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Explain how plants can regulate temperature and water. Give examples of at least 6 different adaptations and explain the role of each in temperature and/or water regulation (give examples of 3 for each and there can be overlap - meaning 1 adaptation could help regulate both temperature and water). Reach ‘outside the box' of the textbook and find examples that although they may be similar, are different than those in the textbook.
A) What is the broad sense heritability of seed count in this population of bluebonnets? B) What might cause this estimate of heritability to be inaccurate?
Discuss two of the non-covalent forces that stabilize tertiary structure in proteins that are affected when the pH is changed.
Discuss the purpose of the immune system is to recognize foreign bodies and respond with the production of immune cells and proteins.
Which of the following are absolutely required to eradicate a viral disease using a vaccination program - Many of the drugs used to treat HIV inhibit the synthesis of new viral genomes from the provirus?
Knowing the length that DNA traveled on an agarose gel after electrophoresis, how do I determine the length of the unknown DNA fragment which traveled (19mm) on the gel.
Why is important to get a bacterial lawn rather than isolated colonies on the plate? Does the zone of inhibition's edge indicate the limit of antibacterial agent diffusion into the agar?
How could you demonstrate experimentally that the selective antagonist binds the receptor specifically? Illustrate the experiment you would perform and also the controls you would contain.
After phagocytosis of a pathogen, the phagosome becomes very acidic with the pH dropping to between 3.5 and four. However, some of the enzymes are important to kill pathogens only work when the pH is higher than five.
The diploid genome in a human somatic cell consists of approximately 6 billion base pairs. (a) If you connected all the chromosomes end-to-end, how long is the DNA in each cell based on the crystallographic dimensions of the DNA double helix.
An individual heterozygous for 4-gene pairs AaBbCcDd was testcrossed to aabbccdd , and progeny were classified as follows,
What sequence of nucleotide pairs in a Drosophila gene would encode the amino acid sequence met-trp-phe-trp-met (reading from the amino terminus to the carboxyl terminus).
1. In a genetic mapping experiment in corn, genes A and B appear to be 50 map units apart. You know that gene A is on Chromosome 12. Do you think that this means that gene B is on chromosome 12 also?
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