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The white-eye allele in Drosophila is recessive and X-linked. Assume that a white-eyed female is mated to a wild type male. What would be the phenotypes of the male and female offspring?
A lilly from a true-breeding line with white flowers and short corollas (line A) is crossed to a lilly from a true-breeding line with black flowers and long corollas (line B).
What are the roles of plasmodesmata and aquaporins. In the presence of the galactose derivative 6-O-benzyl-D-galactose, the curve is shifted to the right. What variety of agent is 6-O-benzyl-D-galactose.
Vitamin D resistant rickets is usually an X-linked dominant situation. The disease is caused by mutations the PHEX gene and results in bone deformity and bow leggedness.
BIOL 6150 home work, Linkage disequilibrium and LOD score, Assume the disease genotype is known, as A is the disease allele and a is the normal allele. The marker has four alleles (1, 2, 3,4).
List 4 major types of virulence factors associated with bacteria, and briefly describe how each one facilitates pathogenesis. How do pathogens generally differ from normal flora? Where do the genes for virulence factors usually come from? What are..
Explain why is it necessary to introduce the concept of water potential in order to explain water movement from the soil, through the plant and finally to the atmosphere.
From a bacteria stock you serially dilute 1/100 two times, then serially dilute 1/10 two times. From this last tube you plate 100 ul, which produces 156 colonies the other day.
On a particular microscope, the numerical apertures of the condenser and medium power objective lenses are 1.25 and 0.25, respectively. You are supplied with a filter that selects a wavelength of 520nm.
How does the homeostatic mechanism regulate osmolarity or solute concentration of the blood in response to a meal high in salt?
How does fatty acid concentration increase in the blood result in the activation of fatty acid oxidation in skeletal myocytes?
Assume you treated butter with a fatty acid desaturase, an enzyme that removes hydrogen from fatty acids and creates double bonds.
Lipids are a major energy molecule in ruminants, as opposed to many other animals. How are lipids used to make ATP? What are the specific types of lipids used by ruminants? Describe their pathways for ATP synthesis or other biochemical uses.
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