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22 Cards in this Set

  • Front
  • Back

autotrophs

organisms that can make its own food

heterotrophs

organisms that obtain energy by consuming food

ATP

(adenosine triphosphate) chemical compounds that cells use to store/release energy; contains adenine, ribose, 3 phosphate groups

ADP

(adenosine diphosphate) similar to ATP except only 2 phosphate groups

photosynthesis

process in which plants use sunlight energy to convert water/carbon dioxide to oxygen/carbs

pigments

light-absorbing molecules in plants

chlorophyll

primary pigment in plants that absorb all light except green

thylakoids

saclike photosynthetic membranes

granum

stacks of thylakoids

stroma

region outside thylakoid membrane

NADP+

carrier molecule in ETC

NADPH

when NADP+ holds 2 electrons and a hydrogen ion

light-dependent reactions

first part of photosynthesis in thylakoids; uses light energy and water to produce oxygen and converts ADP/NADP+ to ATP/NADPH

Calvin cycle

light-independent reactions that occur in stroma; uses carbon dioxide, ATP, and NADPH to produce sugars

glycolysis

first step in releasing glucose's energy, in which glucose is broken into 2 molecules of pyruvic acid

cellular respiration

process that releases energy by breaking down glucose/food molecules in presence of oxygen

NAD+

electron carrier that accepts pair of electrons, turning into NADH. Helps pass energy from glucose to other pathways

fermentation

anaerobic process that releases energy from food molecules by producing ATP in absence of oxygen

anaerobic

not needing oxygen

alcoholic fermentation

fermentation occurring in yeast cells, forms ethyl alcohol, CO2, and NAD+

lactic fermentation

when pyruvic acid accumulates from glycolysis, forming lactic acid. Happens in muscle cells/non-alcoholic places

aerobic

requiring oxygen