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Vocab Review AP Bio
Final Review
| Term | Definition |
|---|---|
| Hydrogen Bonds | Weaker attraction caused by H+ Atoms - Found between water molecules. |
| Cell Membrane | A living, fluid barrier made with phospholipids, may burst in hypotonic solutions |
| Lipids | Found often in cell membranes, very non-polar , can be double-bonded to decrease viscosity. |
| Choloroplast | A structure that does photosynthesis with thylakoids, stroma, LIR and LDR |
| Cell Wall | An nonliving, protective barrier that helps plant cells deal with turgor pressure. |
| Carbohydrate | An energy storing molecule made by linking sugars together when its large. |
| Oxygen | An element that can electrons and become negative, attracting positive atoms. |
| Cell Surface Area | Increases as cells grow, but can only feed the faster growing volume until limits are reached |
| Polar | Describes molecules with a partial positive-charged side and a partial negative-charged side. |
| Mitochondria | A structure that uses the products of glycolysis to generate lots of ATP by aerobic respiration. |
| DNA | The main information molecules, kept in the nucleus, made with nucleotides. |
| ATP | Universal energy carrier , it can assist with 1000's of reactions, made by linking 3 phosphates |
| Hypertonic | High particle concentration in the solutions, makes cells shrink, causes Dr. K's wrinkles |
| Hypotonic | Low particle concentration in solutions could extend Dr. K's cellular efficiency and his lifespan |
| Equilibrium | The particle concentration when cells don't quickly gain or lose large amounts of water. |
| Cryptic Coloration | When an animals evolves an appearance to blend in with its surroundings |
| Aposematic Coloration | When an animal develops warning colors to ward off potential predators |
| Symbiosis | A general term for when one species lives in a close relationship with another species |
| Parasitism | A type of symbiosis when one species benefits but the other species experiences a cost. |
| Mutualism | A type of symbiosis when both species benefit from the situation. |
| Altruism | When one individual puts itself in harm's way to benefit the main group. |
| Facilitated Diffusion | Using channel proteins to transport large or charged molecules with the gradient. |
| Simple Diffusion | Using no extra energy or special proteins to allow molecules to enter and exit with the gradient |
| Active Transport | When a membrane uses special protein pumps and ATP power to work against the gradient |
| Competitive Inhibition | When a special molecule gets directly in the way of the active site of an enzyme |
| Allosteric Inhibition | When a special molecules binds to an enzyme away from the active site, altering the shape, slowing. |
| Normal Enzyme Binding | When an enzyme normally acts on the correct substrate at an uninhibited rate. |
| Fermentation | Used when a cell needs quick energy anaerobic situations, but produces lactic acid in animals |
| Kreb Cycle | A series if reactions that happens in matrix, making energy carriers for the ETC. |
| Oxygen | An element that is crucial for pulling electrons through ETC, helping with energy |
| Glycolysis | Happens in the cytosol, where glucose is broken into pyruvates, releasing 2 ATPs and NADH. |
| Water | An awesome liquid required by plants to donate electrons via photolysis, which is driven by the sun. |
| Red Manometer Fluid | This liquid can indicate the rate of oxygen consumption in a respirometer. |
| ETC | Also known as the electron transport chain, it creates H+ power to assist ATP synthase |
| ATP Synthase | An enzyme powered by the backflow of Hydrogen Ions, makes universal energy carriers |
| Glucose | A sugar made in leaves by photosynthesis, transported by phloem to the rest of the plant |
| Carbon Dioxide | The gas used by plants to build carbon-based sugars like glucose. |