What are the primary and secondary muscles involved in a pull up, bent over barbell row, quadruped single arm row, and reverse fly (dumbbell)?

Please break up the muscles into primary and secondary groups and list the exact muscles instead of groups of muscles. Thank you!

The E. coli chromosome contains 4,639,221 bp.
(a) How many turns of the double helix must be unwound during replication of the E. coli chromosome?
(b) From the data in this chapter, how long would it take to replicate the E. coli chromosome at 37 °C if two replication forks proceeded from the origin? Assume replication occurs at a rate of 1,000 bp/s. Under some conditions E. coli cells can divide every 20 min. How might this be possible?
(c) In the replication of the E. coli chromosome, about how many Okazaki fragments would be formed? What factors guarantee that the numerous Okazaki fragments are assembled in the correct order in the new DNA?

For this assignment, you will complete a 15-30 minute session of any type of massage or acupressure. You will need to either 1) practice self-massage techniques from Exercise 19.1 of the book OR 2) get any type of professional massage or acupressure to complete your session. This practice is designed to help you with your physical practice at managing stress. This should be for a minimum of 15-30 minutes (you can practice this technique for longer and more than once if you would like). This time is not meant as added stress, but as practice to determine which techniques may work best for you.

When you have finished your session please complete the following:

A description of the activity (15-20 sentences about how you completed the activity): What did you do? (Be specific - You will need to include some names or descriptions of the process that you completed.) How did the activity make you feel physically? (Was it difficult, easy, etc.?)

After you complete your practice of this technique, please reflect on the experience with a minimum of 2-3 sentences for each response. Answer the following statements for each technique:

1. Describe any recurring thoughts you had during your practice of ______________:

2. Describe any difficulties you experienced during your practice of _____________:

3. Do you think this technique will help you manage and/or reduce your stress levels? Why or why not?

Please submit via on line text. Take your time, enjoy the experience. Give yourself the time to physically feel if any of these techniques work for you.

For your responses, please be specific to the stress reduction activity that you are practicing. Please be clear that you actually tried the activity. If your response is too general, you will likely not receive full credit for the assignment.

On an ECG printout, explain the three parts of the cardiac cycle and what each represents in terms of heart action.

What is the benefit of looking at a 12-lead vs. a 4 or 6 lead ECG?

According for FITT recommendations for women who are pregnant, what is the intensity for aerobic activity?

Select one or more:

a. Moderate intensity (3-5.9 METS; RPE 12-13); Vigorous intensity (>6 METs' RPE 14-17)

b. Intensity that permits multiple submax repetitions (8-10 or 12-15) to be preformed to a point of moderate fatigue  

c. A variety of weight and non-weight bearing activities are well tolerated

Discuss the parts of the pacemaker system, and give two examples of cardiac problems related to the disruption of the electrical communication between, at least, two components of the intrinsic conduction (pacemaker.)

The body uses many different types of signals. Types include:

1.   action potentials

2.   cytoskeletal signals

3.   neurotransmission

4.   paracrine/autocrine

5.   endocrine.

1. Qualitatively, how fast is each of these signals transmitted?

2. How do each of these signals differ in their distance of action? Are these contact-dependent, local, or can they affect distant targets?

3. Besides speed and distance of action, what are some advantages and disadvantages of these signal types? Describe as many as you can.

What could happen if cells remain in the cell cycle indefinitely?

2.Some tumor suppressor genes inactivated during multi-step tumorigenesis may be readily identified because of LOH in the chromosomal region carrying them, while others may be difficult to identify in this way. Describe the factors that allow or complicate this identification.

I need new and unique answers, please. , Please Use your keyboard (Don't use handwriting) Thank you..

Q1: Leucocyte benign disorders //Describe the lab. features used to diagnose IM •

4- Describe the morphological abnormalities in peripheral blood and bone marrow smear found in Refractory cytopenia with multilineage dysplasia?

• 5- Describe the BM picture of AML, M6 , How can you confirm the diagnosis •

6- Describe hematologic findings in AML-M3 ? •

7-what is the diagnostic approach to acute leukemia?

8- Describe the pathogenesis of chronic idiopathic myelofibrosis?

Using Wolff's Law explain how you would distinguish each of the following characteristics:

Biological sex- How would you tell if the skeleton belonged to a male or female?

Weight- How would the skeleton of an underweight person appear versus an average or overweight person?

Height- How would Wolf's law affect the bones of a tall person versus a short person?

Overall health- What are some things you would look for to determine the overall health of the person?

Social Class- How would you be able to tell the difference between the wealthy and the non-wealthy?

3.     Calculate a numerical value for net filtration pressure in the glomerulus under each of the following conditions. Don’t forget to include units with each answer.

        a. At the afferent end of the glomerular capillaries: glomerular capillary blood (hydrostatic or hydraulic) pressure is 60 mm Hg; hydrostatic (hydraulic) pressure in Bowman’s capsule is 15 mm Hg; oncotic pressure in the glomerular capillaries at the afferent end is 21 mm Hg; and oncotic pressure in Bowman’s capsule is 0 mm Hg. Please show your work.

        b. Does your answer to the above question indicate that filtration or reabsorption is occurring across the glomerular capillaries at their afferent end?

        c. At the efferent end of the glomerular capillaries: glomerular capillary blood (hydrostatic or hydraulic) pressure is 58 mm Hg; hydrostatic (hydraulic) pressure in Bowman’s capsule is 15 mm Hg; oncotic pressure in the glomerular capillaries at the efferent end is 33 mm Hg; and oncotic pressure in Bowman’s capsule is 0 mm Hg. Please show your work.

        d. Does answer to the above question indicate that filtration or reabsorption is occurring across the glomerular capillaries at their efferent end?

        e. What is the average net filtration pressure across the glomerular capillaries in the above 2 problems? Show your work and include units.

        f. Explaining why oncotic pressure in the glomerular capillaries is greater at the efferent end than at the afferent end.

labeling of bone formation

1) Describe the various shapes of synovial joints (e.g. hinge, condyloid, ball and socket, etc.)

2) What types of movements can occur at synovial joints (e.g. gliding, angular, etc.)?