In the cross between two heterozygous white rabbits, the offspring would exhibit a phenotypic ratio of 3 (white fur) : 1 (brown fur). This color distribution is governed by the principles of Mendelian inheritance and reflects the existence of multiple alleles.
When two heterozygous white rabbits (the genotype would be Cc) are crossed, the resulting punnett square yields genotypic and phenotypic ratios. Possibilities for offspring would be 25% CC (showing the dominant phenotype, white fur), 50% Cc (also showing the dominant phenotype, white fur), and 25% cc (showing the recessive phenotype, brown fur). Overall, the expected phenotypic ratio is 3 (white) : 1 (brown).
This phenomenon reflects the principles of Mendelian inheritance in biology which involve dominant and recessive traits and genotypes, as well as multiple alleles and how they influence phenotype. The wild-type allele C+ is expressed as white fur, whereas the mutant allele c expresses as brown fur.
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a. one day
b. three days
c. five days
d. seven days
Pretty sure it would be 1 day
B. Diploid
C. Inbred
D. Hybrid
The answer is a tumor.
Tumors are characterized by cells that have a mutation in their DNA that causes them to reproduce unregulated hence proliferate and do not form true tissues. Inhibitors, called tumor suppressors, act like a ‘brake’ in the cell cycle. Cyclins, on the other hand, are the ‘gas pedal’ for the cycle. The right balance ensures that cell cycle is well regulated. When the DNA is a cell is damaged, the tumor suppressors are rectruited to stop any further progress of the cell cycle and the cell undergoes apoptosis.
Answer:
tumor
Explanation:
i took the test