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Mind Map
by
Meredith W
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more than 1 year ago
currently unfinished (using to see what I already know)-- made based on the first part of mrs c's study guide
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cells
cell signaling
ap bio
ap
Created by
Meredith W
about 7 years ago
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11111273
mind_map
2017-10-28T21:07:16Z
AP Bio Unit 3: Cells
prokaryotic vs eukaryotic cell
structures
what types of cells
are eukaryotic and
which are
prokaryotic?
both: genetic
material
prokaryotic
eukaryotic
why are cells so
small?
SA/V
LAD
prokaryotic:
bacteria
eukaryotic: everything
else
function/structure of each
organelle
more surface area means more
contact with outside:
material can travel through the same "amount of cell" more easily (so no
cell death)
how do RER, Golgi apparatus and cell membrane work to
create proteins for secretion or to be used in other
organelles?
How do the products of bound vs. free ribosomes
differ?
1.
cytoskeleton
2. endomembrane
system
3.
microtubuloes
microfilaments
Autogenous and Endosymbiotic
Hypothesis
plant vs animal
cells
mitochondria and
chloroplasts**
...
structure of phospholipid bilayer
role of cholesterol in animal cell membranes
what can pass through a cell
membrane?
transport across a cell membrane
contransport
exocytosis
types of solutions
circular DNA
reproduction by binary fission
generate ATP
small ribosomes
double membrane
gap junctions
plasmodesmata
tight junctions
desosomes
what factors affect the permeability of a phospholipid
bilayer?
small, chargless
compounds
passive transport
active transport
diffusion
facilitated diffusion
osmosis
ex: pumps
endocytosis
isotonic
hypertonic
hypotonic
plant cell reaction
plant cell reaction
plant cell reaction
animal cell reaction
animal cell reaction
animal cell reaction
G-protein receptors
gated ion channel receptors.
signal cascades
epinephrine pathway
evolution of cell signaling
quorum sensing
protist reaction
protist reaction
protist reaction
phosphorylation cascades
cell signaling
types of signals
protein based
lipid based
hydrophilic: cannot pass through lipid bylayer
how bacteria communicate
they are actually a multii-cellular organism
bind to transmembrane receptors
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11111273
mind_map
2017-10-28T21:07:16Z
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