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correct answer is cesium chloride density gradient because agarose gel differentiate on the basis of size.

Cesium chloride

Cesium chloride

, 👍

G-C content has high density only option (2) cscl seprate dna on the basis of density other options like agarose gel electrophoresis seprate molecule on the basis of size

cesium chloride

Option b is correct here
Sucrose to mainly size k basis pr hota hai
Age b size or mw k basis pr hi saparate hota haii
Cscl density kbasis pr hota hh

Cesium chloride density gradient centrifugation separates DNA based on its density, making it the best method to distinguish between DNA samples with different G-C contents

Caesium chloride density gradient

Option b is correct
Because cesium chloride density gradient.

A cesium chloride density gradient

Cesium chloride

Cscl density gradient is most effective method for identify dna sample with different h G- C content .

The correct answer is option 2nd because CsCl density gradient is the best method to differentiate the DNA between 2 tubes in which one have high G-C content

Ans-2 Cesium chloride density gradient

CsCl density gradient method is the correct answer

Cesium chloride density gradient, so answer 2

Option B is correct cesium chloride density gradient.

Cesium chloride density gradient is right ans 👍

Cesium chloride density gradient is right ans 👍 option 2

Cesium chloride separate dna on the basis of higher density

Cesium chloride density gradient is the correct answer

CsCl density gradient centrifugation is the easiest and most effective method to identify DNA with different G-C content.

CsCl is correct

Dancer cesium chloride density gradient

Option 2nd is correct answer
Cesium chloride density gradient.

Cesium chloride density gradient option b is correct 💯

Cesium chloride density gradient 👍

Cscl b is correct 👍

A cesium chloride density gradient

Cscl density gradient

Cscl gradient is used to separate high density gc rich dna ,as this method relies mainly on density separation.

Correct answer is (c) cscl density gradient

Done sir
Suraj sir 3 line m concept clear kr dete h 🫡🫡
Cesium chloride density gradient DNA ko density k base p separate krne ki best technique h
Sucrose density gradient molecule ko unke shape and size k base p seprate krta h density k base p nhi

Option b is right a cesium chloride gradient

Cscl density gradient is used to differentiate the molecules with different density. Hence GC rich DNA will be more dense and can be easily separated from AT rich DNA via this method

CsCl density gradient centrifugation is the best method to differentiate between different DNA samples with different G-C content.

CsCl density gradient centrifugation separates DNA based on its density .

Done sir

By Cscl density gradient centrifugation.

a cesium chloride density gradient is the right answer.

GC content high in DNA identify by Caesium chloride density gradient

Opetion 3 us right

option b – with the help of cesium chloride density gradient.

Cscl method is correct

Option b

Option b caesium chloride density gradient method is correct

Caesium chloride density gradient

done

A cesium chloride density gradient

Iska right answer Sahi hoga kyunki CGM chloride DNA ki density ko prabhavit karta hai

Cesium chloride (CsCl) density gradient centrifugation separates DNA based on its buoyant density.GC have high density due to 3 hydrogen bond …. Close packing

Correct answer is option (b)
Cscl density gradient

cesium chloride density gradient

Cesium chloride density gradient

Cscl density gradient

CsCl density gradient centrifugation separates DNA based on its density .

Option b is correct Bcoz cesium chloride density gradient.

Cesium chloride density gradient will be correct

CsCl density gradient centrifugation is the easiest and most effective method to identify DNA with different G-C content.

(c) A cesium chloride density gradient

A cesium chloride density gradient

Cesium chloride (CsCl) density gradient centrifugation separates DNA based on its buoyant density, making it the best method to distinguish between DNA samples with different G-C contents.

Cs chloride density gradient is the method to separate on basis of density gradient.G-C content high DNA is more dense . Agarose gel electrophoresis and sucrose density gradient method used for separation on the basis of size and mol wieght .

With cscl density gradient
Both gel and Sucrose gradient won’t work because they seperate based upon size and shape not density particular

CsCl density gradient centrifugation is the easiest and most effective method to identify DNA with different G-C content.

Cscl gradient seperate DNA one the basis of their density