Which of the following methods of transferring genetic...

Name: which of the following methods of transferring genetic material between two microbial cells would be expected to be blocked by the presence of dnase enzyme outside of the cell in the liquid 96446
Uploaded: 2022-11-06T02:55:37-08:00
Duration: 5 min 22 s
Channel: Sri K
Description: which of the following methods of transferring genetic material between two microbial cells would be expected to be blocked by the presence of dnase enzyme outside of the cell in the liquid 96446

Which of the following methods of transferring genetic material between two microbial cells would be expected to be blocked by the presence of DNase enzyme outside of the cell in the liquid medium surrounding the cells in question? Mark any or all that apply Transformation Fusion of two cells (as in sexual reproduction) Generalized transduction Plasmid conjugation

Transcript

00:01 Let's discuss about dnas.

00:04 So dnas is basically deoxyripo nucleus enzyme.

00:15 Okay.

00:16 So this enzyme is going to catalyze, catalyze the hydrolytic cleavage.

00:33 Cleavage of phosphory diester linkage in the dna backbone.

00:55 And ultimately what happened? the degrading of dna takes place.

01:03 Degrading okay r -a -d -i -n -g degrading of dna happens right so as per the options given below let's discuss each of them so there are basically three processes right to transfer the dna that is transformation second one is transduction and the third one is the conjugation right.

01:35 So when we talk about transformation, so transformation includes a free dna, right? suppose this is our word.

01:44 The free dna.

01:46 So this free dna is going to enter into the recipient cell.

01:55 Right.

01:57 And this is having this dna here.

01:59 And that is going to entered into the recipient cell.

02:05 Cell or recipient dna.

02:07 So that is acting as a donor and it is acting as a recipient.

02:11 So here you can see that the dna's that this enzyme is going to affect that easily.

02:17 So this is not dna's resistant pathway.

02:30 Not dna resistant pathway because easily that dna's enzyme can affect this free dna.

02:37 When we talk about transduction.