in PCR, the function of primase is replaced by: Question 1 options:
A synthetic primase
Primase from Thermus Aquaticus
Synthetic RNA primers
Synthetic DNA primers
.......................................
Which of these hypothetical organisms would likely be the best model organism?
Question 2 options:
E. Inclinationous
Genome: 5gb
Weight: 3 kg
Reproduction rate: 5 offspring per year
P. Ommisiati
Genome: 10gb
Weight: 1 kg
Reproduction rate: 15 offspring per year
F. Braceatus
Genome: 5gb
Weight: .5 kg
Reproduction rate: 30 offspring per year
M. Herdariti
Genome: 7gb
Weight: .5 kg
Reproduction rate: 30 offspring per year
.................................................
If a particular allele for a mitochondrial gene is disease causing, which of the following is/are TRUE?
Question 5 options:
Male and Female children of an affected father are equally likely to have the disease
Male and Female children of an affected mother are equally likely to have the disease
Male children of an affected father are more likely to have the disease than Female children
Male children of an affected mother are more likely to have the disease than Female children
in PCR, the function of primase is replaced by: Question 1 options:
A synthetic primase
Primase from Thermus Aquaticus
Synthetic RNA primers
Synthetic DNA primers
.......................................
Which of these hypothetical organisms would likely be the best model organism?
Question 2 options:
E. Inclinationous Genome: 5gb Weight: 3 kg Reproduction rate: 5 offspring per year | |||||||||
P. Ommisiati Genome: 10gb Weight: 1 kg Reproduction rate: 15 offspring per year | |||||||||
F. Braceatus Genome: 5gb Weight: .5 kg Reproduction rate: 30 offspring per year | |||||||||
M. Herdariti Genome: 7gb Weight: .5 kg Reproduction rate: 30 offspring per year ................................................. If a particular allele for a mitochondrial gene is disease causing, which of the following is/are TRUE? Question 5 options:
|