1. Carbon dioxide, NADPH, ATP
2. ADP, phosphate, NADP, glucose
3. NADPH, ATP, oxygen
Answer:
10% of progeny would have wild type phenotype
Explanation:
True breeding fly with wild type wings and small eyes: De/De
True breeding fly with downward wings and wild type eyes: dE/dE
Cross between them : De/De X dE/dE = De/dE ( F1 )
Recombination frequency = 20%
Next cross, De/dE X de/de =
De/de = parental = 40%
dE/de = parental = 40%
DE/de = recombinant = 10%
de/de = recombinant = 10%
The third genotype i.e. one of the recombinant genotypes will have the wild type makeup ( DE/de ) hence 10% of flies would have wild type phenotype.
Answer:
A lion panting after a chase is the best example of an organism maintaining homeostatic
The main evolutionary disadvantage of transgenic rabbits, in this case, is associated with the lack of adaptation that fluorescence will produce making them susceptible to predators.
<h3>What is adaptation?</h3>
Adaptation is a slow evolutionary process where more adapted individuals are selected by differential reproduction and survival.
Fluorescent transgenic rabbits will be more susceptible to predators in natural populations, thereby they will have less adaptive fitness compared to normal rabbits.
In conclusion, the main evolutionary disadvantage of transgenic rabbits, in this case, is associated with the lack of adaptation that fluorescence will produce making them susceptible to predators.
Learn more about adaptation here:
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