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4.Monohybrid Cross: Count the yellow and purple kernels for 3 ears of corn from the “3:1” collection. These are the result ...

ion. These are the result of a monohybrid cross (two heterozygous parents) and we expect a ratio of 3 dominant phenotypes to 1 recessive phenotype.
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5.In mice, grey coat colour, G, is dominant to white, g, and long tail, T, is dominant to short tail, ...

t. What is the genotypic and phenotypic ratio if a female mouse that is heterozygous for colour and short-tailed is crossed with a male mouse that is homozygous dominant for colour and is heterozygous for tail length?
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6.I was looking at my notes on protein structure and I am trying to understand quaternary structures for proteins. I ...

or proteins. I understand that primary, secondary, and tertiary structures are encoded by one gene each. However, I am not entirely sure if quaternary structures are encoded by one or multiple different genes. The reasons why I am a little confused is for two reasons. Firstly, quaternary structures are made up of more than one protein subunit (i.e. multiple polypeptides). Secondly, as I understand, Hemoglobin, for example, has different subunits, each of which is encoded by a different gene. Does this necessarily mean that all quaternary structures are composed of proteins encoded from different, separate genes? If quaternary subunits are encoded by different, separate genes, can those different genes be located on different loci, or are all of the subunits necessarily encoded by the different gene but its mRNA molecule is spliced differently?
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7.Monohybrid Cross: Count the yellow and purple kernels for 3 ears of corn from the “3:1” collection. These are the result ...

ion. These are the result of a monohybrid cross (two heterozygous parents) and we expect a ratio of 3 dominant phenotypes to 1 recessive phenotype. II. Test Cross: Count the yellow and purple kernels for 3 ears of corn from the “1:1” collection. These are the result of a test cross (two heterozygous parents) and we expect a ratio of 1 dominant phenotype to 1 recessive phenotype. III. Dihybrid Cross: Count the kernels for 3 ears of corn from the “9:3:3:1” collection. These are the result of a dihybrid cross (two heterozygous parents for two traits) and we expect a ratio of 9 dominant/dominant: 3 dominant/recessive: 3 recessive/dominant: 1 recessive/recessive.
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Frequently Asked Questions

 

 

What is homeostasis?

Homeostasis is defined as the process of maintaining the balance between the external and internal environment so that things keep constant in the living systems. Homeostasis is also important in social systems as well, which means how a person under various stress conditions can maintain mental and physical health. 


Why homeostasis is important?

Homeostasis is very important because it helps to maintain the internal body temperatures despite the change in external temperatures and that optimum temperatures are needed for the proper functioning of the body enzymes to catalyze various reactions in the living systems because enzymes work at proper temperatures. 

 
What is homeostasis in biology?

Homeostasis in biology means the proper functioning of living parts like tissues, cells, and organs for their survival. The homeostasis also maintains the blood pressure so that all the living systems work properly like the working of hormones and cardiac systems. The blood pressure is maintained despite the environmental changes.


What is homeostasis in the human body?

Homeostasis in the human body means maintaining constant body temperatures instead of external temperatures fluctuations. The homeostasis is shown by birds and human beings who maintain their constant body temperature for the proper functioning of their body and for that they cost half of their energy. 


 

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