Question

Describe how proteins become polyubiquitinated, and the cellular function of K48- versus K-63 linked polyUb chains?

Describe how proteins become polyubiquitinated, and the cellular function of K48- versus K-63 linked polyUb chains?

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Describe, using as many examples as you can, how photosynthesis and cellular respiration are linked.
Describe, using as many examples as you can, how photosynthesis and cellular respiration are linked.
Proteins are long-chains of amino acids linked together. In solution, these chains tend to fold in...
Proteins are long-chains of amino acids linked together. In solution, these chains tend to fold in certain ways to give the protein a structure. This folding depends on the intermolecular forces (IMFs) between water (or other molecules) and the various amino acid side-chains, as well as the IMFs between different side chains. 1.The amino acid asparagine has a melting point of 241oC whereas that of isoleucine is 295oC. Explain this difference on the basis of IMFs. HINT: it may not...
The function of proteins can be regulated in a number of ways. Describe how protein phosphorylation...
The function of proteins can be regulated in a number of ways. Describe how protein phosphorylation and GTP binding proteins can modulate protein function.
describe the cellular function of metabolic absorption
describe the cellular function of metabolic absorption
-What is the process by which proteins can become ubiquinated or sumoylated and what typically happens...
-What is the process by which proteins can become ubiquinated or sumoylated and what typically happens to the modified protein? Describe the process of protein degradation. -Detail how the various modifications of a protein may target it to different compartments within or outside of the cell. -Detail the specific effects of a defect in the cellular post translational protein processing system and what effect it may have on the cell.
In addition to their role in cellular secretion, the rough ER and the Golgi complex are...
In addition to their role in cellular secretion, the rough ER and the Golgi complex are also responsible for the biosynthesis of integral membrane proteins. More specifically, these organelles are the source of glycoproteins commonly found in the outer phospholipid monolayer of the plasma membrane. Describe the synthesis and glycosylation of glycoproteins of the plasma membrane: Integral membrane proteins are synthesized on the [golgi, rer, or ser], with [fatty acid or oligosaccharide] side chains added in part on the lumenal...
Describe how loss of function mutations in protein disulfide isomerases and heat shock proteins would impact...
Describe how loss of function mutations in protein disulfide isomerases and heat shock proteins would impact the ability of a cell to generate large quantities of functional proteins. What physiological impact would such changes have on cells or whole organisms?
Describe the cellular location, main components and main function of this complex. can u tell me...
Describe the cellular location, main components and main function of this complex. can u tell me please question is based on cellular bioenergetics it's dehydrogenase complex
1. Describe how Sex-linked inheritance works 2.Explain how linked genes are inherited
1. Describe how Sex-linked inheritance works 2.Explain how linked genes are inherited
Describe how lipids and proteins are catabolized?
Describe how lipids and proteins are catabolized?
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT