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BT102 PAST PAPERS
BT102 PAST PAPERS
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each pair of chromosomes became two sister chromatids
Inverted microtubules are connected by their kinetochore
Half of the vortex. This ensures a chromatid
This pair will eventually move to one pole and the other chromatid will move to the other pole. The movement of chromatids is a major feature of mitosis. BT102 PAST PAPERS
Chromosome movements are highly regulated
The next three stages of mitosis – prometaphase, metaphase and anaphase – are the stages in which chromosomes actually move. In such cases,
The centromere and the former female chromatids, which keep the two chromatids apart, move away from each other.
the other in the opposite direction.
Reservation. Promethazine is represented by envelope loss. The envelope material is in the cytoplasm, however, and must be reabsorbed
When daughter embryos reproduce. BT102 PAST PAPERS
In promethazine, the
chromosomes move towards the poles, but this
The movement was hindered by two factors:
an attractive force pushes the chromosomes away from the poles
Towards the central zone, or the equatorial plate (metabase)
plate), of the cell.
The two chromatids are still attached to the cochlear centromere.
Thus, chromosomes appear to change during promethazine
There is no point in going back and forth between the pole and the middle
Spiral. Gradually the centromere approached the equator.
The cell in the metabase is called
The tropics are approaching the equator. metabase is
The best time to look at the size and shape of chromosomes is because they are very dense. are chromatids
Apparently now connected to one pole or the other by microtubules. At the end of metabolism, all chromatid pairs
This separation occurs because the cochineal, which holds the sister chromatids together, is hydrolyzed by a specific protein.
called isolation. still split
Currently but inactive as it is a . it depends on
A preventive subcommittee known as Securin. when all chromatids are present
Combined with Vortex, Securin is hydrolyzed and permeated
Separation to promote cosine breakdown. inside here
By the way, chromosome alignment is linked to chromatid separation. This process, known as a spiral checkpoint, appears to
senses if no kinetochore is attached to the vortex. Whatever it is, it’s Securine’s decay
blocked, and the sibling chromatids stay together.
Imagination. Separation of chromatids marks the beginning of anaphylaxis, with two sister chromatids
Switch on both ends of the loop. Each chromatid has a double layer of DNA molecule
The daughter is defined as the chromosome.
What triggers this highly constant mass displacement
Clearly two things seem to move the chromosomes. First, kinetogens are proteins that act as “molecules”.
Motors. “These proteins are called cytoplasmic dynein”
The ability to hydrolyze ATP into ATP and phosphate, thereby releasing energy to move chromosomes towards the poles. These motor proteins are responsible for
About 75 percent of the kinetic energy. Second, kinetochore microtubules were compressed from the poles and pulled out.
chromosomes for them. This summary is in the account
About 25 percent movement.
During Anabas, the spiral pushes the poles, doubling the distance between them. Distance
grows between the poles because the polar capillaries contain motor proteins that protrude from opposite ends of the problem, causing them to slip from each other,
The microtubules are like slips in the cilia and flagellum. This polar division separates the set of chromosomes in one child from another.
On a cellular basis also, the movement of chromosomes is slow. About 1 permit per minute, it takes about 10-60 . takes time
minutes to complete its journey to the poles. This
The speed is equal to that of a person walking for 9 million years
Travel across the United States! It can ensure slow speed
The chromosomes divide properly.
Embryos reproduce during telophase
When chromosomes stop moving at the end of the anabase,
The cell enters telophase. two sets of chromosomes (first
referred to as infant chromosomes), are identical
Contains DNA and similar genetic instructions,
at the opposite end of the circle, starting
Degeneration. chromosomes continue to shrink
until they are dispersed by the chromatin properties of the gap.
Divided during forecasting, integration and improvement of related structures. While this and many others
transformations are over, telobes – and mitosis – are over,
And the embryos of each daughter enter the second gap.
Mitosis is very precise. the result is already two nuclei.
The chromosomal make-up is similar to that of each other and that of the parent embryo, and therefore in genetic constitution. next, the two nuclei must divide into separate cells, and the cytoplasm must divide.
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