Dr Sanjeev Bandi MBBS.

,FRCSI, FRACS(Urology)
Consultant Urologist
Mackay Urology
 Introduction
The spectrum of conditions that affect the scrotum and
its contents ranges from incidental findings that may
require patient reassurance only OR acute events
that may require immediate surgical intervention.
 Normal anatomy
The normal testis is oriented in the vertical axis and
the epididymis is above the superior pole in the
posterolateral position.

Cremasteric reflex: Stroking/pinching the inner thigh

should result in elevation of > 0.5 cm of the
ipsilateral testicle.
Normal Anatomy:
 DIFFERENTIAL DIAGNOSIS
 The most common causes of acute scrotal pain in adults are
testicular torsion and epididymitis.

 Other conditions that may result in acute scrotal pathology

include Fournier’s gangrene, torsion of the appendix testis,
trauma/surgery, testicular cancer, strangulated inguinal
hernia, Henoch-Schönlein purpura, mumps, and referred pain.
Testicular torsion
 Testicular torsion is a urologic emergency that is more

common in neonates and postpubertal boys, although it can

occur at any age [2].

 The prevalence of testicular torsion in adult patients

hospitalized with acute scrotal pain is approximately 25 to 50
percent [2,4-7].
 Testicular Torsion
 Testicular torsion results from inadequate fixation of the testis

to the tunica vaginalis producing ischemia from reduced

arterial inflow and venous outflow obstruction.

 Testicular torsion may occur after an incidental event (eg,

trauma) or spontaneously [10].

 Testicular Torsion
 It is generally felt that the testis suffers irreversible damage

after 12 hours of ischemia due to testicular torsion [8,9].

 Infertility may result, even with a normal contralateral testis,

because the disruption of the immunologic "blood-testis"

barrier may expose antigens from germ cells and sperm to the

general circulation and lead to the development of anti-sperm

antibodies.
Clinical features and diagnosis

 The diagnosis of testicular torsion is usually determined by acute

onset of severe symptoms and characteristic physical findings,

although ultrasound may be needed in equivocal cases.

 The onset of pain in testicular torsion is usually sudden and often

occurs several hours after vigorous physical activity or minor trauma

to the testicles [11].

 There may be associated nausea and vomiting.

 Testicular Torsion
 Another typical presentation, particularly in children, is

awakening with scrotal pain in the middle of the night or in

the morning
 Testicular Torsion
 The classic finding on physical

examination is an asymmetrically
high-riding testis on the affected
side with the long axis of the testis
oriented transversely instead of
longitudinally secondary to
shortening of the spermatic cord
from the torsion, also called the
“bell clapper deformity”
Testicular Torsion
Testicular Torsion
The cremasteric reflex
 A normal response is cremasteric contraction with elevation of

the testis.

 The reflex is usually absent in patients with testicular torsion .

 This helps distinguish testicular torsion from epididymitis

and other causes of scrotal pain, in which the reflex is

typically intact [1].

 Testicular Torsion
 Prehn’s sign: Relief of scrotal pain by elevating testicle. NOT

a reliable way to distinguish epididymitis from torsion

 Imaging
 If the etiology of an acute scrotal process is equivocal after

history and physical examination, color Doppler

ultrasonography is the diagnostic test of choice to

differentiate testicular torsion from other causes, including

epididymitis.

 lack of immediate access to scrotal ultrasound should not

delay surgical exploration.

 Testicular Torsion
 In a study of 56 patients who underwent surgical exploration

for acute scrotal pain and had Doppler ultrasound

examinations performed preoperatively [4] (sensitivity 100

percent and specificity 97 percent).

Testicular Torsion - Imaging
 Treatment
 Treatment for suspected testicular torsion is immediate

surgical exploration with intraoperative detorsion and

fixation of the testes.

 Delay in detorsion of a few hours may lead to progressively

higher rates of nonviability of the testis.

 Manual detorsion is performed if surgical intervention is not

immediately available.
 Surgery
 Detorsion and fixation of both the involved testis and the

contralateral uninvolved testis should be done since

inadequate gubernacular fixation is usually a bilateral

defect.

 Longer periods of ischemia (>12 hours) may cause infarction

of the testis with liquefaction requiring orchiectomy.

Testicular Torsion
 Manual detorsion
 If surgery is not immediately available (within two hours), it is

reasonable to attempt to manually detorse the testicle [16].

 The classic teaching is that the testis usually rotates medially

during torsion and can be detorted by rotating it outward

toward the thigh.

