1. When an integrated F plasmid leaves the chromosome it may take some chromosomal genes
from one side of the integration site and it results in F\' cells. Integration of F plasmid into the
host chromosome results in Hfr (High frequency of recombination) cells
2. Genetic transfer in Archaea is by means of horizontal gene transfer where genes can be
transfered from one to other similar to bacteria conjugation or transduction.
3. Methanogenesis is the formation of methane by the methanogens. Methanogenesis actually
complete the decomposition process. The semi-final products of decomposition like carbon
dioxide, small organics and hydrogen are completely removed. If methanogenesis does not
happen, it leads to accumulation of carbon in anaerobic envrionment. Methanogens belong to
group archaea.
4. To resist high temperatures in the environment, bacteria convert all its unsaturated fatty acids
in the membrane to saturated fatty acids. It prevents the denaturation of enzymes and proteins in
the cell.
5. Methanogenesis takes place in Anaerobic condition because oxygen inhibits the growth of
methanogens.
Solution
1. When an integrated F plasmid leaves the chromosome it may take some chromosomal genes
from one side of the integration site and it results in F\' cells. Integration of F plasmid into the
host chromosome results in Hfr (High frequency of recombination) cells
2. Genetic transfer in Archaea is by means of horizontal gene transfer where genes can be
transfered from one to other similar to bacteria conjugation or transduction.
3. Methanogenesis is the formation of methane by the methanogens. Methanogenesis actually
complete the decomposition process. The semi-final products of decomposition like carbon
dioxide, small organics and hydrogen are completely removed. If methanogenesis does not
happen, it leads to accumulation of carbon in anaerobic envrionment. Methanogens belong to
group archaea.
4. To resist high temperatures in the environment, bacteria convert all its unsaturated fatty acids
in the membrane to saturated fatty acids. It prevents the denaturation of enzymes and proteins in
the cell.
5. Methanogenesis takes place in Anaerobic condition because oxygen inhibits the growth of
methanogens..
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1. When an integrated F plasmid leaves the chromosome it may take so.pdf
1. 1. When an integrated F plasmid leaves the chromosome it may take some chromosomal genes
from one side of the integration site and it results in F' cells. Integration of F plasmid into the
host chromosome results in Hfr (High frequency of recombination) cells
2. Genetic transfer in Archaea is by means of horizontal gene transfer where genes can be
transfered from one to other similar to bacteria conjugation or transduction.
3. Methanogenesis is the formation of methane by the methanogens. Methanogenesis actually
complete the decomposition process. The semi-final products of decomposition like carbon
dioxide, small organics and hydrogen are completely removed. If methanogenesis does not
happen, it leads to accumulation of carbon in anaerobic envrionment. Methanogens belong to
group archaea.
4. To resist high temperatures in the environment, bacteria convert all its unsaturated fatty acids
in the membrane to saturated fatty acids. It prevents the denaturation of enzymes and proteins in
the cell.
5. Methanogenesis takes place in Anaerobic condition because oxygen inhibits the growth of
methanogens.
Solution
1. When an integrated F plasmid leaves the chromosome it may take some chromosomal genes
from one side of the integration site and it results in F' cells. Integration of F plasmid into the
host chromosome results in Hfr (High frequency of recombination) cells
2. Genetic transfer in Archaea is by means of horizontal gene transfer where genes can be
transfered from one to other similar to bacteria conjugation or transduction.
3. Methanogenesis is the formation of methane by the methanogens. Methanogenesis actually
complete the decomposition process. The semi-final products of decomposition like carbon
dioxide, small organics and hydrogen are completely removed. If methanogenesis does not
happen, it leads to accumulation of carbon in anaerobic envrionment. Methanogens belong to
group archaea.
4. To resist high temperatures in the environment, bacteria convert all its unsaturated fatty acids
in the membrane to saturated fatty acids. It prevents the denaturation of enzymes and proteins in
the cell.
5. Methanogenesis takes place in Anaerobic condition because oxygen inhibits the growth of
methanogens.
