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1. Why was it important to mark the TLC plate with pencil?2. Using information from the prelab lecture, determine which pigments are present in your various leaf samples. You may need to use both the TLC and spectrophotometric data. 3. What color were your leaves to start with? Which wavelengths of light were most absorbed in your leaves?4. Which pigments are most abundant in leaves?5. Which wavelengths of visible light carry the most energy? How does this relate to strategies for plant photosynthesis?6. What was your initial hypothesis?7. Have you disproved or failed to disprove this hypothesis?
Describe why biological information of amino acid sequences in proteins is encoded in codons composed of 3 nucleotides and NOT 2 nucleotides.
The organism you select should be a real one however the evolutionary change in a trait which you explain can be real or fiction. Describe how the change in this trait takes place.
How will a scientist predict the relative frequencies
Think about a population in which the frequency of allele A is p=0.7 and the frequency of allele a is q=0.3, and where the alleles are codominant.
Explain why do phage have the potential to be a good therapeutic option for killing bacteria?
Discuss the central paradox of evolution tremendous morphological diversity underlain through genetic conservation
Assume you have found a new Xenopus gene that codes for a RNA binding protein. You are not sure what its function is but you are interested in finding out as much as you can.
Develop two degenerate primer sequences that will amplify the entire Open reading frame of the corresponding gene in a PCR reaction.
Nucleus, Mitochondria, How do receptors interact with hormones? How do the hormones interact with each Other? How do the secondary messengers work Again? Hormone binds to G protein what is the Hypothalamus.
A plant cell is placed in a solution in a flask with a solute potential of -0.6MPa. When the cell and flask reach equilibrium, the cell's pressure is +0.5. At equilibrium, what is the solute potential of the cell?
An A=T mispairing leads to an A=C substitution. The other DNA helix will contain a(n) __ pair.
Most biologists believe that immune system's defense against infections largely rests on its ability to distinguish self molecules from nonself molecules.
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