Done

Done

Was right

Done

Done sir. Easy

☑️👍

Done.

✅

Okay sir

✔️✔️

Done sir

Done

Done

ok sir

Done ✅

option a is correct protein par -ve charge aane se vo +ve electrode ki taraf jata h jisse vo molecular weight me bhi differentiate ho jate h low mw protein sabse neeche

Option (1)-SDS is detergent – and denature protein
SDS separate protein on the basis of mass
°Jab pH strip ko SDS solution me vartical rakhte h to negetively charge ho jati h
SDS coats protein with negative charge

option a is correct

Option 1 is correct
Ye sb protein ke charge nagetive kr deta haii

Sds denatured protein and give uniformly negative charge

Sds gives uniform negative charge

Correct answer is A because sds denature protein and give them a negative charge

Correct answer is A because sds denature protein and give them a negative charge .

SDS coats proteins with a negative charge, ensuring they migrate based on size in SDS-PAGE .option (a) is correct.

SDS IS DETERGENT providing the uniform negative charge of all protein and separate on the basis of their molecular weight and size not a charge.

The correct answer is option 1st .
SDS gel mainly used in provide the uniform negative charge on the DNA which helps to run in the SDS page towards positive electrode

Answer 1 as sds provide uniform negative charge on the provide so that they can migrate towards + electrode

SDS coats the protein with a negative charge so that the sample can run through the gel.

Correct answer is 1
SDS denature protein and give them a uniform negative charge

Correct answer is 1
SDS coats the protein with a negative charge so that the sample can run through the gel.

Sds make negative charged protein which is helpful for run in gel

SDS basically coats the protein with -ve charge

yes sir option A is right because SDS coat the protein with a negative charge so that the sample and can Run through the gel

Sds coats the protein with a negative charge so that the sample can run through gel

SDS gives nehativer charge to protein

SDS provide the negative charge of IEF strip of a protein so that the sample can run through th gel

Option a is correct .
Sds provide negetive charge to the protein so that the sample can run through the gel

Sds provide negative charge on protein so protein move towards positive electrode and separation of protein bands according to weight

Done sir
Sds detergent h y protein ko denature kr deta h and uniformly negative charge provide krta h so protein kaa septation size k base p hoga shape and charge k base p nhi

Right answer is a

Correct ans is a

Option A is correct. Because SDS is a detergent which is used to provide extra negative charge to protein therefore it moves fastly in the gel

SDS coats the protein with negative charge so they move fast in the gel

SDS provide negative charge to protein so that it can run through gel

a option is correct
Because sds provide uniform negative charge to protein so it run towards positive charge

SDS coats the protein with a negative charge so that the sample can run through the gel.

Sds protein ko equally negatively charge karta hai after breakdown so we can get same size of bands through this a is correct

SDS coats the protein with a negative charge so that the sample can run through the gel.

SDS coats proteins with a negative charge, ensuring they migrate based on size in SDS-PAGE.

SDS provide -ve charge to protein so,protein sample move through the gel towards +ve electrod

Sodium dodecyl sulfate (SDS) is a detergent used in SDS-PAGE (Sodium Dodecyl Sulfate-Polyacrylamide Gel Electrophoresis) to denature proteins and give them a uniform negative charge so option A is correct

SDS coats the protein with a negative charge so that the sample can run through the gel.

SDS coats the protein with a negative charge so that the sample can run through the gel.

Correct answer is option A, because of this
sds protein ko denature krta h and use nagetive charged provide krwata h

Option a will be correct answer SDS coats the protein with a negative charge so that the sample can run through the gel

Sds used because it provides uniform charge on the molecules and ensure that the seperation is based on size not on charge

Sd s protein ko nagetive aavesh se Dhak deta Hai taki jal aasani se Gujar sake

Sds is anionic detergent coats the protein with negative charge so the it runs in gel easily

option a – SDS coats the protein with negative charge so that it can run through the gel.

Correct is option a

because sds denature protein and give them a negative charge so ans is a

A

A done ✔️ 🙌

Sds coats protein with negative charge and the protein can run through gel towards positive electrode

Done sir

a is correct

SDS coats the protein with a negative charge so that the sample can run through the gel.

A option is correct -A.)SDS coats the protein with a negative charge so, that the sample can run through the gel

Sodium dodecyl sulfate (SDS) is a detergent used in SDS-PAGE (Sodium Dodecyl Sulfate-Polyacrylamide Gel Electrophoresis) to denature proteins and give them a uniform negative charge.

Correct answer is option (1)
SDS denature protein and give them a uniform negative charge

SDS coats the protein with a negative charge so that the sample can run through the gel.

SDS coats the protein with a negative charge so that the sample can run through the gel.

Sds coats the protiens with a negative charge so that sample can run through the gel

SDS denature protein and give them a uniform negative charge

Sds denatured protein and give uniformly negative charge

A is correct because sds gives negative charge on molecules so that they ran in gel

(a) SDS coats the protein with a negative charge so that the sample can run through the gel.

SDS coats the protein with a negative charge so that the sample can run through the gel.

Sds gives negative charge to protein so it can run towards positively charged electrode

SDS coat the protein with negative charge, so that the sample can run on gel and protein gets separated on the basis of mol. Wt.

The correct answer is:

(a) SDS coats the protein with a negative charge so that the sample can run through the gel.