VA << < B C Match each letter (A through G) to its description. VD VE VF VG H MAX 20 E A மன்மமும் H STAT 1. Receptor 2. RNA 3. Lysosome 4. DNA 5. Ribosome 6. Ligand 7. Kinase domain 8. Nucleus 9. Mitochondria 10. Phosphorylated transcription factor 11. Dephosphorylated transcription factor 12. Plasma membrane
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- Cytokine receptors and tyrosine kinase receptors are similar in all of the following ways EXCEPT one. Which one is the exception? O They are both down-regulated by lysosomal degradation They both involve receptor exoplasmic domain dimerization They both result in an effector protein entering the nucleus O They both involve cytosolic domain phosphorylation# 3 You've engineered a mutant cell where the FADD adapter was truncated. The mutant FADD only contains the Death Domain, and lacks the Death Effector Domain. What is the most likely phenotypic outcome for this mutant cell when presented with the Fas ligand? 20 E O The Fas/FasL oligomer is formed, but apoptosis is blocked O The Fas/FasL oligomer is formed, and apoptosis is hyperactivated O The Fas/FasL oligomer is not formed, and apoptosis is blocked O The Fas/FasL oligomer is not formed, but apoptosis is hyperactivated F3 $ 4 DOD 000 R F4 % 5 F5 T BARAT 6 tv @ MacBook Air F6 Y & 7 F7 U * ➤11 8 F8 · 9 F9Can you please help me with the following; thanks! An experiment that shows that there is a targeting system for a nuclear encoded protein that ultimately finds its way to a specific organelle.
- The synaptosome-associated receptors referred to as v-SNARES are transmembrane proteins located on which of the following eukaryotic cell structures? mitochondrial membranes chloroplast membranes vesicle membranes lysosomal membranes peroxisomal membranesMatch the protein on the left with its primary role on the right PINK LAMP2A BCL2 ATF6 [Choose] [Choose] promoting UPR promoting apoptosis inhibiting autophagy inhibiting UPR inhibiting apoptosis mitophagy nonselective autophagy chaperone mediate autophagy [Choose]“Disruption in the pathway of apoptosis & autophagy can lead to different diseases”- briefly explain at your words
- Figure 9.10 In certain cancers, the GTPase activity of the RAS G-protein is inhibited. This means that the RAS protein can no longer hydrolyze GTP into GDP What effect would this have on downstream cellular events?All of the following are true of integrins except (a) they are receptor proteins (b) they help organize the cytoskeleton (c) they are part of the ECM (d) they are important in cell signaling (e) they are located in the plasma membraneWhat property prevents the ligands of cell-surface receptors from entering the cell? The molecules bind to the extracellular domain. The molecules are hydrophilic and cannot penetrate the hydrophobic inferior of the plasma membrane. The molecules are attached to transport proteins that deliver them through the bloodstream to target cells. The ligands are able to penetrate the membrane and directly influence gene expression upon receptor binding.
- Figure 37.5 Heat shock proteins (HSP) are so named because they help refold misfolded proteins. In response to increased temperature (a “heat shock"), heat shock proteins are activated by release from the NR/HSP complex. At the same time, transcription of HSP genes is activated. Why do you think the cell responds to a heat shock by increasing the activity of proteins that help refold misfolded proteins?i want the solution of this assingment please. 1- Typical N-terminal signal sequence ( include description, function, and how they work)2- list address codes for different parts of the cell3- Stop transfer sequence ( description, function, how they work)“Disruption in the pathway of apoptosis & autophagy can lead to different diseases”- Briefly explain that statement