Answer:
The phenotype of mutant pea plant must be short in appearance with more lateral branches than of the wild type phenotype.
Explanation:
Cytokinin is the growth hormone that is important in plant growth because it promotes the cell division in actively growing plant tissue and it is important in the growth of lateral buds, therefore, it helps in providing the bushy appearance to the plant.
Gibberellin is another growth hormone that helps in the elongation of cells and responsible for making a plant taller. Therefore if gibberellin is underexpressed in mutant plant than it will have short height than the wild plant and if the cytokine is overexpressed than more lateral branches will be present in the mutant plant.
Catalyzed and uncatalyzed
For a species of beetle, n = 20, a diploid cell would contain 40 chromosomes overall.
<h3>How do chromosomes work?</h3>
A chromosome is a long DNA molecule that houses all or some of the genetic code of an organism. In order to preserve the quality of the chromosome, chaperone proteins and histones, a type of packaging protein present in the majority of eukaryotic chromosomes, attach to and condense the DNA molecule.
<h3>What place do chromosomes come from?</h3>
The DNA that makes up each chromosome has been continuously tightly coiled around proteins called histones to support its structure.
<h3>Which of the four chromosomal kinds:</h3>
- Sub metacentric chromosomes.
- Chromatin that is acrocentric.
- The telocentric chromosomes.
- Chromatin that is metacentric.
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Answer:
Statements 1,2 and 6 are correct statements. Explanation: Blood group is determined by three alleles IA, IB and i. IA and IB are dominant alleles and show phenotype blood group A and blood group B respectively when they're combined with allele i.
Explanation:
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