PLANT TISSUE CULTURE
STRATEGIES FOR ENHANCEMENT IN FOOD PRODUCTION

260392 Somaclonal variation is the variation seen in plants that have been produced by:

1 Classical hybridization
2 Mutation breeding
3 Plant tissue culture
4 Genetic engineering
STRATEGIES FOR ENHANCEMENT IN FOOD PRODUCTION

260393 Arrange the steps of somatic hybridization in correct chronological order:

I. Protoplast fusion using electric shock (electrofusion) or chemical treatment.
II. The removal of the cell wall of one cell of each type of plant using cellulase enzyme to produce a somatic cell called a protoplast
III. The formation of the cell wall induced using hormones
IV. The cells are then grown into calluses which then are further grown to plantlets and finally to a full plant, known as a somatic hybrid.

1 I → II → III → IV
2 I → II → IV → III
3 II → I → III → IV
4 II → I → IV → III
STRATEGIES FOR ENHANCEMENT IN FOOD PRODUCTION

260394 During organogenesis in plant tissue culture:

1 an excess of auxin will often result in a proliferation of roots, while an excess of cytokinin yield shoots
2 an excess of auxin will often result in a proliferation of roots, while an excess of gibberellins yield shoots
3 an excess of cytokinin will often result in a proliferation of roots, while an excess of gibberellins yield shoots
4 an excess of gibberellins will often result in a proliferation of roots, while an excess of ethylene yield shoots
STRATEGIES FOR ENHANCEMENT IN FOOD PRODUCTION

260395 Plant tissue culture may offer certain advantages over traditional methods of propagation, including all the following except:

1 The production of plants that exhibit large variations from the parent plants.
2 Quickly production of mature plants.
3 The regeneration of whole plants from plant cells that have been genetically modified.
4 Storage of genetic plant material to safeguard native plant species.
STRATEGIES FOR ENHANCEMENT IN FOOD PRODUCTION

260396 Plants generated through micropropagation are:

1 Somatic hybrids
2 Embryoids
3 Somaclones
4 Explants
STRATEGIES FOR ENHANCEMENT IN FOOD PRODUCTION

260392 Somaclonal variation is the variation seen in plants that have been produced by:

1 Classical hybridization
2 Mutation breeding
3 Plant tissue culture
4 Genetic engineering
STRATEGIES FOR ENHANCEMENT IN FOOD PRODUCTION

260393 Arrange the steps of somatic hybridization in correct chronological order:

I. Protoplast fusion using electric shock (electrofusion) or chemical treatment.
II. The removal of the cell wall of one cell of each type of plant using cellulase enzyme to produce a somatic cell called a protoplast
III. The formation of the cell wall induced using hormones
IV. The cells are then grown into calluses which then are further grown to plantlets and finally to a full plant, known as a somatic hybrid.

1 I → II → III → IV
2 I → II → IV → III
3 II → I → III → IV
4 II → I → IV → III
STRATEGIES FOR ENHANCEMENT IN FOOD PRODUCTION

260394 During organogenesis in plant tissue culture:

1 an excess of auxin will often result in a proliferation of roots, while an excess of cytokinin yield shoots
2 an excess of auxin will often result in a proliferation of roots, while an excess of gibberellins yield shoots
3 an excess of cytokinin will often result in a proliferation of roots, while an excess of gibberellins yield shoots
4 an excess of gibberellins will often result in a proliferation of roots, while an excess of ethylene yield shoots
STRATEGIES FOR ENHANCEMENT IN FOOD PRODUCTION

260395 Plant tissue culture may offer certain advantages over traditional methods of propagation, including all the following except:

1 The production of plants that exhibit large variations from the parent plants.
2 Quickly production of mature plants.
3 The regeneration of whole plants from plant cells that have been genetically modified.
4 Storage of genetic plant material to safeguard native plant species.
STRATEGIES FOR ENHANCEMENT IN FOOD PRODUCTION

260396 Plants generated through micropropagation are:

1 Somatic hybrids
2 Embryoids
3 Somaclones
4 Explants
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STRATEGIES FOR ENHANCEMENT IN FOOD PRODUCTION

260392 Somaclonal variation is the variation seen in plants that have been produced by:

1 Classical hybridization
2 Mutation breeding
3 Plant tissue culture
4 Genetic engineering
STRATEGIES FOR ENHANCEMENT IN FOOD PRODUCTION

260393 Arrange the steps of somatic hybridization in correct chronological order:

I. Protoplast fusion using electric shock (electrofusion) or chemical treatment.
II. The removal of the cell wall of one cell of each type of plant using cellulase enzyme to produce a somatic cell called a protoplast
III. The formation of the cell wall induced using hormones
IV. The cells are then grown into calluses which then are further grown to plantlets and finally to a full plant, known as a somatic hybrid.

