This portion of the bacterial flagellum allows for the diffusion of protons down their concentration gradient. the filament the basal body the hook the stator the rotor
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This portion of the bacterial flagellum allows for the diffusion of protons down their concentration gradient.
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- buse Two of the cytoskeledal components Cactin, Mīs, 165) and deseribe one Similarity and two Jfference between them- Remember wen describiny aur diff erences to explain the difference in relation teo both donot just State and the ot her Ghe doesn't Tell me what the oter one does mstead-Many prokaryotes are capable of motility like the "run and tumble". Which of the following is NOT true about this directional movement? Select one: OA. this is in response to food OB. the filaments with basal body that acts as a motor is responsible for this movement Ос. due to the flagellar action OD. influenced by negative phototaxis in photosynthetic bacteriacapable of converting peroxisome hydrogen peroxide to water and oxygen destroys engulfed bacteria lysosome main role is metabolism neither lysosome or v digestive interior is acidic lysosome proteins are derived from both lysosome and p v the endoplasmic reticulum >
- Which of digestive vesicles have very acidic interiors Peroxisomes Vacuoles Neurotransmitter Lysosomes All exocytic vesiclesWhich statement is correct regarding bacterial plasma membrane? O It is the outermost layer of a bacterial cell envelope. O It contains many invaginations that increase its surface area. Sterols (mostly cholesterol) represent ~20% of its structure. O All of the inserted proteins are glycoproteins. O It is mostly composed of phosphoproteins.Packaging and labeling of proteins done in Golgi apparatus O True False O O
- Eventually aquaporins come tothe end of their working life and need to bereplaced. To which organelle will an oldaquaporin be sent for hydrolysis?Since prokaryotes don't have microtubules, how does intracellular movement occur? For an example, how do proteins move to their designaed area within a prokaryote? Also, since they do not have a golgi apparatus, how are proteins processed and distrubuted thorughout the cell? Is the DNA different in prokaryotes that give it different instructions than what you would see in eukaryotes? Please help me understand this a bit more. Thank you. I'm not sure why Bartlby is saying my question looks like a graded assignment question. I guess I sound too professional lolbindng site da*bin ding, site ATP What type of transport is shown in the figure above? O Active transport O Simple diffusion O Facilitated diffusion
- FONE mOecuies anO w membrane via. asla re and prot active transport n animal c diffusion nt, bacteri facilitated transport O endocytosis ontents During diffusion, when the concentration of molecules on both sides of a membrane is The ins fphosph the same, the molecules will: s made are ma move across the membrane from outside of the cell of hydr stop moving across the membrane mine wb olar hea برو ثينات protein continue to move across the membrane in both directions move across the membrane to the inside of the cell ves the s are fo with Lipid-soluble molecules and gases enter the cell by diffusion through the channel proteins osmosis through the channel proteins II Phosph. bilayer nnelWhich of the following does NOT affect the rate of diffusion? concentration of the solute O temperature O size of the particles O None of these affect the rate of diffusion O AlLof these affect the rate of diffusion PreviousThe plasma membrane is an effective barrier to molecularmovement across it, yet many substances do enter and leave thecell. Explain the mechanisms through which this is accomplished.
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