bio 111 final exam review UPDATED ACTUAL Questions and CORRECT Answers
, A = Plasma Membrane, controls what goes in and
out
B= Nucleolos = center of nucleus
C= Nucleus = contains DNA
Label Each Part and their Function Based
D= Ribosome = builds proteins
on their Letters
E= rough endoplasmic = protein modification
F= Mitochondria = breaks down waste products
and components
G= golgi apparatus= packages proteins
stable (non reactive atom) two on each circle, life shares striklng similarites across gene sequence
endosymbotic theory idea that mitochondria are ancient aerobiotic prokaryotic cells
electron microscopy most powerful and can resolve the smallest things
bacterial cell nucleoid region and lacks membrane bound organelles
DNA of a prokaryotic cell found in nucleoid region
ribosomes rRNA and proteins, responsible for synthesizing destined in endoplasmic reticulum
DNA and enzymes studded with ribosomes
what supports that eukaryotic cells mitochondria and chloroplasts have their own DNA and double membranes. have
originated from prokaryotic cells membrane bound organelles.
cytoskeleton microtubules, microfilaments, intermediate filaments
lipids don't have catalyzing biochemical reactions
carbohydrates immediate energy for cellular activities
enzymes lower the activation enzyme of chemical reactions
simple diffusion passive moment of substances across a membrane, no assistance from protein
hypertonic solution cell will shirnk
small molecule easily cross phospholipid bilyaer
carrier proteins move aganist their concentration gradient
smooth ER responsbile for lipid synthesizing, stores calcuim ion
polymers broken down by hydrolysis reactions
3 fatty acids triglyceride
2 fatty acids phospholipid
during polymerization reactions. is often water
produced as a by product
phospholipid are ampiphatic
oswald avery's experiment showed macromolecule contained genetic information
mice injected will die, die live
saturated fats no carbon double bonds
each animo acid R Group
number of alpha helices, number of beta sheets, tertiary sequence, and final protein
animo acid determines
structure
plastids only found in plant cells
secondary and tertiary destroyed in denaturation or pH
, A = Plasma Membrane, controls what goes in and
out
B= Nucleolos = center of nucleus
C= Nucleus = contains DNA
Label Each Part and their Function Based
D= Ribosome = builds proteins
on their Letters
E= rough endoplasmic = protein modification
F= Mitochondria = breaks down waste products
and components
G= golgi apparatus= packages proteins
stable (non reactive atom) two on each circle, life shares striklng similarites across gene sequence
endosymbotic theory idea that mitochondria are ancient aerobiotic prokaryotic cells
electron microscopy most powerful and can resolve the smallest things
bacterial cell nucleoid region and lacks membrane bound organelles
DNA of a prokaryotic cell found in nucleoid region
ribosomes rRNA and proteins, responsible for synthesizing destined in endoplasmic reticulum
DNA and enzymes studded with ribosomes
what supports that eukaryotic cells mitochondria and chloroplasts have their own DNA and double membranes. have
originated from prokaryotic cells membrane bound organelles.
cytoskeleton microtubules, microfilaments, intermediate filaments
lipids don't have catalyzing biochemical reactions
carbohydrates immediate energy for cellular activities
enzymes lower the activation enzyme of chemical reactions
simple diffusion passive moment of substances across a membrane, no assistance from protein
hypertonic solution cell will shirnk
small molecule easily cross phospholipid bilyaer
carrier proteins move aganist their concentration gradient
smooth ER responsbile for lipid synthesizing, stores calcuim ion
polymers broken down by hydrolysis reactions
3 fatty acids triglyceride
2 fatty acids phospholipid
during polymerization reactions. is often water
produced as a by product
phospholipid are ampiphatic
oswald avery's experiment showed macromolecule contained genetic information
mice injected will die, die live
saturated fats no carbon double bonds
each animo acid R Group
number of alpha helices, number of beta sheets, tertiary sequence, and final protein
animo acid determines
structure
plastids only found in plant cells
secondary and tertiary destroyed in denaturation or pH
