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Bacterial cells must regulate chromosome replication such that the chromosome is completely replicated prior to cell division but also so that the cell does not make too many copies of the chromosome. dnaa facilitates replication when bound to dna in the

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1.Bacterial cells must regulate chromosome replication such that the chromosome is completely replicated prior to cell division but also so that the cell does not make too many copies of the chromosome. dnaa facilitates replication when bound to dna in the

Bacterial cells must regulate chromosomes replication such that the chromosome is completely replicated prior to cells division but also so that the cell does not make too many copies of the chromosome. DnaA facilitates replication when bound to DNA in the origin of replication in E. coli.

2.Bacterial cells must regulate chromosome replication such that the chromosome is completely replicated prior to cell division but also so that the cell does not make too many copies of the chromosome. dnaa facilitates replication when bound to dna in the

In dividing cells, chromosome duplication once per generation must be coordinated with faithful segregation of newly replicated chromosomes and with cell growth and division. Many of the …

3.Bacterial cells must regulate chromosome replication such that the chromosome is completely replicated prior to cell division but also so that the cell does not make too many copies of the chromosome. dnaa facilitates replication when bound to dna in the

Once you have over 10 copies per cell (i.e. high copy), chances, based on simple probability, of getting at least one copy of the plasmid in each daughter cell is very high. The RNA I regulatory molecule would prevent one of the daughters from retaining too many copies and, thereby, facilitate an equal distribution. This must be a trick question.

4.Bacterial cells must regulate chromosome replication such that the chromosome is completely replicated prior to cell division but also so that the cell does not make too many copies of the chromosome. dnaa facilitates replication when bound to dna in the

The DNA is located in the nucleoid of the cell and is not associated with protein. In Escherichia coli , the length of the chromosome, when open, is many times the length of the cell. Many bacteria (and some yeasts or other fungi) also possess looped bits of DNA known as plasmids , which exist and replicate independently of the chromosome.

5.Bacterial cells must regulate chromosome replication such that the chromosome is completely replicated prior to cell division but also so that the cell does not make too many copies of the chromosome. dnaa facilitates replication when bound to dna in the

4. The fragment pairs with the bacterial chromosome and recombination takes place 5. the foreign DNA is replicated with bacterial DNA after the next round of cell division ♣ The donor DNA becomes incorporated into the bacterial chromosome through crossing over o The remainder of the DNA fragment is degraded

6.Bacterial cells must regulate chromosome replication such that the chromosome is completely replicated prior to cell division but also so that the cell does not make too many copies of the chromosome. dnaa facilitates replication when bound to dna in the

To ensure proper timing of chromosome duplication during the cell cycle, bacteria must carefully regulate the activity of initiator protein DnaA and its interactions with the unique replication …

7.Bacterial cells must regulate chromosome replication such that the chromosome is completely replicated prior to cell division but also so that the cell does not make too many copies of the chromosome. dnaa facilitates replication when bound to dna in the

Bacterial processes, such as stress responses and cell differentiation, are controlled at many different levels. While some factors, such as transcriptional regulation, are well appreciated, the importance of chromosomal gene location is often underestimated or even completely neglected. A combination of environmental parameters and the chromosomal location of a gene determine how many copies …

8.Bacterial cells must regulate chromosome replication such that the chromosome is completely replicated prior to cell division but also so that the cell does not make too many copies of the chromosome. dnaa facilitates replication when bound to dna in the

Prokaryotic cells do not possess the machinery to produce spindle fibers and therefore cannot move chromosomes around in the cell, replication of DNA in a prokaryote does not occur in one phase, but instead occurs continuously, and most bacteria have only one circular chromosome that is attached to the cell membrane

9.Bacterial cells must regulate chromosome replication such that the chromosome is completely replicated prior to cell division but also so that the cell does not make too many copies of the chromosome. dnaa facilitates replication when bound to dna in the

The centromere is the attachment site for the kinetochore, which attaches to the spindle. If a chromosome is not attached to the spindle, it is free to float around within the cell and may not be near a pole when the nuclear membrane reforms during telophase. If a chromosome is left outside the nucleus, it is degraded during interphase.

10.Bacterial cells must regulate chromosome replication such that the chromosome is completely replicated prior to cell division but also so that the cell does not make too many copies of the chromosome. dnaa facilitates replication when bound to dna in the

It does so directly, for example it can control efficient replication of a single chromosome for both the mother cell and fore spore by binding to the origin of replication in the mother cell …

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