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Apologia Advanced Biology Module 15 Test, Apologia Advanced Biology Module 14 Test, Apologia Advanced Biology Module 13 Test Answers, Apologia advanced biology module 12 test questions, Apologia, Anatomy and Physiology, Module 11, Apologia Advanced B...

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Apologia Advanced Biology Module 15 Test, Apologia Advanced Biology Module 14 Test, Apologia Advanced Biology Module 13 Test Answers, Apologia advanced biology module 12 test questions, Apologia, ... Anatomy and Physiology, Module 11, Apologia Advanced B... retroperitoneal - ANS-behind the peritoneum Erythropoiesis - ANS-Production of red blood cells (erythrocytes) Renal blood flow rate - ANS-The rate at which blood flows through the kidneys (1 liter/min) glomerular filtration rate - ANS-the rate at which filtrate is produced in glomerular filtration (125 mL/minute) tubular maximum - ANS-the maximum rate of reabsorption by active transport through the nephron tubules buffer system - ANS-A mixture of an acid and a base which resists changes in pH Structures in order of when they are encountered by filtrate traveling out of the body - ANS-Proximal tubule, loop of Henle, distal tubule, collecting duct, minor calyx, major calyx, renal pelvis Which structure change their permeability to water/What causes the change - ANSDistal tubule and collecting duct/The amount of ADH present And increase of GCP will do what to GFR - ANS-Increase GFR Substance A has a higher reabsorption T-max than substance B, so which will have a higher concentration in the blood as it leaves the kidney - ANS-Concentration of substance A will be greater What are juxtaglomerular cell/what do they do in the body - ANS-Cells in the kidney that sense and respond to low blood pressure and low sodium ion concentrate in the blood/secrete renin which stimulates increase of sodium ion concentration in blood Normal range of blood pH - ANS-7.35-7.45 pH of blood is 7.30, is it acidosis or alkalosis - ANS-Acidosis 3 process that regulate blood pH (describe/effectiveness/speed) - ANS-1) Buffer systems-resist change in pH, not very effective, fast 2) changing depth/rate of ventilation-more effective, slower 3) secreting H+ in nephron-most effective, slowest CONTINUES.... [Show More]

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