Outline the steps involved in the import of a protein into the mitochondria. Indicate the steps that require energy.

Which structures of the nephron are affected by diuretics?

conclusion for research about advanced glycation end products and diabetes

How many tablets and volume of indicated diluent (denoted by Xs below) is required to make the following compounded product?

Drug Formulation: ACETAZOLAMIDE SUSPENSION 25 MG/ML

Acetazolamide 250 mg tablets X tablets needed

Ora-Sweet:Ora-Plus qsad 240 mL

X mL Ora-Sweet needed

Genes A and B are located 10cM from each other on a chromosome. Gene C is located 25cM from gene A and 15cM from gene B. Assuming that I = 0, what is the probability that the trihybrid ABC/abc will produce an ABC gamete?

I get that ABC is a result of a double crossover. A similar question was answered and said that

Probability of SCO - DCO = 0.25 - 0.015 = 0.235

PLEASE EXPLAIN HOW YOU GET .25 and .015. Please do not say that it's SCO and DCO actually please explain Did they get that SCO is .25 because that's A to C, and did they say .015 because that's distance from C to B and B to A? Please I am very confused. Thanks.

Explain the importance of reduced glutathione to the mature red blood cell . Please include
a. what GSH does for the cell
b. how it does this (a)
c. what happens when one cannot make reduced glutathione.

Episode 1 of the documentary Emperor of all Maladies titled Magic Bullets
The Emperor of all Maladies: Episode 1: Magic Bullets

6. What is a “hot knife”? Discuss the pros and cons of using the hot knife on patients?

A) Six different mutations were derived from base pair substitutions at a single codon. In this codon, the mutant alleles had asparagine, glutamic acid, g;lutamine, methionine, arginine, and a stop codon. What was the wild-type codon?

1.Summarize the structure and function of both the digestive system and the excretory system. How do each of these two organ systems participate in ensuring that the body has enough energy and nutrient molecules? How does each system participate in osmoregulation? How does system each participate in eliminating waste?

Please include:  Duodenum, Villi, microvilli, pepsin, protease, chime, jejuno-ileum

• 4 steps, ingestion, digestion, absorption, secretion,
• • Kidneys-

    Glomerulus - ball of arterioles; source of filtrate

    Bowman's capsule – where filtrate is initially absorbed into nephron

    proximal tubule—nutrients are absorbed and liver toxins are secreted

    loop of Henle—sets up concentration gradient in renal medulla

    distal tubule—last adjustment of pH and ion balance

    collecting duct—last adjustment to concentration of urine

  • Ureters
  • Urinary bladder
• Urethra

Suppose that you wanted to stimulate Natural Selection in this lab? What experiment could you conduct to stimulate Natural Selection? What instructions would you give for that step?

What is the principal precursor of the semi-synthetic penicillins, how is it produced and why is it suitable for the generation of the semi-synthetic compounds?

Briefly describe one way in which behavioral biology aids in the reintroduction of captive-bred animals to wild habitats

Experiment 2: Transcription and Translation 1. Use a pen or pencil to write a five word sentence using no more than eight different letters in the space below. 2. Now, use the red, blue, green, and yellow beads to form “codons” (three beads) for each letter in your sentence. Then, create codons to represent the “start, “space” and stop” regions within your sentence. Write the sentence using the beads in the space below: 3. How many beads did you use? 4. Assign one Pop-It® bead to represent each codon. You do not need to assign a Pop-It® bead for the start, stop and space regions. These will be your amino acids. 5. Connect the Pop-It® beads to build the chain of amino acids that code for your sentence (leave out the start, stop, and space regions). 6. How many different amino acids did you use? 7. How many total amino acids did you use?

Influential genes and proteins in dairy cattle:

Genetic methods have been used to examine regions of the dairy cattle genome that appear to have been under selection. A positive signature of selection in a given region implies the genes contained therein are potentially important for aspects of milk production such as yield.

Two such genes found to be of importance in dairy cattle are DGAT1 (which encodes the fat biosynthesis enzyme diacylglycerol o-acyltransferase 1) and GHR (which encodes the growth hormone receptor).

44. Why might these two genes be important for milk production?