A 1986 study concluded that selection is a legitimate reasoning for protein evolution. With strong selection there might be mutations that get introduced into the population. The main use of molecular clock is to estimate evolutionary timescales. In general the molecular clock hypothesis states that the rate of change of the DNA and thus protein sequences is relatively constant with respect to time in different organism. Now, if the selection is strong, a distinct change or variation will be observed in the DNA and proteins of the population at different time frames. So, now, the molecular clock will not be relatively constant with time as it originally states.
If the time scale of the change of the tick rate of the molecular clock is assumed to be much less than the average time between substitutions, then it is shown that the substitution process must be episodic, with bursts of substitutions being separated by long periods of time with no substitutions
how does strong selection occuring in a population impact the molecular clock
what is self/selection bias, study design most prone to the trap. How does self selection impact the study outcome how to control for the trap
How does the selection of this objective enhance the health of the population? (Write 1 paragraph please) 1. Tobacco Use
How does the structure and properties of an organic molecular impact its function for a cell or tissue? (consider different types of lipids and amino acids/protein structure). Explain five examples.
How does the clock keep them from clocking in when they are not supposed to? How does it know everyone's schedule? How does the clock know if an employee was approved to have time off? In most cases, employees can clock in or have someone clock in for them whenever they want. How does the clock keep them from clocking in when they are not supposed to? How does it know everyone's schedule? How does the clock know if...
What is meant by the term “molecular clock”? What are the basic assumptions by which it is presumed to operate? How have data from molecular clock analyses been used?
In stabalizing selection : 1. How is the relative fitness of genotypes affected when selection is acting against homozygotes? 2. What effect does it have on the mean phenotype and genotypic/phenotypic variation within a population? In disruptive selection 1. How is the relative fitness of genotypes affected when selection is acting against heterozygotes? 2. What effect does it have on the mean phenotype and genotypic/phenotypic variation within a population? How does selection typically affect genotypic/phenotypic variation between populations? How do...
What is meant by the “social clock”? How does following a social clock foster confidence during early adulthood?
What is minority stress? How does this impact health? How does minority stress affect LGB people? How might minority stress apply to the transgender and gender non-conforming population?
What effect does natural selection have on allele frequency at one locus in a population of diploid organisms of finite size?
How does transgenerational epigenetic inheritance affect Darwinian selection? Emphasise on how epigenetics affects natural selection and give examples