For a male patient applying with a stomach ache, testicular torsion should be considered as differential diagnosis and a complete physical examination, including the genital area, should be performed.
In this study we present a 2-year-old case with abdominal pain that was treated as an inpatient at an external center but after his discharge his parents noticed swelling and rash of the left scrotum. Then he was operated with preliminary diagnosis of testicular torsion and his severely impaired testis was removed. Presentation of this case conveys importance in that it emphasizes the significance of a full physical examination including the genital area in patients manifesting with stomach ache.
Although etiology of the stomach ache in men with testicular torsion has still not known well, the probable causes of stomach ache in cases with testicular torsion can be listed as follows: (a) Anterior aspect of the scrotum are innervated by branches coming from L1, and posterior aspect by nerves stemming from S2 and S3. Besides that, the testicle is innerved by branches derived from spinal segments of T10 and T11 and the testicular pain can spread to abdominal organs commonly innervated by nerves coming from adjacent segments of the spine; (b) Intact, healthy testicles have a rich neural network, however probably some congenital testicular abnormalities in patients with testicular torsion may induce stomach ache; (c) The twisted spermatic cord evokes peritoneal response, and pushes it upward provoking stomach ache; (d) Stretched cremaster muscle pulls and stimulates the peritoneum [4].
Many researchers have focused on atypical clinical manifestations of the testicular torsion in children and adolescents. Anderson et al. [5] stated that 134 of 597 patients applied with a stomach ache that preceded and sometimes felt more severely than scrotal pain, and 29 of these patients applied only with stomach ache. While Mellick et al. [6] reported a 6-year- old boy who applied with an isolated stomach ache, Pogorelić et al. [4] stated in their study that 17 of the 84 patients with testicular torsion applied with a stomach ache, Mäkelä et al. [7] stated that 7 of the 100 patients with testicular torsion suffered from stomach ache. Gaither et al. [8] found out that 16 patients applied only with a stomach ache after analyzing malpractice cases of testicular torsion among court appeals from 1985 to 2015. Our case underwent inpatient treatment due to stomach ache, nausea and vomiting persisting for 3 days and the diagnosis of testicular torsion is delayed.
The diagnosis of testicular torsion can be priorly done with physical examination. The examination of the external genitalia can mostly reveal the presebce of scrotal swelling and erythema, testicles sensitive to palpation and loss of cremasteric reflex. Santos et al. [9] suggested compulsary genital examination of the boys presenting with stomach ache.
Color Doppler US is routinely used to assess testicular blood flow. Indeed, color Doppler US can properly, and noninvasively demonstrate arterial blood flow and venous drainage in the center of the testicle. Mellick et al. [6] stated that color Doppler US is a reliable method to validate the diagnosis of testicular torsion.
Testicular torsion can cause severe testicular ischemia. When testicular torsion occurred, priorly venous blood flow is blocked, then testicular and epidydimal edema become manifest. If this blockage is not eliminated on time, the existing swelling continues to grow impairing blood flow to the testicular arteries. Fabiani et al. [10] believed that the time lapsed between the onset of symptoms and exploratory surgery represented the only prognostic factor for testicular viability. Testicular viability is negatively correlated with ischemia time. It is believed that the best time frame for successful testicular recovery is a time interval of less than 6 hours between the incident and surgical intervention [6]. If the torsion is managed within 6, 6-12 or 12-24 hours after onset of symptoms, 90-100%, 20-50%, and only 10% of the affected testicles can be saved, respectively. [4,6,7,11]. In our study the ischemia time was over 72 hours. When we compared the duration of ischemia with the published reports mentioned above, our results were consistent with the previous literature findings.
Ethics Committee Approval: N / A.
Informed Consent: An informed consent was obtained from the patient.
Publication: The results of the study were not published in full or in part in form of abstracts.
Peer-review: Externally peer-reviewed.
Authorship Contributions: Any contribution was not made by any individual not listed as an author. Concept – K.Y., E.K., F.F.; Design – K.Y., E.K., F.F., V. N.; Supervision – K.Y., E.K., F.F.; Resources – K.Y., E.K., F.F.; Materials – K.Y., E.K., F.F.; Data Collection and/or Processing – K.Y., E.K., F.F.; Analysis and/or Interpretation – K.Y., E.K., F.F.; Literature Search – K.Y., E.K., F.F.; Writing Manuscript – K.Y., E.K., F.F.; Critical Review – K.Y., E.K., F.F.
Conflict of Interest: The author declares that there was no conflict of interest.
Financial Disclosure: The author declares that this study received no financial support.
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