The observable cellular process of the physical basis of Mendel's law comes from the first division of meiosis,This is further explained below,
To find the "What observable cellular process explains Mendel’s law of segregation?" we need to know more about Mendel’s law of segregation?
<h3>What observable cellular process explains Mendel’s law of segregation?</h3>
According to Mendel's Law of Segregation, a diploid organism passes a randomly selected allele for a trait to its offspring, with each parent receiving one allele.
In conclusion, The first division of meiosis , is the physical basis of Mendel's law of segregation.
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Answer:
Amniocentesis
Explanation:
It involves inserting a long needle to extract fetal cells from the fetus's surrounding fluid for these diagnostic purposes. It is a risky procedure that has since been widely replaced by cell-free DNA testing.
Answer:Recessive traits
Explanation: Albinism is a reccessive traits whose effect have been suppressed by the dominant traits in the parents phenotype.
Complete dominance occurs when an allele A completely dominate over allele a in the genotype of an organism.
For the parents to have given birth to a non albino it means they are heterozgous dominant(Aa) and a cross between two heterozygous dominant parents will result in one homozgous non albino,2 heterozygous non-albino and 1 homozygous albino with the phenotypic ratio of 1AA 2Aa,1aa
Replacing native gel electrophoresis with SDS results in eluates with no enzymatic activity because it confers a negative charge to proteins, thereby neutralizing them.
<h3>What is sodium dodecyl sulfate?</h3>
The sodium dodecyl sulfate (SDS) is a detergent used in molecular biology laboratories.
This detergent (SDS) confers a negative charge to proteins, thereby neutralizing them (loss of their enzymatic activity).
In conclusion, SDS results in eluates with no enzymatic activity because this detergent may neutralize them.
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Answer:
Infected shrimps have high level of lipids, fats and antioxidants
Explanation:
When the brine shrimps get infected with parasite then their ability to survive in toxic water increases. Brine shrimps infected with tapeworms usually change their color and become red.
The mining activities in surrounding area introduced harmful and toxic chemicals such as arsenic that has made the water habitat toxic for shrimps. Now it was found that shrimps with parasite increased in number as compared to shrimps without parasite. This is so because worm infected shrimps have more droplets of lipids — fats — in their tissues that helped them to sock away arsenic. Along with lipid fats infected brine shrimp also produced more antioxidants than the non-infected ones and hence the stress on cell reduced.
