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31 Cards in this Set

  • Front
  • Back

Carbs: Glucose

One sugar monosaccharide

Carbs: Maltose

Two sugar disaccharide

Testing for proteins

Biuret: purple

Testing for lipids

brown paper evaporation test

Testing for starch

iodine: purple/black

Testing for sugars

Benedict's: green to orange-red

Prokaryotic (bacteria)

no membrane bound organelles or nucleus

Eukaryotic (plants and animals)

has membrane bound organelles and a nucleus

Unique plant structures

cell wall, vacuoles, and chloroplasts

Unique animal structures

vacuoles, centrioles, asters

Phospholipids: what kind of head and tails do they have?

hydrophillic head and two hydrophobic tails

Hypertonic (shriveling)

more solute than inside of cell; causes water to leave cell. Greater than .9%

Hypotonic (swelling)

less solute than inside of cell; causes water to enter cell, and can cause hemolysis if too much. Less than .9%

Isotonic

equal solute outside and inside; no water comes in/out of cell. Nothing happens to cell. At .9%

molecules that undergo change

reactants

result of a reactant

product

organic catalysts that speed reactions

enzymes

reactants of enzymatic chemical reaction

substrates

enzyme of potatoes

catalase

substance broken down into products

degredation reaction

substances join to form product

synthesis reaction

loses original shape and active site

denature

reactions happen at the active site of an

enzyme

bubble height of an enzyme determines its

degree of activity

enzyme specificity promotes activity because

enzyme is specific to its substrate

increasing enzyme concentration promotes activity because

it speeds up the reaction process

when a vacuole gains water and exerts pressure is called

turgor pressure

cell shriveling is called

crenation

cell bursting is called

lysis

diffusion of water across plasma membrane

osmosis

movement of moleules from high to low concentration

diffusion