ABC Transportation in Microbial Cells

be there 13.3.2023 cassette ABC transport ATP binding cascade proteins 1. Solute binding protein 2. Transporter protein Transport T ATP binding domain/nuceoua binchy binds binds domain Solute + Solute bindnaprotein Transports protein So ATP binds to ATPbindma hydrocyse a ADP+

when drives source mounces inside the are Boton molif force H" INADM=3ADD 2e sener of camer progn (NADH, Atp Syntreta DATE NADK generates NAD O2 the protons are pumped outside the cell during e-transfor chair, H' proton gradient cull be formed 7 treytend to get innade the all through ATP synthase' every 3 H+ 1 ATP will be syntnessed one proton enter Sodum will be expulsion antiport Uniport proton graduent format" mechanism mechanism Sugar, Ammo ands transpared by trues muchanism Nat binds traumies protein compen Solute binding site. change shape hence If binds sugar Now camer's conforman alters symport machanism both sugar of Na in PTS /group translocation be released inside 'phosphoenol pynuate Sugar phosp no transferance system numose alycoutic mechanism Gw-6-phosphace But in nartina ; some uses PTS system -first stop

Glucose- - outside the cell PEP- phosphorest pysware modifican will -Inside the cell energy pyneverse molecule praphate -) 6th Ensyme enimol II A freely suspended in me cytoplasm HPr 1, IIA IB IIC + pambedded in the membrane attain amon-IIIC IIB attained to me membrone Transcriting moleve phorolect HPr - Histidine run protein PEP. E1 HP, 1G-P P attaines to P pynivate HPr 6tp IIA IB IIC acuose Mannox,mannutol, glurre' 4lu-6-phosph PTS system. - MODULE -2 MICROBIAL GROWTH 1 from transport is difficult to transport soluble because of its solubility nature' It is insolutelynot Iron y non 9 i 9 'Siden phone (Forms) Ferriconome x sideropha & Y low moleculor Encrobactin sin pnoe-iron - compus right Fungi recepter 4 substancer hydroxymen of ferr catabrates -Encon Penplamie space ? bartena Femc-ferous takes Innde me cell

Enymes in perigramic space ; Femic , femul OR socubilizal inside me cell directry 21/03/2023 Buck transport - Eukaryous Endocytosa -Takeng inside -when the P.M emelops food particle us water I phagocyton - the cell takes in particulate matter 2. Pinocytosis - The cell takes in only find - cell duincine engulfment cell eating in Recepts 2 - medale d endocytosis - spenfre molecules are plasma membrane they evagenales - clatnerin coated pit well taken in after They bind to a receptor be forma (vaunle will be formed) entrapment promat of fusion of dyes of of food particular food vanule cysosomes frod and with we Goavaroute reepir 00000000 clarm clathrin loated vericle Enoughosis -ocurs when materal & duscharged from me all used in plants to expart cell wall materials amman -science hormones, degesion mymer, neurotansmitteis venile free with p.membrine particules are released outiels .

Enzymes in perplanic space; Femic femul OR solubilizar inside me cell directing 21/03/2023 Buck transport - Eukaryous Endocytosis -Taking inside - when the P.M envelops food particle w water 1) phagocyto su wsis - -The cell takes in particulate matter engulfment -cell eating 2) Pinocytosis - The cell takes in only find - cell duekin 3) Recepto 2 - mediate d endocytosis - specific molecules are plasma membrane itself evagenalts - clatnerin coated plt we taken in after They bind to a receptor be forma (vamole will be formed) entrapment promat of fusion of of food particular food vanole with cell cysosomes frod and Goadvalous recepter 00000000 clarm -clathrin loated vericle budbeco Enouytosis -ocurs when material x duscharged from me all used in plants to expart cell wall materials amman -screen hormones, degesive anymes, neurotansmitters vesicle free with membrine particules are released outiel