Study Guide for James' AP1, Exam 1

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3 rd Day Membrane Transport (cont.) Active Processes Primary Active Transport Vesicular Active Transport Exocytosis Endocytosis a. Phagocytosis b. Pinocytosis Specificity Competition Saturation Transport Maximum 4 th Day Organic Compounds OYO: from handout: Carbohydrates, Lipids and Proteins Tissue Types Epithelial Muscular Nervous Connective Chemical Reactions Synthesis Decomposition Exchange Oxidation-Reduction 5 th Day – EXAM #1
Terminology – Having a good command of these terms enables you to speak intelligently about these topics. *This is NOT an all-inclusive list but it’s a good start. Please add more terms as you see fit. Anatomy Physiology Filtration Organelle Solutes Tissue Organ Active membrane transport processes Organ system Active transport (Primary active transport) Interdependency Vesicular transport Homeostasis Exocytosis Variables Endocytosis Negative feedback mechanism Vesicle Receptor Phagocytosis Effector Pinocytosis Control center Effector T-SNARE proteins Positive Feedback mechanism Clathrin proteins V-SNARE proteins Plasma membrane (cell membrane) Fluid mosaic model Specificity Lipid bilayer Competition Phospholipid Saturation Hydrophilic Transport Max Integral protein Peripheral protein Carbohydrates Carrier protein (transport Protein) Glucose Non-gated channel protein Lipids Gated channel protein Triglycerides Non-gated channel protein Proteins Gated channel protein Amino acids Voltage-gated channel protein Structural proteins Ligand-gated channel protein Functional proteins Receptor protein Glycoprotein Epithelial tissue Glycocalyx “free” body surfaces Muscle tissue Concentration Fibers Concentration as a percentage Myofilaments Concentration expressed as milliosmoles Actin & myosin Concentration gradient Nervous tissue Equilibrium Neuroglia Connective tissue Passive membrane transport processes Simple diffusion Reactants vs. End products vs. catalysts Facilitated diffusion Synthesis (anabolic) reaction) Net diffusion Decomposition (catabolic reaction) Osmosis Exchange reaction Osmotic pressure Oxidation-reduction reaction Tonicity Isotonic vs. Hypertonic vs. Hypotonic
Page 1: Study Guide for James’ AP1, Exam

Study Guide for James' AP1, Exam 1

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