1 I → II → III → IV
2 I → II → IV → III
3 II → I → III → IV
4 II → I → IV → III
STRATEGIES FOR ENHANCEMENT IN FOOD PRODUCTION

260394 During organogenesis in plant tissue culture:

1 an excess of auxin will often result in a proliferation of roots, while an excess of cytokinin yield shoots
2 an excess of auxin will often result in a proliferation of roots, while an excess of gibberellins yield shoots
3 an excess of cytokinin will often result in a proliferation of roots, while an excess of gibberellins yield shoots
4 an excess of gibberellins will often result in a proliferation of roots, while an excess of ethylene yield shoots
STRATEGIES FOR ENHANCEMENT IN FOOD PRODUCTION

260395 Plant tissue culture may offer certain advantages over traditional methods of propagation, including all the following except:

1 The production of plants that exhibit large variations from the parent plants.
2 Quickly production of mature plants.
3 The regeneration of whole plants from plant cells that have been genetically modified.
4 Storage of genetic plant material to safeguard native plant species.
STRATEGIES FOR ENHANCEMENT IN FOOD PRODUCTION

260396 Plants generated through micropropagation are:

1 Somatic hybrids
2 Embryoids
3 Somaclones
4 Explants
STRATEGIES FOR ENHANCEMENT IN FOOD PRODUCTION

260392 Somaclonal variation is the variation seen in plants that have been produced by:

1 Classical hybridization
2 Mutation breeding
3 Plant tissue culture
4 Genetic engineering
STRATEGIES FOR ENHANCEMENT IN FOOD PRODUCTION

260393 Arrange the steps of somatic hybridization in correct chronological order:

I. Protoplast fusion using electric shock (electrofusion) or chemical treatment.
II. The removal of the cell wall of one cell of each type of plant using cellulase enzyme to produce a somatic cell called a protoplast
III. The formation of the cell wall induced using hormones
IV. The cells are then grown into calluses which then are further grown to plantlets and finally to a full plant, known as a somatic hybrid.

1 I → II → III → IV
2 I → II → IV → III
3 II → I → III → IV
4 II → I → IV → III
STRATEGIES FOR ENHANCEMENT IN FOOD PRODUCTION

260394 During organogenesis in plant tissue culture:

1 an excess of auxin will often result in a proliferation of roots, while an excess of cytokinin yield shoots
2 an excess of auxin will often result in a proliferation of roots, while an excess of gibberellins yield shoots
3 an excess of cytokinin will often result in a proliferation of roots, while an excess of gibberellins yield shoots
4 an excess of gibberellins will often result in a proliferation of roots, while an excess of ethylene yield shoots
STRATEGIES FOR ENHANCEMENT IN FOOD PRODUCTION

260395 Plant tissue culture may offer certain advantages over traditional methods of propagation, including all the following except:

1 The production of plants that exhibit large variations from the parent plants.
2 Quickly production of mature plants.
3 The regeneration of whole plants from plant cells that have been genetically modified.
4 Storage of genetic plant material to safeguard native plant species.
STRATEGIES FOR ENHANCEMENT IN FOOD PRODUCTION

260396 Plants generated through micropropagation are:

1 Somatic hybrids
2 Embryoids
3 Somaclones
4 Explants
STRATEGIES FOR ENHANCEMENT IN FOOD PRODUCTION

260392 Somaclonal variation is the variation seen in plants that have been produced by:

1 Classical hybridization
2 Mutation breeding
3 Plant tissue culture
4 Genetic engineering
STRATEGIES FOR ENHANCEMENT IN FOOD PRODUCTION

260393 Arrange the steps of somatic hybridization in correct chronological order:

I. Protoplast fusion using electric shock (electrofusion) or chemical treatment.
II. The removal of the cell wall of one cell of each type of plant using cellulase enzyme to produce a somatic cell called a protoplast
III. The formation of the cell wall induced using hormones
IV. The cells are then grown into calluses which then are further grown to plantlets and finally to a full plant, known as a somatic hybrid.

1 I → II → III → IV
2 I → II → IV → III
3 II → I → III → IV
4 II → I → IV → III
STRATEGIES FOR ENHANCEMENT IN FOOD PRODUCTION

260394 During organogenesis in plant tissue culture:

1 an excess of auxin will often result in a proliferation of roots, while an excess of cytokinin yield shoots
2 an excess of auxin will often result in a proliferation of roots, while an excess of gibberellins yield shoots
3 an excess of cytokinin will often result in a proliferation of roots, while an excess of gibberellins yield shoots
4 an excess of gibberellins will often result in a proliferation of roots, while an excess of ethylene yield shoots
STRATEGIES FOR ENHANCEMENT IN FOOD PRODUCTION

260395 Plant tissue culture may offer certain advantages over traditional methods of propagation, including all the following except:

1 The production of plants that exhibit large variations from the parent plants.
2 Quickly production of mature plants.
3 The regeneration of whole plants from plant cells that have been genetically modified.
4 Storage of genetic plant material to safeguard native plant species.
STRATEGIES FOR ENHANCEMENT IN FOOD PRODUCTION

260396 Plants generated through micropropagation are:

1 Somatic hybrids
2 Embryoids
3 Somaclones
4 Explants