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92 Cards in this Set
- Front
- Back
- 3rd side (hint)
-OH in sugars and alcohols is the |
Hydroxyl group |
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The functional group -NH2 is |
The amino group |
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The endomembrane system does not include the |
Mitochondria |
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Simple diffusion is an example of |
Passive transport |
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O2 released during photosynthesis comes from |
H2O |
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The products of light-dependent reactions of photosyntheses are used in |
Light-independent reactions |
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Glycolysis occurs in |
The cytoplasm of eukaryotic and prokaryotic cells |
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From one molecule of glucose, glycolysis yields |
2NADH 2 pyruvate 2 ATP |
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The molecules that deliver electrons directly to the electron transport chains are |
NADH and FADH2 |
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During glycolysis, one six-carbon molecule of glucose is broken down to 2, three-carbon molecules of |
Pyruvate |
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Protein synthesis is NOT |
An exergonic reaction |
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For an enzyme to funcion, what type of energy needs to be provided |
Activation |
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The removal of electrons from a compound is called |
Oxidation |
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Light-independent reactions of photosynthesis fix CO2 into |
A stable organic compound |
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Aerobs use ___ as the final electron acceptor at the end of transport chains |
Oxygen |
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The first event in photosynthesis is the |
Transfer of electrons from chlorophyll |
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Before a glucose molecules can be broken down to release energy what must happen |
Two phosphate groups must be attached to glucose |
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The electron transfer chain requires what, produces what, and takes place where |
Requires oxygen Produces 32 ATP Takes place in the mitochondria |
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In prep reactions |
Pyruvate is oxidized NAD+ is reduced |
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Coenzymes grab what |
Electrons and hydrogen |
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The Krebs Cycle takes place in the what and produces what |
Mitochondria 2 ATP |
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Anaerobic pathways start in the ___ and are completed in the ___ |
Cytoplasm Cytoplasm |
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Aerobic pathways start glycolysis in the ___ and finish in the ___ |
Cytoplasm Mitochondria |
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C4 plants stash ___ in case the stomata closes |
CO2 |
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C3 plants breathe through the |
Stoma |
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When hot/dry C3 plants do what |
Close the stoma O2 rises CO2 drops Sugars are broken up |
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The electron flow drives |
ATP formation |
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In the cyclic electron flow |
Electrons are recycled Water is not split, no NADP |
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The noncyclic electron flow produces ___ and splits___ |
Produces NADPH and ATP Splits water |
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Light-independent reactions is AKA and produces |
Calvin-Benson Cycle Produces glucose, ADP, and NADP+ |
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Endergonic reactions |
Require energy Synthesis of glucose from CO2 and H2O |
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Reduction |
Gain of an electron |
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Exocytosis |
Vesicles fuse with membrane Release substances |
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Endocytosis |
Membrane forms vesicle Brings in substances |
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Central vacuole stores |
Amino acids, sugars, and wastes |
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Cytoskeleton includes |
Microtubules Microfilaments Intermediate filiments Motor proteins |
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Flagella and cilia are made of |
Microtubules |
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Microtubules are made of |
Tubulin (protien) |
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Microfilaments are made of |
Actin (protien) |
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The endomembrane system is where ___ are assembled and new ____ are modified |
Lipids Polypeptide chains |
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Primary structure |
Sequence of amino acids |
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Secondary structure |
Helix or sheet |
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Organic compounds |
Carbohydrates Lipids Protiens Nucleic acids |
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Photosynthesis model |
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Chloloplasts convert |
Sunlight energy to ATP |
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Both mitochondria and chloroplasts contain |
Their own circular DNA |
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The central vacuole: Stores ___, ___, and ___ |
Amino acids Sugars Wastes |
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The central vacuole increases |
Cell size and surface area |
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Microtubules are involved in ___, ___, and ___ ___ |
Shape Motility Cell division |
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Microfilaments take part of ___, ___, and maintenance of ___ ___ |
Movement Formation Cell shape |
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Smooth ER disassembles |
Fats and fatty acids |
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Rough ER modifies |
Polypeptide chains |
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Smooth ER builds |
Lipids |
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Rough ER processes |
Protiens |
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The endomembrane system is where what is modified |
Polypeptide chains |
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The nucleus is separated from the cytoplasm by the |
Nuclear envelope |
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A peptide bond joins |
Amino acids |
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Animal cells do not have which 3 things |
Central vacuoles A cell wall Chloroplasts |
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Most plant cells do not have these 2 things |
Lysosomes Centrioles |
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Light-dependent reactions take place in the |
Thylakoids |
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Light-independent reactions take place in the |
Stroma |
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The Calvin-Benson Cycle produces |
Glucose ADP NADP |
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The dehydration reaction forms what from what |
Polymers from subunits |
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Covalent bonds formed from Carbon Nitrogen Oxygen |
4 3 2 |
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The 3 steps ATPis produced in |
Glycolysis 2 Krebs Cycle 2 Electron transport 32 |
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Starch is stored in |
Plastids |
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Longer wavelengths = |
Lower energy |
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Passive transport protiens create |
Channels for solutes to move freely along a gradient |
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Recognition proteins identify |
Cells as self or other |
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Lipids include |
Fats and steroids |
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When atoms bond they become a |
Molecule |
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Anabolic pathways require |
Energy input |
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Anabolic pathways assemble ___ from ___ |
Large molecules from subunits |
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Lipids are assembled in the |
Endomembrane |
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In second stage reactions ___ is oxidized The ___ ___ occurs ___ are reduced One ___ forms |
Pyruvate Krebs Cycle Coenzymes ATP |
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In the third stage reaction The flow of ___ down gradients powers ___ |
H+ ATP |
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What forms when elements combine |
Compounds |
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Peptide bonds are formed with what reactions |
Condensation |
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Adhesion protiens help cells stick to |
Cells Protiens Tissues |
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Transport vessicles are located in the |
Rough ER |
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Biological molecules include |
Carbohydrates Protiens Nucleic acids |
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The golgi body puts the finishing touches on |
Protiens and lipids |
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Two types of vessicles include |
Lysosomes and peroxisomes |
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Peroxisomes convert fats to |
Carbohydrates |
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Communication protiens connect cells to adjacent ones so |
Chemicals can transfer |
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The golgi body attaches ___ to ___ |
Sugars to protiens |
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Anaerobs make ATP by |
Fermentation |
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Hydrogen ions form when |
H2O ionizes and has unbound protons |
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Catabolic pathways release ___ and breakdown ___ ___ into subunits |
Energy Large molecules |
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In hydrolysis cells |
Break bonds between monomers by adding water to them |
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Surface to volume ratio |
Bigger cells meams less surface area per unit volume |
Bigger ___ means less___ ___ per ___ ___ |
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Calvin-Benson Cycle reactants |
CO2 ATP NADPH |
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