Okay sir

Done 👍

👍✔️

Done 👍✅

option d is correct Relative content of positively and negatively charged residues

Option (4)
Protein content both positive and negative charge
° positive=basic accept H+ ion
° negative= acidic release H+ ion
IEF seprate protein on the basis of charge or PI
In IEF protein migrate in pH gradient until reach their PI

d is correct

Option 4 is correct bcz
Net charge is zero

On the basis of charge molecules [+.-]

Ans 4 Isoelectric focusing depends on the balance of both positive and negative charges in a protein

Isoelectric focusing depends on the balance of both positive and negative charges in a protein.

Relative content of positively and negatively charged residues

Done sir positive and negative both ke basis pr separation hota h

Done sir ✅

The correct answer is option 4th The relative content of positive and negative charge content residue
IEF is the technique which separates the protein on the basis of pH where the net charge becomes zero and protein stops in the pH gradient

Correct answer is 4
IEF separates proteins based on the pH at which the net charge on a protein is zero

Correct answer is 4
Relative content of positive and negative charge residue
IEF separates proteins based on the pH at which the net charge on a protein is zero

Ans-4
Relative content of positively and negatively charged residues
IEF is the technique which separates the protein on the basis of pH ,the net charge is zero

The pH at which a protein has no net charge is IEF as
Proteins contain both positively charged and negatively charged residues correct answer is 4

IEF separate the protein on basis of positive and negative charged

relative content of +VEly and -vely charged residues

option d is right because IEF is the technique which separate the protein on the basis of PH the net charge of zero and relative content of positively and negatively Charged residues

Relative content of positively and negatively charged residues

Done

Option 4th is correct answer
Releative content of positive & Negative charge residue. Net charge on a protein is zero.

Option 4th is correct bcz IEF = separation of protein on the basis of iso electric point (pi) or change so net charge is zero (positive and negative charge reduced)

Correct answer is option d, because net charge hi 0

Correct answer is d

Done sir
Protein p negative and positive charge dono hota h protein ph gradient p electric charge ki presence m move krti h isliye pi value tk
Pi value = ph at which net charge on protein is zero

Relative contant of positive and negative charge reduse because net charge is zero

IEF is basically a technique to identify the Pi of a protein which is the ph at which it’s neutral. And neutrality of anything depends upon the relative content of both positive and negative charge. Hence answer is D

Relative content of positively and negatively charged protein

Relative content of positively and negatively charged residue

IEF is a protin sep. Tech on the basis of isoilectric point PI means which have +ve basic or -ve acidic amino acid residue
Easily seprate by IEF

D is correct

relatively content of positively and negatively charged residues

Isoelectric focusing depends on both positive and negative charges in a protein

Relative content positively and negatively charge residue

Option d is correct answer because the Relative content of positively and negatively charged residues,and the net charge will be 0

D is Right answer

D is right answer

option d – relative content of positively and negatively charged molecules.

Option d is correct bcz net charge is 0

Option d. Coz it depends on both charge

Relative content of negative and positive charge residue is correct

D ✔️ 👍

Relative content of positively and negatively charged residues

Option d

done

Relative content of positively and negatively charged molecule

Relative content of positively and negatively charged residues

Correct answer is option (d)
Relative content of positively and negatively charged residues

Relative content of positively and negatively charged residues

Relative content of positively and negatively charged residues

Iso electric focusing seperate protiens on the basis of their isoelectric point at which net charge is zero

Answer d
Relative content of positively and negatively charged residues

Isoelectric focusing depends on the balance of both positive and negative charges in a protein

Correct answer is 4 bcoz IEF separates proteins based on the pH at which the net charge on a protein is zero

D is correct relative content of both type charges residues

(d) Relative content of positively and negatively charged residues

Relative content of positively and negatively charged residues.

Relative content of positively and negatively charged residues

The correct answer is:

(d) Relative content of positively and negatively charged residues

Relative content of positively and negatively charged residues