Hi Sir These are some challenging questions (molecular cell biology) asked by my professor. I am unable to answer this. Could you please try these questions. 1. In a hypothetical single-cell eukaryote, SRP and translocon are both encoded by a single gene. Your friend plans to produce a secretory enzyme more efficiently by over-expressing SRP and translocon in these cells. Will this plan work? Why or why not? 6. As shown in Figure 14-8 (in the slides, the 6th ed.), Sar1 is a GTP binding protein involved in the formation (budding) of COPII vehicles. Predict the consequences if the Sar1 has a defect that results in the reduction of GTP-GDP swap efficiency. 3. Challenging questions: There are four kinds of pumps in page 447 (the 6thondition): P-class, V-class, F-class, and ABC superfamily. V- and F-class are similar in structure but different in function. What would you do if you want to “re-engineer the desired class into V-class? 5. Challenging question: The G-protein coupled receptors have seven trans-membrane domains. Can the number be reduced to three? Why or why not?
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MashALLAH! Awesome teacher.
@@Dr.ShaziaHanif-f8l thanks Doc for application...
Good Morning 🌄 Shabir, This is an excellent review 📖. Thank you very much.
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My pleasure
Excellent upload.
Hi Sir
These are some challenging questions (molecular cell biology) asked by my professor. I am unable to answer this. Could you please try these questions.
1. In a hypothetical single-cell eukaryote, SRP and translocon are both encoded by a single gene. Your friend plans to produce a secretory enzyme more efficiently by over-expressing SRP and translocon in these cells. Will this plan work? Why or why not?
6. As shown in Figure 14-8 (in the slides, the 6th ed.), Sar1 is a GTP binding protein involved in the formation (budding) of COPII vehicles. Predict the consequences if the Sar1 has a defect that results in the reduction of GTP-GDP swap efficiency.
3. Challenging questions: There are four kinds of pumps in page 447 (the 6thondition): P-class, V-class, F-class, and ABC superfamily. V- and F-class are similar in structure but different in function. What would you do if you want to “re-engineer the desired class into V-class?
5. Challenging question: The G-protein coupled receptors have seven trans-membrane domains. Can the number be reduced to three? Why or why not?
Very nice.
@@Dr.ShaziaHanif-f8l thanks 👍
What about the ZNF703 Gene? Thank you kindly
hussain bro thanks to share knowledge
thanks bro
I really can't understand
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Thank you too
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