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Answer:
Benign tumors will grow in a contained area usually encapsulated in a fibrous connective tissue capsule.
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Options E) is correct</h3>
Explanation:
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<u>Frameshift mutations </u><u>type of mutation in the DNA sequence would cause the most change in the amino acid sequence.</u>
- The outcome of a frameshift mutation is complete alteration of the amino acid sequence of a protein.
- This alteration occurs during translation because ribosomes read the mRNA strand in terms of codons, or groups of three nucleotides.
What type of mutation causes the most change in an amino acid sequence?
- Missense: A missense variant is a sort of substitution in which a nucleotide change causes the protein produced from the gene to have a different amino acid in place of one amino acid.
- The protein's functionality could be affected by the amino acid alteration.
What is a major mutation?
- The Major mutation framework supports both fundamental research on mutation testing and effective mutation analysis of big software systems.
- The three elements that Major offers are as follows: Mutator built into the compiler enabling quick and simple fault seeding.
- To precisely configure the mutation process, use domain-specific language.
Learn more about frameshift mutation
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Answer:
Non parental genes will become higher than that of parental genes
Explanation:
Genes recombine when the chromosomes pieces swap physically along the chromosomes. Recombination frequency determines the percentage of offspring that recombined during the meiosis cell division.In case where recombination frequency becomes greater than fifty percent then the amount of non-parental genes would be greater than half of the total number of genes . This scenario is not feasible as in random assortment ratio of parental to non-parental genes is 1:1.of genes the Therefore, in any case the recombination frequency will not increase more than 50 percent
Answer:
the concentration of carbon-dioxide gas is increases when the wind blowing outside the beef farm.
Explanation:
The concentration of carbon-dioxide gas is increases when the wind blowing outside the beef farm as compared to the wind which enter the beef farm. The main reason for this increase is the presence of large number of cattles in the farm. We know that cattles belong to kingdom animalia which inhale oxygen and exhale carbon-dioxide gas during the process of respiration. So the concentration of carbon-dioxide gas in the wind increases when it leaves the beef farm.
