Surgery



FIG. 7.12 Organization of the male reproductive organs. Sagittal section of pelvis showing placement of male reproductive organs. (From Patton KT, Thibodeau GA: The human body in health & disease, ed 6, St Louis, 2014, Mosby.)


 


Surgical Mapping

Cystoscopic TURP (transurethral prostatectomy)












Instruments Important Anatomy Involved Pathophysiology

Cystoscopy instrumentation:

Irrigation,

tubing & pump

Camera

Light source & cable

Resectoscope

Three-way Foley catheter

Ellik evacuator

Van Buren sounds

Electrocautery

Urethra

Prostate

Bladder


BPH (benign prostatic hypertrophy)











Microbiology/Wound Classification Skin Prep/Incision/Patient position Pharmacology

Indigenous microorganisms

concentrated in the external urethral orifice and navicular fossa, basically consisting of gram-positive aerobic bacteria

Class II (clean contaminated)

Prep: perineal prep & drape

Position: lithotomy or low lithotomy

Incision: none

Spinal/general anesthesia

Omniopaque/Renografin (radiopaque solutions for KUB x-ray series)


image

FIG. 7.13 Urinary bladder. Male bladder cut to show the interior. In the male, a large prostate gland surrounds the urethra as it exits from the bladder. (From Patton KT, Thibodeau GA: The human body in health & disease, ed 6, St Louis, 2014, Mosby.)

 


Surgical Mapping

Ureteroscopy












Instruments Important Anatomy Involved Pathophysiology

Ureteroscopy instrumentation

irrigation, tubing & Pump

Camera

Light source & cable

Three-way Foley catheter

Ureteral stent

Van Buren sounds

Electrocautery

Laser

Urethra

Bladder

Ureter

Kidney
Urinary calculi











Microbiology/Wound Classification Skin Prep/Incision/Patient position Pharmacology

Indigenous microorganisms

concentrated in the external urethral orifice and navicular fossa, basically consisting of gram-positive aerobic bacteria

Class II (clean contaminated)

Prep: perineal prep & drape

Position: lithotomy

Spinal/general anesthesia

Omnipaque/Renografin

(radiopaque solutions for KUB x-ray series)

Go ahead and use the template available on the Evolve Resources site to try mapping the remaining procedures:


• Cystoscopy


• Cystoscopy TURBT (transurethral resection of bladder tumor)


• Urethrotomy

Penile and Testicular Procedures


Procedures



• Hydrocelectomy


• Orchiopexy


• Circumcision (Fig. 7.14)


• Orchiectomy


• Hypospadias and epispadias repair


• Penile prosthesis placement


• Vasvasotomy


• Vasectomy


• Varicocelectomy

Basic Equipment Required



• Genitourinary minor instrument set


• Electrocautery (needle tip)


• Two #15 knife blades

Additional Facts to Remember



• Repair of hypospadias, in which the urethral opening of the penis is on the underside rather than at the tip, may require multiple procedures performed in stages.


• In epispadias, the urethra ends in an opening on the upper aspect (dorsum) of the penis.


• Because of the importance of preserving skin for use as grafts in repair procedures, circumcision is not performed in infants with defects.


• Hypospadias repair also involves the release of chordee to straighten the penis.

image

FIG. 7.14 Circumcision. A, Initial incision made in the shaft. B, Second incision made in subcoronal sulcus. C, Amount of tissue to be removed. D, Removal of tissue. E, Shaft skin sutured to subcoronal skin. (From Holcomb GW, Murphy JP: Pediatric surgery, ed 5, Philadelphia, 2010, Saunders.)



• Urethral catheters of 10 to 12 Ch/F for adult women and 10 to 16 Ch/F for adult men are generally chosen; hence, any size smaller than 8F is used for pediatric patients when avoiding damage to the urethra is of major concern.

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May 5, 2017 | Posted by in GENERAL SURGERY | Comments Off on Surgery

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