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You have an appreciation for the complexity of protein structure. As many of you have indicated in your problem set responses, knowledge of DNA sequence can only take us so far. Genomics may have given rise to proteomics, but the two fields really are evolving in parallel as this point. As you probably appreciate from your reading and from exploring the three dimensional protein structures using CN3D, protein biophysics can be very complex. However, there is also an important role for "unfolded" proteins in physiology and disease.
1. Given that protein folding is largely determined by primary structure, what is the role of chaperone proteins? Bukau et al discuss the role of some of the major players, like HSPs, in proper protein folding.
2. Is it beneficial that some proteins do not generate higher order structures? De Simone et al discuss the role and properties of Intrinsically Disordered Protein Regions (IPDs), what is the take home message?
3. What is the role of misfolded proteins in disease? To come full circle, how does protein misfolding fit into our "protein evolution" model? I am offering two perspectives as a starting point for this discussion.
What changes do these inputs cause (directly or indirectly) in the receiving cell, and how do cells "weigh" these inputs in order to "decide" whether or not to have an action potential?
You receive a set of pregnant brown mice. You know that the mothers are doubly heterozygous (heterozygous at both the coat color and albinism loci) and that the fathers were albino.
Listed below are hemoglobin P50 values and blood O2 capacity in a number of different species. Which animal has hemoglobin with the highest O2 affinity and which has hemoglobin with the lowest O2 affinity?
The X-linked white mutation, when homozygous or hemizygous for the mutant allele, shows epistasis with claret, such that homozygotes for the recessive white-eye mutation cannot be assessed for their phenotype with respect to claret.
Jean Manning, Charles Kerfoot, and Edward Berger studied the frequencies at the phosphoglucose isomerase (GPI) locus in the cladoceran Bosmina longirostris.
Breakthrough in cancer detection or too much potential for false positives and For this question need your thought and concerns or if you have comments with referenced.
The evolution of Galapagos finches: a. How are Darwin’s Galapagos finches good examples of natural selection and adaptive radiation? b. How can changes in beak morphology in Galapagos finches potentially lead to new species?
The phenotypic variances were 9.4 cm2 for the inbred strain and 26.4 cm2 for the randomly pollinated population. Guess the broad sense heritability of ear length in these populations. What are the usual frequencies of the gametes from a plant with th..
What are two pathways by which energy can be released from glucose?
Huntington's disease is expressed in individuals with at least 1-dominant allele, while albinism is expressed in individuals with homozygous recessive genotype
The grain triticale is a hybrid plant with 2-haploid sets of chromosomes. Suppose if triticale is chemically induced to become tetraploid and Create a hypothesis contain the highest biodiversity
Bacterial and eukaryotic chromosomes are very compact. Discuss the advantages and disadvantages of having a compact structure.
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