Explains multiple reasons why medical service demand increased in the past century; what reason(s) do you believe to be most significant? Why?

  1.  Explains multiple reasons why medical service demand increased in the past century; what reason(s) do you believe to be most significant? Why?
  2. Discusses the economic and policy factors that led to the widespread use of employer-sponsored insurance:
  3. Do you think that employees with high or low incomes were more likely to obtain employer insurance in the 1970s? Why?
  4. Do you think there is a conflict of interest (economic or other) between:

(1) Providers (e.g., physicians, hospitals),

(2) Insurance Companies),

(3) Patients, and  Employers providing employer-sponsored insurance? If so, what interests among each one of the aforementioned parties are aligned, and which ones are competitive?

After performing an emergency cesarean section, the physician noticed that the appendix was distended, resulting in medical necessity for an appendectomy performed during the same operative session.

Assign CPT code(s) and appropriate modifiers to each statement.

1)      After performing an emergency cesarean section, the physician noticed that the appendix was distended, resulting in medical necessity for an appendectomy performed during the same operative session.

2)      The physician freed intestinal adhesions.

3)      The physician resected two segments of small intestine and performed an anastomosis between the remaining intestinal ends. An open approach was used for this surgery.

4)      The physician repaired a defect in the mesentery with sutures.

5)      The physician performed a laparoscopic partial colectomy with end colostomy and closure of the distal segment.

6)      The physician drained a pelvic abscess through the rectum.

7)      The physician removed a portion of the rectum through combined abdominal and transsacral approaches.

8)      The physician performed rigid proctosigmoidoscopy and obtained brushings.

9)      The physician performed a flexible sigmoidoscopy and removed a polyp. The physician inserted the sigmoidoscope through the anus and advanced the scope into the sigmoid colon. The lumen of the sigmoid colon and rectum were well visualized, and the polyp was identified and removed with hot biopsy forceps. The sigmoidoscope was withdrawn upon completion of the procedure.

10)  The physician inserted a colonscope through the anus and advanced the scope past the splenic flexure. Two polps were identified and removed by hot biopsy forceps.

1)      Hepatotomy for open drainage of abscess or cyst, 1 stage.

2)      Surgeon removed segments II, III, and IV (the whole left lobe) of the liver from a living donor.

3)      The physician performed radiofrequency ablation of a liver tumor via open laparotomy.

4)      The physician removed the gallbladder and performed a common bile duct exploration through the laparoscope.

5)      The physician performed a cholecystostomy with removal of calculus.

6)      Subsequent to previous peritoneocentesis (performed at a different operative session), the physician withdrew fluid and performed infusion and drainage of fluid from the abdominal cavity (peritoneal lavage).

7)      The physician reopened a recent laparotomy incision, before the incision had fully healed, to drain a postoperative infection.

8)      The physician performed laparoscopic repair of an initial inguinal hernia.

9)      The physician performed a reducible ventral hernia (initial) repair and inserted mesh implantation.

10)  The physician repaired an initial reducible, inguinal hernia with hydrocelectomy in a 5 month old infant.

1)      Physician made an open incision and inserted multiple drain tubes to drain an infection (abscess) from the kidney.

2)      The physician pulverized a kidney stone (renal calculus) by directing shock waves through a water cushion that was placed against the left side of the patient’s body at the location of the kidney stone.

3)      The physician removed a kidney stone (calculus) by making an incision in the right kidney.

4)      The interventional radiologist inserted a percutaneous nephrostomy catheter into the right renal pelvis for drainage. Fluoroscopic guidance was provided.

5)      The physician performed a laparoscopic ablation of a solid mass from the posterior hilum of the left kidney.

6)      The physician made an incision in the left ureter through the abdominal wall for examination of the ureter and insertion of a catheter for drainage.

7)      The physician examined the patient’s right and left renal and ureteral structures with an endoscope, which passed through an established opening between the skin and the ureter (ureterostomy). He also inserted a catheter into the ureter.

8)      The physician revised a surgical opening between the skin and the right ureter.

9)      The physician injected contrast agent through an opening between the skin and the left ureter (ureterostomy) for ureterography (study of renal collecting system).

10)  The physician made an incision in the left ureter (ureterotomy) to insert a catheter (stent) into the ureter.

