Physics, asked by mainetrey966, 8 months ago

What is the radius of gyration for a protein which consists of 625 amino acids, and the average length is 0.8 nanometers? 1

Answers

Answered by Nirbhay0987

0

Answer:

sorry but from where you had asked this question

Answered by Anonymous

1

Radius of gyration describes the overall spread of the molecule and is defined as the root mean square distance of the collection of atoms from their common centre of gravity. Radius of gyration analysis for a dataset of ~1000 globular proteins from PDB database is performed and the values are plotted against N3/5(N is the no. of Amino Acids).

➡ Rg = 0.395*N3/5 + 7.257

Rg = 0.395*N3/5 + 7.257This filter can be employed to evaluate the value of radius of gyration for a given protein and to find out whether the protein follows the above equation or not.

ʜᴏᴘᴇ ɪᴛ ʜᴇʟᴘs ʏᴏᴜ.

Explanation:

þLÈÄ§È MÄRK MÈ Ä§ ßRÄÌñLÌÈ§†✌✌✌

Previous Question

Next Question

Similar questions

Math, 4 months ago

.prove that question ...

English, 4 months ago

Read the following passage carefully and answer the questions that follow:- Thanks for the start to the lives that we’ve had. Thanks for the nights that you went without rest. So many memories, most happy, some sad; If you weren’t perfect, you still passed the test, Holding our hands, holding back all the fears. Thank you sincerely for all of those years. So many hours that you...

Math, 4 months ago

factorise 27y^3+25z^3.

Science, 8 months ago

I. Give two examples of the following. 1. Causes of fire 2. Things to do during a gas leak 3. Ways to avoid fire 4. Things to do in case someone catches fire 5. Ways to put out fire...

Hindi, 8 months ago

बड़े भाई साहब की क्या विशेषताएँ थी?

Social Sciences, 11 months ago

write a report on a recent struggle for democracy that took place in one of India's neighbouring countries...

Math, 11 months ago

√3xsquare-2√2x-2√3=0...

Science, 11 months ago

Balance the following chemical equations and identify the type of reaction (a) Mg(s) +Cl(9) MgCl(s) (b) HgO(s) heat Hg() + 02(9) (c) Na(s) + S(s)_use Na S(s) (d) TIC (1)+ Mg(s) - Ti(s) MgCl2(s) (e) CaO(s) + SIO (s) Casio (s) ...