Answer:
<h2>The cell will not pass the M checkpoint because its chromosomes will not associate with spindle fibers. or if the cell goes complete division, then the homologous chromosomes will go into either daughter cell.</h2>
Explanation:
As in the cell cycle, there are various checkpoints, which checks the cell in many steps like G1/S checkpoint, G2, M etc. They check the integrity of the genome, if there is any defect in the DNA/chromosome, it arrest the cell cycle.
Centromere is the region on the chromosome which binds with spindle fibers and is used in the separation of chromosomes during anaphase of cell cycle. If there is deletion of centromere, then the separation of chrmosome will be affected. Then the homologous chromosome can either go into one of the daughter cell, so one cell will get 2n+1 and other will get 2n-1.
Answer:
High specific heat capacity.
Explanation:
The specific heat capacity of water is the quantity of heat energy needed to raise 1 kg of water by one degree.
The high specific heat capacity of water is due to high hydrogen bonds which holds water molecules together, preventing their free movements.Therefore, large amount of energy is needed to raise water temperature. The hydrogen bonds also enabled water to store energy.
This features of water makes, plasma resistant to fluctuations in body and environmental temperature, and allows biochemical reactions to occurs at relatively constant rate.
<span>Answer:
Adductor part originates from pubis and goes to linea aspera of femus more superiorly. The hamstring starts from ischical tuberosity and goes to adductor tubercle of femur.</span>
If there is suspected hypomagnesemia present that’s the time
that you can use the magnesium. This is for use in cardiac arrest. This kind of drug is life threatening
ventricular arrhythmias due to digitalis toxicity. There is insufficient
evidence to recommend for or against the routine administration of magnesium
during cardiac arrest. Magnesium is for the treatment of documented
hypomagnesemia or for torsade de pointes.
