Genetic Drift
A carrier is a person who carries a gene(most-likely for a genetic disorder) but do not have the trait controlled by the gene.
Small populations
Geneticists used the laws of segregation and independent assortment even today, to assess the risk of genetic disease in offspring for example. Healthy couples can go for genetic testing for diseases such as thalasemia, cystic fibrosis and sickle cell anaemia and be told how likely it is their child will have the disease.
False. Genetic drift is more likely to occur in small populations where chance events can have a greater impact on allele frequencies. In large populations, genetic drift is typically less influential compared to other evolutionary forces.
Only if you have a sonogram. (Or genetic testing)
Most thieves want a safe and easy place to rob.Anything that makes them more likely to get caught or injured is a substantial deterrence.If your dog is scary they'll likely look elsewhere.
While it is possible that you could have passed on some sort of genetic code that makes you susceptible to ear problems. It is more likely a random coincidence and without some genetic lab testing it is really just a guess that your DNA is the cause.
No. However, if an alleged father fails to cooperate with genetic testing, the court will likely enter an order finding him to be the father by default. If the mother fails to cooperate, the court will likely enter an order dismissing the matter.
Which would most likely decrease the genetic variation in the human population?
Genetic Drift
anywhere with adequate heat, oxygen, and fuel
Halogens are more adequate.
Sexual reproduction is more likely to increase genetic diversity because it involves the combination of genetic material from two parent cells to create a unique offspring with a mix of traits from both parents. This process introduces new genetic variations that can result in increased diversity within a population.
A carrier is a person who carries a gene(most-likely for a genetic disorder) but do not have the trait controlled by the gene.
Some modern genetic terms that Mendel likely did not use include DNA, gene expression, genetic modification, and genome sequencing. Mendel's work predated the discovery of DNA and the understanding of molecular genetics.
Small populations