 Testicular Torsion
 However, in a retrospective analysis of 200 consecutive males

age 18 months to 20 years who underwent surgical

exploration for testicular torsion, lateral rotation was present in

one-third of cases [17].

successful detorsion is suggested by [18]:

 Relief of pain

 Resolution of the transverse lie of the testis to a longitudinal

orientation

 Lower position of the testis in the scrotum

 Return of normal arterial pulsations detected with a color

Doppler study
 Testicular Torsion
 Surgical exploration is necessary even after clinically

successful manual detorsion because orchiopexy (securing

the testicle to the scrotal wall) must be performed to prevent

recurrence, and residual torsion may be present that can be

further relieved [17].

Testicular Torsion
Epididymitis
 Epididymitis is the most common cause of scrotal pain in

adults in the outpatient setting [19].

 Epididymitis is most commonly infectious in etiology, but can

also be due to noninfectious causes (eg, trauma, autoimmune

disease) [22].
Clinical features and diagnosis
 In acute infectious epididymitis, palpation reveals induration

and swelling of the involved epididymis with tenderness.

 More advanced cases often present with testicular swelling

and pain (epididymo-orchitis) with scrotal wall erythema and a

reactive hydrocele.
 Investigations
 A urinalysis and urine culture should be performed in all

patients suspected of epididymitis, although urine studies are

often negative in patients without urinary complaints [8].

 A urethral swab should be obtained in patients with urethral

discharge and sent for culture

 Ultrasound should be performed in patients with acute onset of

testicular pain to assess for testicular torsion.

 Treatment
 Acutely febrile patients with sepsis often require

hospitalization for intravenous hydration and parenteral

antibiotics. Ice, scrotal elevation, and nonsteroidal

antiinflammatory drugs (NSAIDs) are helpful adjuncts.

 Less severe cases can be treated on an outpatient basis with

oral antibiotics, ice, and scrotal elevation).

 Regimens that cover C. trachomatis and N. gonorrhoeae. The

first-line treatment regimen includes ceftriaxone (250 mg

intramuscular injection in one dose) plus doxycycline (100 mg by

mouth twice a day for ten days).

 Quinolones alone are no longer recommended for the treatment

of epididymitis if N. gonorrhoeae is suspected (eg, in patients with

acute urethritis or proctitis, high risk for sexually transmitted

disease),
Fournier's gangrene
 Fournier’s gangrene is a necrotizing fasciitis of the

perineum caused by a mixed infection with aerobic/anaerobic

bacteria, which often involves the scrotum.

 Characterized by severe pain that generally starts on the

anterior abdominal wall, migrates into the gluteal muscles and

onto the scrotum and penis

Fournier’s gangrene sec to LGV
 Treatment
 Treatment of necrotizing fasciitis consists of early and

aggressive surgical exploration and debridement of necrotic

tissue, antibiotic therapy, and hemodynamic support as

needed.

 Antibiotic therapy alone is usually associated with a 100

percent mortality rate, highlighting the need for surgical

debridement.
 Torsion of the appendix testis
 Testicular pain from torsion of the appendix testis is usually more
gradual than with testicular torsioIt is the leading cause of acute
scrotal pathology in childhood. Torsion of the appendix testis
rarely occurs in adults [29].

 It is not uncommon for patients to have several days of scrotal

discomfort before they present for evaluation. Pain ranges widely
from mild to severe.

 Careful inspection of the scrotal wall at this location may detect the
classic "blue dot" sign caused by infarction and necrosis of the
appendix testis .
 management
 Management of acute torsion of the appendix testis usually
includes conservative treatment, which includes rest, ice, and
NSAIDs.

 Recovery is generally slow with this approach, and pain may

last for several weeks to months.

 Surgical excision of the appendix testis is reserved for patients

who have persistent pain.
Trauma
 only rarely does trauma result in severe testicular injury,
usually due to compression of the testis against the pubic
bones from a direct blow or straddle injury.

 The spectrum of traumatic complications can range from a

hematocele to infection with pyocele to testicular rupture..

 Testicular rupture requires surgical repair. Lesser injuries are

managed according to the clinical severity and often can be
treated conservatively.


Testicular cancer
 While most testicular tumors present as painless nodules or
masses, rapidly growing germ cell tumors may cause acute
scrotal pain secondary to hemorrhage and infarction.

 A mass is generally palpable, and ultrasound is usually

sufficient to make a diagnosis of testicular cancer.
Referred pain
 Men who have the acute onset of scrotal pain without local
inflammatory signs or a scrotal mass on examination may be
suffering from referred pain to the scrotum.

 The diseases that may cause referred scrotal pain are diverse,
reflecting the anatomy of the three somatic nerves that travel
to the scrotum: the genitofemoral, ilioinguinal, and posterior
scrotal nerves [31].
Referred pain
Causes of referred pain include :

 abdominal aortic aneurysm

 urolithiasis
 lower lumbar or sacral nerve root compression
 retrocecal appendicitis
 retroperitoneal tumor
 Post herniorrhaphy pain.
Summary
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