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Why do you need to look at genetics at both organismal and the molecular level?
Wiki User
∙ 10y ago
If you look at how Mendel studied his pea plant seeds, he saw that RRand Rr genotypes of seeds produced round seeds and rr produced wrinkled. This is from a phenotypical (or you can say organismal) level. However, when scientists cracked open these seeds, it was found that the Rr genotypes had only 50% of a protein, but it still looked round. RR had 100% of the protein, and rr had 0% of the protein. This is a case of Incomplete Dominance, but Mendel didn't realize it because he had no microscope to look inside the seed.
So it's important to look at both the organismal and molecular level of genes.
Wiki User
∙ 10y ago
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Why do you need to look at genetics at both organismal and molecular level?
If you look at how Mendel studied his pea plant seeds, he saw that RR and Rr genotypes of seeds produced round seeds and rr produced wrinkled. This is from a phenotypical (or you can say organismal) level. However, when scientists cracked open these seeds, it was found that the Rr genotypes had only 50% of a protein, but it still looked round. RR had 100% of the protein, and rr had 0% of the protein. This is a case of Incomplete Dominance, but Mendel didn't realize it because he had no microscope to look inside the seed. So it's important to look at both the organismal and molecular level of genes.
Is CCI4 a molecular formula or formula unit?
CCl4 is molecular formula.
How is molecular formula C3H6 and molecular formula C6H12 related?
Both formulas are possible molecular formulas for the same empirical formula, CH2.
Is CO an emperical formula or a molecular formula?
CO is both an empirical formula and a molecular formula.
Give me an example of behavioral genetics?
Behavioral genetics studies what role genetics plays in both animal and human behavior. This is different, though somewhat a part of, genetics which studies heredity. Behavior geneticists only look at behavioral traits that may be passed to offspring and often deal with studies related to ethology and psychology rather than inheritance of all characteristics as in genetics.
Why do you need to look at genetics at both organismal and molecular level?
If you look at how Mendel studied his pea plant seeds, he saw that RR and Rr genotypes of seeds produced round seeds and rr produced wrinkled. This is from a phenotypical (or you can say organismal) level. However, when scientists cracked open these seeds, it was found that the Rr genotypes had only 50% of a protein, but it still looked round. RR had 100% of the protein, and rr had 0% of the protein. This is a case of Incomplete Dominance, but Mendel didn't realize it because he had no microscope to look inside the seed. So it's important to look at both the organismal and molecular level of genes.
Which chemical formula is both an empirical formula and a molecular formula?
It would be a molecular formula for C3h5o.
What field of biology focuses heredity and DNA?
Genetics; and Biochemistry examines and discovers the roots [origins] of both of these.
How does incomplete dominance function at the molecular level?
One funcional allele is insufficient to produce the dominant pheontype. Both alleles are expressed as an intermediate of the alleles.
Is CCI4 a molecular formula or formula unit?
CCl4 is molecular formula.
What theory provides information concerning both molecular shape and molecular bonding?
Molecular orbital theory(MOT) provides information about both molecular shape and molecular bonding.
How is molecular formula C3H6 and molecular formula C6H12 related?
Both formulas are possible molecular formulas for the same empirical formula, CH2.
Is N2O3 ionic or molecular?
molecular
Can orbital hybridization theory can describe both the shape and bonding of the molecules?
Orbital hybridization provides information about both molecular bonding and molecular shape.
The properties of both ionic and molecular compounds are related to the?
strengths of attraction between the particles in the compounds
How is the term probability related to genetics?
The term probability is related to genetics because they both give guesses about how something that might be the outcome of something
What is Cell biology and genetics?
Great Question: Both of these stem from Biochemistry.
