Done👍

Ok

Was right

Ok

Okay sir. Easily understood.

☑️

☑️done

Done.

Good explaination.

Okay sir

Nice question

Done 👍

Easily explained sir

Got it sir 👍🏻

Done

ok sir

Done

Option (a)
Free oligonucleotides ka m.w. kam hota h fast move karta hai if add protein complex with oligonucleotides then m.w. increase and slow migration

Option A is correct
Migrate slower than both the free oligonucleotide and the untreated complex.
Free oligo – fastest
Oligo + protein (mw,size ) increase – slower
Oligo + protein+ antibody- slowest

PAGE molecules migrate based on size and charge

option A is correct because by addition of protein and antibody on free oligo slowdown the movement

The correct answer is A, when an antibody binds to the protein oligonucleotide complex the complex size further the increases

Migration slower than both of the free oligonucleotide and untreated complex

The correct answer is option 1st
It moves slower than the free oligonucleotide and the protein complex

Answer is 1st 👍🏻and their explanation is very easy to understand and no one can teach like this that clear all topics in classroom with there all type of question within simultaneously, great Sir 🙏🏻

1. Migrate slower than both the free oligonucleotide and the untreated complex

Slow migration from both free and untreated oligonucleotide

oligo with antibody and protein complex migrates more slower than with oligo+protein complex

option A is right because oligonucleotide fast and oligonucleotide +protein slow and oligonucleotide +protein +antibody is slowestm

Done sir bahut acche se explain Kiya Hai

Migrate slower

Option A is correct

(a) Migrate slower than both the free oligonucleotide and the untreated complex.

Binding is increase due to oligonucleotide+protein + antibody so weight and size will also increase then the migration is become very slow so this complex is the slowest.

A. Free oligonucleotide move fast M. W. Low and oligonucleotide+protein+antibody move slow M. W. Increase

Migrate slower than both the free oligonucleotide and the untreated complex.

Option – a
Migrate slower than both the free oligonucleotide and untreated complex

It will migrate slower than both the free Oligonucleotide and untreated complex

Migrate slower than both the free Oligonucleotide and the untreated complex.

Because it Becomes heavier than oligannucleotide and Untreated complex. Option A

Migrate slower than both the free oligonucleotide and the untreated complex.

Slow migration from both the free oligonucleotide and untreated complex.

Doen sir
Specific protein jo loigonucleotide binding protein complex s bind krta h tooo iska weight free loigonucleotide and loigonucleotide binding protein complexe s jyada hoga too y in dono s hi slow move krega
Answer a hoga

migrate slower than both the free oligonucleotide and the untreated complex.

Migrate slower than both the free oligonucleotide and the untreated complex.

A is right answer,Migrate slower than both the free oligonucleotide and the untreated complex

Right answer is option a,Migrate slower than both the free oligonucleotide and the untreated complex

When antibody binds to Protein and oligonucleotide then the complex size gets increased result in less migration and covered less distance

Option a is right

option a – The antibody treated complex will move slower than both the free oligonucleotide and the untreated complex.

Option – a
Migrate slower than both the free oligonucleotide and untreated complex

Ans is a. Migrate slower than both the free oligonucleotide and the untreated complex.

A

option a is correct
Migrate slower than both free oligo nucleotide and untreated complex

Migrate slower than both the free oligonucleotide and the untreated complex

Ok sir

done

A ✔️

Migrate slower than both the free oligonucleotide and the untreated complex.

Migrate slower than both the free oligonucleotide and the untreated complex

Migration slower than both the free oligonucleotide and the unknown untreated

Migrate slower than both the free oligonucleotide and the untreated complex.

Correct answer is option (a)
Migrate slower than both the free oligonucleotide and the untreated complex.

Migrate slower than both the free oligonucleotide and the untreated complex.

Answer a
Slow migration from both the free oligonucleotide and untreated complex.

Migrate slower in both the free oligonucleotide and untreated complex

The correct answer is A, when an antibody binds to the protein oligonucleotide complex the complex size further the increases

A is correct

Migrate slower than both the free oligonucleotide 

(a) Migrate slower than both the free oligonucleotide and the untreated complex.

Migrate slower than both the free oligonucleotide and the untreated complex.

Treated complex will become heavier and less faster

Migrate slower than both the free oligonucleotide and the untreated complex.

The correct answer is:

✅ (a) Migrate slower than both the free oligonucleotide and the untreated complex.