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hoooha.net
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at
one
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anacace
chance intractsafatttain
promoter on diff wffenomous
chromosome
, FM
00000000100
13 43
out
I'mjustkindasorta gonnapass
Chipseq
Eukaryotic transcription
rn
Complex
btw
, Chapter 5 Notes Tla EEEE.atggng
fluid Cell Membranes phospho lipids
2 layers bothhydrophobic philic
Mouththgffaut
Lipids inaquioushhkhlert.fmstructure
others tohideaquaphobic from water
a
estero stability bilayer spontaneous
igytftg.TT
amphipathic
f1f.gg gamm eiiI
t.it
t
iii
ftp y:meif:i
Either.mil Es.fskEitc E
ringfafftalia
specificarease
Proteins
TEE.fm
taftacttoowGmveions
transporters
molec.TTEesignalsfrom
environment Chemreactions
Blitzinged
movefreely in membrane
Integral MembraneProteins Peripheralmembraneprot
permanentlyassoc w cell temp assoc w lipidbilayer or
membranes separatedestroymembrane integralmumprot
transmembraneproteins entirebitner
weak non covalentbonds
3 regions 2 hydrophiltachefaceof integar fifds or IMP
1connecting hydrophobic
FluidMosaicmodel
lipidtpro.ieiI
, Tasmanembrane
alcelst
homeostasis selectivelypermeable
diffusion passivetransport osmosis
concentrationgradient concentration
0 and CO2 triacylglycerols thticTester high
facilitated diffusion
membranetransporter
aqtafftn.TT insideor outside usedtomaintain size
activetransport requiresenergy ComTittafilevacuoles
ex sodiumpotassium
pump
energy stored in ATP adenosine
triphosphate
primaryactivetransport
secondary activetransport NOTATPmovement ofproteins
createsconcentrationgradient
differencein charge electrochemical gradient
Cell Wall outside membrane all cells
xanimalcells
whatmade of
turgorpressure waterpushon cell depends on
organism
vacuole absorbs water contributes to
gmatHWmkth
Weakens.no
Prokaryotes
E tIfDf f
us f
have nucleus
batistead me
diff lipids ways of transcription translation
no sterol mammals
to 1 1 b
Tisimentariety
inanimate
EYfmrasefsfirttre.io I
Ien Qian am
notawa
Filitti:b
II TATAbox
hoooha.net
same.EE onofDNA feupapagweentrenpsteitn.f.at
what promregion
I
do.huffffqt
0
kittestoga
trafattern least ks
at
one
trans regulatory reactions
EEEga.EE
diploid copy
of gentathosome
anacace
chance intractsafatttain
promoter on diff wffenomous
chromosome
, FM
00000000100
13 43
out
I'mjustkindasorta gonnapass
Chipseq
Eukaryotic transcription
rn
Complex
btw
, Chapter 5 Notes Tla EEEE.atggng
fluid Cell Membranes phospho lipids
2 layers bothhydrophobic philic
Mouththgffaut
Lipids inaquioushhkhlert.fmstructure
others tohideaquaphobic from water
a
estero stability bilayer spontaneous
igytftg.TT
amphipathic
f1f.gg gamm eiiI
t.it
t
iii
ftp y:meif:i
Either.mil Es.fskEitc E
ringfafftalia
specificarease
Proteins
TEE.fm
taftacttoowGmveions
transporters
molec.TTEesignalsfrom
environment Chemreactions
Blitzinged
movefreely in membrane
Integral MembraneProteins Peripheralmembraneprot
permanentlyassoc w cell temp assoc w lipidbilayer or
membranes separatedestroymembrane integralmumprot
transmembraneproteins entirebitner
weak non covalentbonds
3 regions 2 hydrophiltachefaceof integar fifds or IMP
1connecting hydrophobic
FluidMosaicmodel
lipidtpro.ieiI
, Tasmanembrane
alcelst
homeostasis selectivelypermeable
diffusion passivetransport osmosis
concentrationgradient concentration
0 and CO2 triacylglycerols thticTester high
facilitated diffusion
membranetransporter
aqtafftn.TT insideor outside usedtomaintain size
activetransport requiresenergy ComTittafilevacuoles
ex sodiumpotassium
pump
energy stored in ATP adenosine
triphosphate
primaryactivetransport
secondary activetransport NOTATPmovement ofproteins
createsconcentrationgradient
differencein charge electrochemical gradient
Cell Wall outside membrane all cells
xanimalcells
whatmade of
turgorpressure waterpushon cell depends on
organism
vacuole absorbs water contributes to
gmatHWmkth
Weakens.no
Prokaryotes
E tIfDf f
us f
have nucleus
batistead me
diff lipids ways of transcription translation
no sterol mammals
to 1 1 b
