Question

If a diffusion coefficient of a protein is increased, what will happen to the location of...

If a diffusion coefficient of a protein is increased, what will happen to the location of the synaptic domain?

Homework Answers

Answer #1

Polyphosphoinositol lipids plays a vital role in conveying all the spatial information by interacting with cellular protiens within a particular defined domain.

Altough the above interactions can be minimised when the head groups of lipids are basically masked by the recruitment of cytosolic effector proteins . The protein lipids complexes retain a very fast diffusional coefficient inside the membrane which is dominated by the interaction of protien-protien complexes.

So,If a diffusion coefficient of a protein is increased ,then interaction between protien-protien complexes also increases then automatically the signal transmission across chemical synapses increases.

#HOPE THIS WILLL HELP YOU..

#THANK YOU..!!!!!

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
How do you get to the answer? Suppose a given protein with a diffusion coefficient 2.5...
How do you get to the answer? Suppose a given protein with a diffusion coefficient 2.5 ×10−10m2/s is at the center of a tube at time zero. How far do you expect to find it after 2 ms? You can estimate your answer using the root-mean-square displacement of the protein.
Choose CORRECT answer(s): What would happen to the location of a newly synthesized single-pass transmembrane protein...
Choose CORRECT answer(s): What would happen to the location of a newly synthesized single-pass transmembrane protein if the gene sequence that codes for its �ER signal sequence� was deleted? It would� Question 15 options: A remain embedded in the plasma membrane B be exocytosed from the cell C be retained in the ER D be localized in the cytosol E become a multi-pass protein
Explain what would happen to Wnt Signaling (when Wnt is present) with a mutant LRP protein...
Explain what would happen to Wnt Signaling (when Wnt is present) with a mutant LRP protein that lacked its hydrophobic membrane-spanning domain.
In aqueous solution at 298 K and pH 7.4, the diffusion coefficient for hemoglobin (radius =...
In aqueous solution at 298 K and pH 7.4, the diffusion coefficient for hemoglobin (radius = 3.5 nm) is 7.6 x 10-^7 cm^2/sec, and the diffusion coefficient for O2 (radius = 0.2 nm) is 2.2 x 10^-5 cm^2/sec. The rate constant for the binding of O2 to hemoglobin is 4 x 10^7 M^-1 sec^-1. Is this a diffusion-controlled reaction?
In aqueous solution at 298 K and pH 7.4, the diffusion coefficient for hemoglobin (radius =...
In aqueous solution at 298 K and pH 7.4, the diffusion coefficient for hemoglobin (radius = 3.5 nm) is 7.6 x 10^-7 cm^2/sec, and the diffusion coefficient for O2 (radius = 0.2 nm) is 2.2 x 10^-5 cm^2/sec. The rate constant for the binding of O2 to hemoglobin is 4 x 10^7 M^-1 sec^-1. Is this a diffusion-controlled reaction?
In fungal cells, what would happen if a chaperone protein was inadvertently transported out of the...
In fungal cells, what would happen if a chaperone protein was inadvertently transported out of the endoplasmic reticulum?
The diffusion coefficient for aluminum in silicon is D (Al in Si) = 4 × 10-13...
The diffusion coefficient for aluminum in silicon is D (Al in Si) = 4 × 10-13 cm2/s at 1300 K. What is a reasonable value for D (Al in Si) at 1600 K ?
Explain carefully what will happen to the interest rate if the income in the economy increased...
Explain carefully what will happen to the interest rate if the income in the economy increased (hint: use a graph in your answer)
Which of the following changes is more likely to further confine a membrane protein within a...
Which of the following changes is more likely to further confine a membrane protein within a corral established by the cortical cytoskeletal network? Increased temperature Protease cleavage of the extracellular domain of the protein Binding to an extracellular ligand Protease cleavage of the cytosolic domain of the protein Binding of the protein to other transmembrane proteins
Describe the mechanism for protein hormone function. Include receptor location, G protein, adenylate cyclase, ATP, cAMP...
Describe the mechanism for protein hormone function. Include receptor location, G protein, adenylate cyclase, ATP, cAMP and protein kinase in your answer.