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Can you say in which stages do these errors take place. Also what impact do they have on the end products of protein synthesis
during protein synthes Can you say in which stages do these errors take place.
Also what impact do they have on the end products of protein synthesis
Clearly where each stage of protein synthesis takes place preferably with 1 or 2 simple diagrams showing what happens.
Also discuss how the genetic code allows synthesis to take place with few errors.
describe structures of all nucleic acids separately and briefly. Also something briefly about their function.
Indicate clearly where the opportunities arise in meiosis for genetic variation and outline and illustrate briefly how this happens.
a) Outline Mendel's first law.
b) Briefly explain the terms,
• monohybrid inheritance
• dominant and recessive
• genotype and phenotype
• homozygous and heterozygous
Use specific examples with genetic notation to illustrate your answer and show links between the terms
1. Explain the terms Chromosome, Chromatid, Gene, Allele.
(Use genetic notation (symbols for alleles) and annotated diagrams to illustrate your response. Show links between the terms)
2. Identify the mixed up stages of meiosis, shown in appendix A. Write a breif sentence to justify the stage identified. Complete this all within the appendix table and place within your assignment.
Indicate clearly where the opportunities arise in meiosis for genetic variation and outline and illustrate briefly how this happens.
As a result of working out, you are able to jump higher and run faster. In biology, this is an example of
A local hospital has informed a family that some of the children may have been mixed up with children from other families when they were born. The hospital obtained the blood types of everyone in the family, including the surviving maternal grandfather and paternal grandmother, to rule out any possible mix-ups. The following were the outcomes:
Father: Type O Mother: Type A
1st child: Type O 2nd child: Type A
3rd child: Type B Mom's father: Type AB
Dad's mother: Type B
High blood pressure can have a genetic component. One possible genetic component of high blood pressure is a mutation in a single gene. If this gene is to be transferred to the offspring, should it be in a somatic cell or gametic cell?
