Assertion : In plant tissue culture, somatic embryos can be induced from any plant cell. Reason : An

English

Gujarati

Hindi

Strategies for Enhancement in Food Production

normal

Assertion : In plant tissue culture, somatic embryos can be induced from any plant cell.

Reason : Any viable plant cell can differentiate into somatic embryos.

If both Assertion and Reason are correct and the Reason is a correct explanation of the Assertion.

If both Assertion and Reason are correct but Reason is not a correct explanation of the Assertion.

If the Assertion is correct but Reason is incorrect.

If both the Assertion and Reason are incorrect.

(AIIMS-2008)

Solution

Any living plant cell which is viable can be used to culture somatic embryos. These embryos have the characteristic features of the parent plant. The somatic cultures are viable from the stem root, or leaves and the most viable part is the meristematic cell.

Standard 12

Biology

”Jhum'' is a

normal

Long neck of camel is due to

normal

It is now possible to breed plants and animals with desired characters through

normal

Assertion $(A)$ : Vernalization is acceleration of subsequent flowering by low temperature treatment.

Reason $(R)$ : Site of vernalization is apical meristem.

normal

(AIIMS-2007)

$2.1$ gm of honey provides

normal

Assertion : In plant tissue culture, somatic embryos can be induced from any plant cell. Reason : Any viable plant cell can differentiate into somatic embryos.

Solution

Similar Questions

”Jhum'' is a

Long neck of camel is due to

It is now possible to breed plants and animals with desired characters through

Assertion $(A)$ : Vernalization is acceleration of subsequent flowering by low temperature treatment. Reason $(R)$ : Site of vernalization is apical meristem.

$2.1$ gm of honey provides

Start a Free Trial Now

Assertion : In plant tissue culture, somatic embryos can be induced from any plant cell.

Reason : Any viable plant cell can differentiate into somatic embryos.

Assertion $(A)$ : Vernalization is acceleration of subsequent flowering by low temperature treatment.

Reason $(R)$ : Site of vernalization is apical meristem.