During anaphase 1 chromosomes in the homologous pair moves to the opposite poles.
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Explanation:</u></h3>
The chromosomes that are having their pairs with similar length, position of centromere and staining pattern refers to the homologous chromosomes. These chromosomes have genes with the corresponding loci. One of these chromosomes will be inherited from the father and the other will be inherited from the mother.
The chromosomes in the pair gets attached to the fibers from the opposite poles. The chromatids that are sister will get attached to the fiber from the same poles. The centromere will not get divided during the anaphase 1 and thus the homologous chromosomes will move to the opposite poles. This causes the homologous chromosomes to get separated.
The best and most correct answer among the choices provided by the question is the third choice "all near the same age"
Even-aged<span> timber </span>management<span> is a group of forest </span>management<span> practices employed to achieve a nearly coeval cohort group of forest trees. The practice of </span>even-aged management<span> is often pursued to minimize costs to loggers.</span>
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Which are open because there are wild animals roaming
Answer:
Amp resistant phenotypes
Explanation:
Insertion of the desired gene sequence within the sequence of an antibiotic resistance gene makes the transformed cells to lose the resistance against that particular antibiotic. To create a recombinant plasmid vector, the sequence of the gene for erythromycin resistance was cut with the restriction enzyme. This would cause a loss of resistance against erythromycin in the transformed cells. Since the ampicillin resistance gene was intact, the transformed gene would exhibit resistance against ampicillin. Therefore, the transformed cells would be ampicillin-resistant and erythromycin sensitive.