds foreign invader
Fibrinogen (Cloting)
Other (1%)
Neuron action potential
-70MV Rest
-55MV is threshold
+40MV is the hight
Plateau
Hyper fall to -90MV
Back up to -70MV
Adrenal gland parts and what they release
Adrenal cortex
Produces corticosteroid hormones
Cortisol: Regulates glucose by sending steroids
Aldosterone: Helps maintain BP. Na absorption and K secretion by acting on the distal tubules and collecting ducts of the nephron
Adrenal medulla
Produces catecholamines(released in stress times) adrenaline and noradrenaline(epi and norepi) hormones that increase heart/respiratory rates and BP vasoconstriction, and glycogenolysis(all key components in the body flight or flight response).
Renin-angiotensin-aldosterone system
When not enough blood gets to kidney renin is released
Renin goes to liver and it releases angiotensin-1 to go to lungs
Lungs convert angiotensin-1 (angiotensin conversion enzyme) to angiotensin-2
Angiotensin-2: mass vasoconstriction, you get thirsty, ADH, hold on to salt
Aldosterone: controls salt regulation
Two major divisions
Alimentary canal
Series of muscular tube
Accessory digestive organs
Produce and secrete enzymes and juices essential in the digestive process
Reeth, tongue, salivary glands, liver, gallbladder, pancreas
Not a part of GI tract structure, but aid in digestion