11)   The physician performed a transurethral resection of a postoperative bladder neck contracture using a resectoscope.

12)  The physician inserted a special instrument through the cystourethroscope to fragment a calculus in the ureter using electrohydraulics.

13)   The physician inserted a cystourethroscope through the urethra to drain an abscess on the prostate.

14)  The physician made an incision through the abdominal wall into the urinary bladder and inserted a suprapubic catheter to withdraw urine.

15)  The physician performed a cystourethroscopy with fulguration of the bladder neck and then removed a calculus from the ureter.

16)  The physician performed a sling procedure using synthetic material to treat a male patient’s urinary incontinence.

17)  The physician made an initial attempt to treat a male patient’s urethral stricture using a dilator.

18)  The physician, in the first two stages to reconstruct the urethra identified the area of stricture by urethrography and marked it with ink.

19)  The physician performed a transurethral destruction of the prostate using microwave therapy.

The physician excised a specimen of tis

Discuss biopsychosocial factors that contribute to the development of the selected disorder.

Description:
You are to write an essay which analyses a case study in order to discuss appropriate biopsychosocial factors and nursing management or interventions relevant to that case. Recent and relevant literature must be used to support your discussion.

Instructions:
1. 1) Select a case study provided.
2. 2) Use recent literature to support your discussion:
1. 2.1) Discuss biopsychosocial factors that contribute to the development of the selected disorder.
2. 2.2) Discuss a nursing management or interventions appropriate for your
selected case study.

2.3) Discuss ethical implications for the selected case study.

Other elements:
• •Ensure that you use scholarly literature (digitised readings, research articles, relevant Government reports and text books) that has been published within the last 10 years.
• •Provide a clear introduction and conclusion to your paper.
• •You may use headings to organise your work if you wish.
•Unless otherwise instructed, write in the third person.

Explain how the structures have different image contrast.

Formal Writing Assignment – ePoster Presentation
The scientific poster should contain images, appropriately citing the source, to justify your ideas. Your scientific poster should be of a standard suitable for presentation at a professional conference. You may design your scientific poster in any way that you believe best showcases your work within the following guidelines:
• Poster dimensions = width 100cm x height 120cm, maximum 1 poster ‘page’
• Minimum font size = 14 pt
• References/citations must be included as necessary on the poster itself
• Your poster must have a clear title and include your full name
• All images, irrespective of the source, must be fully anonymised
• Images that are not your own original images must correctly acknowledge the source
• Text elements must be presented in an appropriate academic manner. Bullet points are acceptable provided that your meaning is clear, but they should not represent a large proportion of your work.

Students are required to cover the following “key content” in their poster:
CT: A brief introduction of CT imaging, with a focus on the clinical application/value of 2D/3D reconstructions; generation of a series of 2D and 3D CT reconstructed images with use of given DICOM images (available on blackboard), and a brief explanation of these reconstructed images, followed by a summary and conclusion.

MRI: An introduction to MR weightings (T1,T2 and PD); identify the intrinsic and extrinsic factors that manipulate the weightings; provide labelled images of different MR weightings (with associated weighting curves) and explain how the structures have different image contrast. Conclude with examples of the use of MR weightings in clinical practice.

The written speech component must be a maximum of 4 minutes’ duration. You will summarise the key points, noting that this is not simply repeating/reading the information contained in your poster – consider it as an ‘elevator speech’, where you address the main points that you believe your audience must know.

Poster outline:
1.0 CT
1.1 what is CT (A brief introduction of CT imaging)
1.2 with a focus on the clinical application/value of 2D/3D reconstructions;
1.2.1 What is 2D reconstruction in CT
1.2.2 What is 3D reconstruction in CT
1.2.3 Explain the images provided (a brief explanation of these reconstructed images)
1.4 summary

2.0 MRI
2.1 introduction (An introduction to MR weightings (T1, T2 and PD)
2.1.1 What is T1
2.1.3what is T2
2.1.4 What is PD
2.2 identify the intrinsic and extrinsic factors that manipulate the weightings;
2.3 provide labelled images of different MR weightings (with associated weighting curves)
2.4 explain how the structures have different image contrast.
2.5 Conclude with examples of the use of MR weightings in clinical practice