A phytohormone, which increases the production of starch hydrolyzing enzymes during the germination of maize seeds, is employed for the following
1)
Increasing the vase-life period of flowers
2)
Induction of seedless fruits in grapes
3)
Acceleration of ripening of banana fruits
4)
Eradication of dicot weeds
A phytohormone, which increases the production of starch hydrolyzing enzymes during the germination of maize seeds, is employed for the following
1)
Increasing the vase-life period of flowers
2)
Induction of seedless fruits in grapes
3)
Acceleration of ripening of banana fruits
4)
Eradication of dicot weeds
Question ID - 100288 | SaraNextGen Answer
A phytohormone, which increases the production of starch hydrolyzing enzymes during the germination of maize seeds, is employed for the following
1)
Increasing the vase-life period of flowers
2)
Induction of seedless fruits in grapes
3)
Acceleration of ripening of banana fruits
4)
Eradication of dicot weeds
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A phytohormone, which increases the production of starch hydrolyzing enzymes during the germination of maize seeds, is employed for the following |
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|
1) |
Increasing the vase-life period of flowers |
2) |
Induction of seedless fruits in grapes |
|
3) |
Acceleration of ripening of banana fruits |
4) |
Eradication of dicot weeds |
Gibberellin is a phytohormone, which increases the production of starch hydrolyzing enzymes in germinating maize seeds. It is also responsible for the production of seedless fruit in grapes and tomatoes.
