166566
Match List I with List II.
**List - I** (Discoveries) | **List - II** (Scientist) | ||
---|---|---|---|
--- | --------------------------------------- | --- | ------------------------------------------------ |
A. | PCR technologies | 1. | G. Kohler and C. Milstein |
B. | DNA fingerprinting | 2. | McClintock |
C. | Hybridoma technology | 3. | K. Mullis |
D. | Jumping genes | 4. | Allec Jeffreys |
166584
Select the correct sequence of steps in DNA fingerprinting involving Southern blot hybridization using radiolabelled VNTR as a probe.
(I) Hybridization using labelled VNTR probe.
(II) Isolation of DNA.
(III) Transferring (blotting) of separated DNA fragments to synthetic membranes, such as nitrocellulose or nylon.
(IV) Detection of hybridized DNA fragments by autoradiography.
(V) Separation of DNA fragments by electrophoresis.
(VI) Digestion of DNA by restriction endonucleases.
166557
Name and arrange the following in the order of technique and steps for separation and isolation of DNA fragments
I. DNA fragments moved towards anode under electric field.
II. Exposure to UV radiation.
III. DNA fragments stained with EBr.
IV. Gel electrophoresis.
V. Elution.
166566
Match List I with List II.
**List - I** (Discoveries) | **List - II** (Scientist) | ||
---|---|---|---|
--- | --------------------------------------- | --- | ------------------------------------------------ |
A. | PCR technologies | 1. | G. Kohler and C. Milstein |
B. | DNA fingerprinting | 2. | McClintock |
C. | Hybridoma technology | 3. | K. Mullis |
D. | Jumping genes | 4. | Allec Jeffreys |
166584
Select the correct sequence of steps in DNA fingerprinting involving Southern blot hybridization using radiolabelled VNTR as a probe.
(I) Hybridization using labelled VNTR probe.
(II) Isolation of DNA.
(III) Transferring (blotting) of separated DNA fragments to synthetic membranes, such as nitrocellulose or nylon.
(IV) Detection of hybridized DNA fragments by autoradiography.
(V) Separation of DNA fragments by electrophoresis.
(VI) Digestion of DNA by restriction endonucleases.
166557
Name and arrange the following in the order of technique and steps for separation and isolation of DNA fragments
I. DNA fragments moved towards anode under electric field.
II. Exposure to UV radiation.
III. DNA fragments stained with EBr.
IV. Gel electrophoresis.
V. Elution.
166566
Match List I with List II.
**List - I** (Discoveries) | **List - II** (Scientist) | ||
---|---|---|---|
--- | --------------------------------------- | --- | ------------------------------------------------ |
A. | PCR technologies | 1. | G. Kohler and C. Milstein |
B. | DNA fingerprinting | 2. | McClintock |
C. | Hybridoma technology | 3. | K. Mullis |
D. | Jumping genes | 4. | Allec Jeffreys |
166584
Select the correct sequence of steps in DNA fingerprinting involving Southern blot hybridization using radiolabelled VNTR as a probe.
(I) Hybridization using labelled VNTR probe.
(II) Isolation of DNA.
(III) Transferring (blotting) of separated DNA fragments to synthetic membranes, such as nitrocellulose or nylon.
(IV) Detection of hybridized DNA fragments by autoradiography.
(V) Separation of DNA fragments by electrophoresis.
(VI) Digestion of DNA by restriction endonucleases.
166557
Name and arrange the following in the order of technique and steps for separation and isolation of DNA fragments
I. DNA fragments moved towards anode under electric field.
II. Exposure to UV radiation.
III. DNA fragments stained with EBr.
IV. Gel electrophoresis.
V. Elution.
166566
Match List I with List II.
**List - I** (Discoveries) | **List - II** (Scientist) | ||
---|---|---|---|
--- | --------------------------------------- | --- | ------------------------------------------------ |
A. | PCR technologies | 1. | G. Kohler and C. Milstein |
B. | DNA fingerprinting | 2. | McClintock |
C. | Hybridoma technology | 3. | K. Mullis |
D. | Jumping genes | 4. | Allec Jeffreys |
166584
Select the correct sequence of steps in DNA fingerprinting involving Southern blot hybridization using radiolabelled VNTR as a probe.
(I) Hybridization using labelled VNTR probe.
(II) Isolation of DNA.
(III) Transferring (blotting) of separated DNA fragments to synthetic membranes, such as nitrocellulose or nylon.
(IV) Detection of hybridized DNA fragments by autoradiography.
(V) Separation of DNA fragments by electrophoresis.
(VI) Digestion of DNA by restriction endonucleases.
166557
Name and arrange the following in the order of technique and steps for separation and isolation of DNA fragments
I. DNA fragments moved towards anode under electric field.
II. Exposure to UV radiation.
III. DNA fragments stained with EBr.
IV. Gel electrophoresis.
V. Elution.
166566
Match List I with List II.
**List - I** (Discoveries) | **List - II** (Scientist) | ||
---|---|---|---|
--- | --------------------------------------- | --- | ------------------------------------------------ |
A. | PCR technologies | 1. | G. Kohler and C. Milstein |
B. | DNA fingerprinting | 2. | McClintock |
C. | Hybridoma technology | 3. | K. Mullis |
D. | Jumping genes | 4. | Allec Jeffreys |
166584
Select the correct sequence of steps in DNA fingerprinting involving Southern blot hybridization using radiolabelled VNTR as a probe.
(I) Hybridization using labelled VNTR probe.
(II) Isolation of DNA.
(III) Transferring (blotting) of separated DNA fragments to synthetic membranes, such as nitrocellulose or nylon.
(IV) Detection of hybridized DNA fragments by autoradiography.
(V) Separation of DNA fragments by electrophoresis.
(VI) Digestion of DNA by restriction endonucleases.
166557
Name and arrange the following in the order of technique and steps for separation and isolation of DNA fragments
I. DNA fragments moved towards anode under electric field.
II. Exposure to UV radiation.
III. DNA fragments stained with EBr.
IV. Gel electrophoresis.
V. Elution.