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Must be 1500-2500 words with a conclusion and word cited page. please be very detailed.
A recent study of 170 threatened species found that 77% of the threatened taxa have lower heterozygosity (measured at many loci) than closely related taxa that are not threatened. What does this imply for the long-term future of these threatened taxa?
All hair cells in the cochlea are the same structurally, yet mammals are able to distinguish the pitch of different sound ranging over a range of frequencies. What features of the auditory system are important in allowing this to happen? Explain.
Describe hemoglobin and myoglobin using the terms hyperbolic andsigmoidal in terms of oxygen binding properties?
If a population of algae-eaters experiences predation pressure from pike-cichlids which is the least likely to be observed in the algae-eater population over the course of many generations.
There are numerous ongoing avenues of research pertaining to Amyotrophic Lateral Sclerosis (ALS) or Lou Gerhig's Disease
Discovery of the role of cyclic AMP in cell signalling. Discovery of the chemical structure of DNA. Discovery of the cell as a unit. Understanding of the mechanism the light-independent reactionof photosynthesis
How can some medications effectively block the transmission of pain impulses? Think about if this also blocks muscle impulses.
EXplain why the membrane potential between the axon hillock and axon either changed or did not change with subthreshold stimulus. Differences of 1.0 mV or less are not significant.2. explain why the membrane potential between the axon hillock and axo..
During hemorrhagic shock in which blood pressure is decreased, which of the regulatory mechanisms is most important is increasing cardiac output to help maintain blood pressure?
Homeostatic. What does this mean and how does the body achieve homeostasis? Do not cut and paste or just quote/copy from the text - explain in your own words. 75-100 words
Which way would O2 and CO2 diffuse during internal respiration?
At 1.4 mg/ml pure tubulin, the plus (+) ends of microtubules grow at a rate of about 2 µm/min. At this growth rate how many?-tubulin dimers (8 nm in length) are added to the ends of a microtubule each second?
Explain the follwing mechanism for macroevolution.
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