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Water is constantly lost from the body via sweat, secretions and other processes. These secretions include saliva and enzyme solutions secreted into food as it's processed in the GI tract. FOCUSING ON THE INTESTINES:
a. How is water replaced at the macroscopic level?b. How is water returned back to the bloodstream at a tissue/cell level?
You try to start your car, but it does not start. Which of these is a hypothesis.
In the offspring resulting from an F1 testcross, what percentage of recombinant phenotypes is expected if the genes under study are independently assorting?
Discuss how would the diffusion rates of the following substances in 2 percent agar compare: sodium ions, sucrose, a 60,000 protein, and a dinucleotide?
Trace the flow of blood through the heart, identifying all structures starting at the inferior vena cava (IVC) and returning to the IVC.
Explain the process of skeletal muscle contraction, starting from the efferent motor neuron's action potential, and ending with the relaxation of the muscle.
The ph of mitochondria matrix is 8.2 while the ph of intermembrane is 7.2. Determine the voltage potential across the mitochondrial membrane which would prevent hydrogen ions from flowing into matrix?
A semipermeable membrane separates two aqueous solutions at thirty degrees C. For each of the following cases, name the solution into which a net flow of water.
In a graded potential, what is the effect of cytoplasmic resistance and current leak?
Discuss how do fossils provide evidence for the theory of continental drift and explain how do fossils help scientists piece together the family tree of a given plant or animal?
Describe b riefly the role of HOX genes in brain development. If a twenty-five year old woman using Accutane to treat acne discovers that she is pregnant, what concerns do you have for the embryo/fetus?
You find that there are two genes for dystrophin in rat and hypothesize that both are active in muscle because both contain the same enhancer-activating region.
In forensic analysis using STR systems, up to 16 different loci can be tested in a single PCR reaction. Why is it important for forensic analysis that each locus being tested is present on a different chromosome? Ideas are justified.
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