I'm sorry but can you be a bit more specific on these following observations?
1. DDAA, DdAa
2. DDaa, Dada
3. ddAA, ddAa
4. ddaa
5. The phenotypic ratio is 9:3:3:1 where 9 combinations will produce offspring with both dominant phenotypes (dimples and brown hair), 3 will produce offspring with one dominant phenotype and one receive phenotype (dimples, blonde hair), 3 will produce offspring with one receive phenotype and one dominant phenotype (no dimples, brown hair), and one will produce offspring with both recessive phenotypes (no dimples, blonde hair)
Answer:
Option A, 152
Explanation:
One glucose molecule undergoes the following three process in one complete chain of aerobic cell respiration -
a) Glycolysis - 2 ATP molecules are produced
b) Kerb cycle - 2 ATP molecules are produced
c) Electron transport chain - 34 ATP molecules are produced
Hence one glucose molecule can produce 38 ATP molecule
Therefore 4 glucose molecule produce
ATP molecules
Hence, option A is correct.
Answer:
A the movement or organisms or their genetic material from one population to another
Answer:
This method involves creating a DNA construct containing the desired mutation. For knockout purposes, this typically involves a drug resistance marker in place of the desired knockout gene. ... This method then relies on the cell's own repair mechanisms to recombine the DNA construct into the existing DNA.
Explanation:
This method involves creating a DNA construct containing the desired mutation. For knockout purposes, this typically involves a drug resistance marker in place of the desired knockout gene. ... This method then relies on the cell's own repair mechanisms to recombine the DNA construct into the existing DNA.
