Unit - Cells & Organelles
"
4 Oct -
, Lecture 1: Plasma Membrane
LO: Introduction to Eukaryotic/prokaryotic cells, Role of the Plasma Membrane & it’s major
components, Transport Mechanisms, Cell Junctions
Eukaryotic & Prokaryotic Cells
cell: (Animal/plant
yotic cell Prolaryof ic cell: (Bacteria/cyanobacteria cell)
LargeSA for the memblene to allow
mare substances in
contain substance to be transported in /out
to their
modify proteins told
stack of membrane bound in shape 8 packaged.
fluttened SCCS
provides structure usupport
Bugscontainthedolyticenzymesor re
site of ATP PRODUCTION
I membrane folded into cristle, innermanix with fluids. controls what goes in out
80s made from KIIIA Innucleus
contains enzymes Unutients
contains hibosomes, large SA for proteins)
amino acids -
then sent to hol; appartes to be packaged
controls that goes in wort
form of DNA
contains enzymes nutients
contains RIAU genetic material
70s made Cam CNA in nucleus
Complex DIffhapacuagesre
long
central centre of cell j
NO HIBOSOMES,
contains geneme Enable substances to go in/out Membrane with fluid cavities,
is
catalysereactions
synthesis/absorption) trnspot
-
Membrane surrounding Nucleus
·
Size: Nucleus: Chromosomes & DNA Ribosomes: Growth Organelles: Cell Plasma Cytoplasm:
storing genetic info: Replication: Rate: Wall: Membrane:
v v v v
E-Cell: Mitosis large Slow
onlyplant
bance
fulz;
P-Cell: 0.2-5/um) v v
Single small fast X v
In Nucleoid
Binary fission
region
plasmico, any loopof NO cytoskeleton
Double check
chumosomes cell Division PMAT
·
A
vision:
chromosomes
duplicated
O ②
· MNT
cellular contents division
④ ③
·
MoMUMaU - contact inhibition: stop growth
proliferation: cell division
·Mukulu
-
↳ replace
dead/dying cells a renew.
"
4 Oct -
, Lecture 1: Plasma Membrane
LO: Introduction to Eukaryotic/prokaryotic cells, Role of the Plasma Membrane & it’s major
components, Transport Mechanisms, Cell Junctions
Eukaryotic & Prokaryotic Cells
cell: (Animal/plant
yotic cell Prolaryof ic cell: (Bacteria/cyanobacteria cell)
LargeSA for the memblene to allow
mare substances in
contain substance to be transported in /out
to their
modify proteins told
stack of membrane bound in shape 8 packaged.
fluttened SCCS
provides structure usupport
Bugscontainthedolyticenzymesor re
site of ATP PRODUCTION
I membrane folded into cristle, innermanix with fluids. controls what goes in out
80s made from KIIIA Innucleus
contains enzymes Unutients
contains hibosomes, large SA for proteins)
amino acids -
then sent to hol; appartes to be packaged
controls that goes in wort
form of DNA
contains enzymes nutients
contains RIAU genetic material
70s made Cam CNA in nucleus
Complex DIffhapacuagesre
long
central centre of cell j
NO HIBOSOMES,
contains geneme Enable substances to go in/out Membrane with fluid cavities,
is
catalysereactions
synthesis/absorption) trnspot
-
Membrane surrounding Nucleus
·
Size: Nucleus: Chromosomes & DNA Ribosomes: Growth Organelles: Cell Plasma Cytoplasm:
storing genetic info: Replication: Rate: Wall: Membrane:
v v v v
E-Cell: Mitosis large Slow
onlyplant
bance
fulz;
P-Cell: 0.2-5/um) v v
Single small fast X v
In Nucleoid
Binary fission
region
plasmico, any loopof NO cytoskeleton
Double check
chumosomes cell Division PMAT
·
A
vision:
chromosomes
duplicated
O ②
· MNT
cellular contents division
④ ③
·
MoMUMaU - contact inhibition: stop growth
proliferation: cell division
·Mukulu
-
↳ replace
dead/dying cells a renew.
