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These answers shown are not correct. I need the help to figure out the correct answer for each box. Hereditary genetics Population genetics Molecular genetics expressing exogenous transgenes to understand function researching how genetic drift impacted many species over the past thousand years in ofspying phenotypes in offspring to understand gene inheritance identifying gene mutations associated with a genetic disease tracing pedigrees to determine patterns of gene transmission within a family calculating allele frequencies to determine changes within gene pools

Explanation / Answer

Is the study of genetics variations (change in the DNA-Deoxyribonucleic acid) between or within populations. For examples, we can do comparative study for one change in DNA (single nucleotide polymorphism-SNP or mutations) between north Indian and south Indian populations. So, we can find out of the percentage of one SNP or mutation present in north Indian population and south Indian populations. To study the SNP or mutations in the populations, we need to have field called Molecular genetics, which will explain in the next column.

To study the single nucleotide polymorphisms (SNP) or mutations in populations, we need to identify SNP or mutations at molecular level in the DNA. The techniques used here is from molecular biology techniques like DNA extractions, DNA amplifications (polymerase chain reactions). These study of genetics at molecular level, called Molecular genetics.

There are several variations or changes in the genome. The effects of genome variations in an organism to have a disease (SNP in different genes) need to study the genetics and genomics of an organism.

Hereditary genetics Population genetics Molecular genetics Is the study, how the organisms (for example-animals, plants, humans etc.) are passes its traits (like skin colour or eye colour) from parents to their offspring.

Is the study of genetics variations (change in the DNA-Deoxyribonucleic acid) between or within populations. For examples, we can do comparative study for one change in DNA (single nucleotide polymorphism-SNP or mutations) between north Indian and south Indian populations. So, we can find out of the percentage of one SNP or mutation present in north Indian population and south Indian populations. To study the SNP or mutations in the populations, we need to have field called Molecular genetics, which will explain in the next column.

To study the single nucleotide polymorphisms (SNP) or mutations in populations, we need to identify SNP or mutations at molecular level in the DNA. The techniques used here is from molecular biology techniques like DNA extractions, DNA amplifications (polymerase chain reactions). These study of genetics at molecular level, called Molecular genetics.

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