OBJECTIVE: In cases of testicular torsion (TT), prompt diagnosis and treatment are highly associated with organ salvage, and manual detorsion (MD) is a recommended maneuver as a first intervention. In our study, we aimed to investigate the effect of predictive factors of TT in predicting the success of MD.
METHODS: A retrospective, 2-center study was conducted on patients diagnosed with TT between January 2015 and 2024. Demographic, clinical, ultrasound, and laboratory characteristics at presentation were analyzed. MD was routinely performed as the first intervention in all patients. Predictive parameters were compared in the MD success and failure groups. Univariate and multiple logistic regression analysis was used to identify risk factors for MD failure.
RESULTS: A total of 94 patients were included in the study. The median age of the patients was 20 (IQR: 12-69) years, and the median symptom duration was 6 (IQR: 4-12) hours. MD confirmed by Doppler ultrasonography was successful in 52 (55.3%) patients and unsuccessful in 42 (44.7%). Age, symptom duration, Testicular Workup for Ischemia and Suspected Torsion (TWIST) score, TWIST risk groups, WBC, neutrophil, monocyte counts, and Monocyte/Eosinophil ratio (MER) were statistically different between the two groups. In multiple logistic regression analysis, the risk factors for failure of MD were found to be being over 18 years of age, the duration of symptoms being longer than 9 h, and MER > 28.
CONCLUSIONS: Current urology guidelines suggest that age, symptom duration, and MER are reliable predictors of the success of MD, which is recommended in all cases of TT.

BACKGROUND: Testicular torsions in elderly individuals are rare occurrences that are often managed surgically.
METHODS: We present the first reported case of a successful manual detorsion in a 70-year-old male patient, resulting in clinical and radiological improvement.
UNASSIGNED: In this case report we discuss the role of manual detorsion alone in elderly without the need for surgery.
CONCLUSIONS: Observation of our patient for 24 h post-detorsion ensured stability before discharge.

Manual detorsion is infrequently performed in pediatric emergency medicine, particularly in centers with urology coverage. In no other emergency condition does an emergency physician not take immediate action to alleviate pain and damage, even if definitive care is close by. A small number of case reports exist in which pediatric emergency physicians have performed manual detorsion. This review the literature presents the case for routine manual detorsion prior to definitive orchiopexy.

BACKGROUND: A volvulus is a serious surgical emergency caused by torsion or hyper-flexion of the bowel loop and its mesentery on a fixed point. Cecal volvulus is an uncommon cause of intestinal obstruction, accounting for just 1-1.5 % of all cases of bowel obstruction.
METHODS: A 33-year-old intellectually disabled male presented to the emergency department with complaints of generalized abdominal pain, absolute constipation, and non-projectile vomiting. He had a grossly distended and rigid abdomen with generalized tenderness and guarding. The abdomen was hyper-resonant. Bowel sounds were hypoactive. Digital rectal examination revealed an empty and collapsed rectum with no stool staining of the finger. Laboratory reports showed leukocytosis and neutrophilia. Radiographic imaging was consistent with acute intestinal obstruction. Laparotomy was performed, and cecal volvulus with viable bowel and acute appendicitis was diagnosed intra-operatively. Manual detorsion, cecopexy, and appendectomy were performed. The patient had an uneventful postoperative course. The patient is still on follow-up since June 2023, and no complication has occurred.
UNASSIGNED: Cecal volvulus is an uncommon cause of intestinal obstruction with multiple etiologies. The annual incidence of cecal volvulus is estimated to be between 2.8 and 7.1 cases per million. Cecal volvulus may lead to life-threatening complications such as bowel ischemia and perforation.
CONCLUSIONS: Diagnosis of cecal volvulus must be made promptly to prevent bowel gangrene and perforation. In this case, manual detorsion and cecopexy were performed as the bowel was viable per-operatively due to early surgical intervention.

To evaluate the role of emergency manual detorsion as first line management for testicular torsion in the context of the COVID-19 pandemic.
This retrospective observational study includes 90 pediatric patients ≤14 years old with diagnosis of testicular torsion made at 2 tertiary centers between October 2020 and June 2022. Variables examined included age, presentation delay, surgical wait time, number of attempts at manual testicular detorsion, and manual testicular detorsion success. All patients finally underwent surgery, including contralateral testicular fixation. Outcomes included predictors of successful manual detorsion, testicular findings at surgery, and operation time.
Mean (SD) age at diagnosis was 11.51 (2.64) years. Mean presentation delay was 11.76 (13.79) hours. Detorsion was attempted in 72 (80%) patients, resulting successful in 58 (80.5%). Surgical wait time after successful manual detorsion was 22.85 (16.94) hours. On multivariable analysis, successful manual detorsion was associated with a presentation delay<6 hours (odds ratios [OR] 0.154, 95% confidence intervals (CI) 0.036-0.655, P = 0.01) and absence of scrotal edema (OR 0.171, 95% CI 0.038-0.769, P = 0.02). Vice versa, a heterogeneous echo-texture (OR 0.57, 95% CI 0.007-0.461, P = 0.007) and absent blood flow on Doppler ultrasound scan (OR 0.256, 95% CI 0.067-0.971, P = 0.045) were significantly associated with the likelihood of manual detorsion failure.
In our experience, manual detorsion provided safe and effective emergency treatment for pediatric testicular torsion, especially in absence of edema and when presentation delay is <6 hours. This maneuver should be more widely attempted immediately after diagnosis as temporizing rescue.

UNASSIGNED: To investigate and determine the sonographic findings obtained from manually distorted testes to predict testicular atrophy following manual detorsion.
UNASSIGNED: Twenty-two patients who had been diagnosed with testicular torsion and undergone manual detorsion were included. These patients were classified according to the presence or absence of testicular atrophy. The duration of symptoms, presence or absence of hyperperfusion within the entire affected testis, and echogenicity (homogeneous or heterogeneous) within the affected testis were compared using the Mann-Whitney U-test or Fisher\'s exact test, as appropriate.
UNASSIGNED: Testicular atrophy was detected in seven patients. There was a significant difference in the frequency of hyperperfusion within the entire affected testis (with atrophy [present/absent] vs. without atrophy [present/absent] = 0/7 vs. 8/7, P = 0.023) between patients with and without testicular atrophy. No significant differences in the duration of symptoms (with atrophy vs. without atrophy = 7 ± 3.3 h vs. 4.7 ± 3.6 h, P = 0.075) or frequency of echogenicity within the testis (with atrophy [heterogeneous/homogeneous] vs. without atrophy [heterogeneous/homogeneous] = 2/5 vs. 2/13, P = 0.565) were observed between the groups.
UNASSIGNED: This small cohort study suggests that the presence of hyperperfusion within the entire affected testis immediately after successful manual detorsion is useful in predicting the avoidance of testicular atrophy.

The pre-cervical uterine torsion is a rotation of a pregnant uterine horn on its longitudinal axis with the point of rotation located cranial to the cervix. After diagnosis based on vaginal and rectal examination, uterine detorsion was first transrectal approached because the cervix was not open and blocked. Five cases are described. The direction of rotation in all 5 cows was clockwise. The head of the calf was manually caught with the left hand per rectum and the entire uterus swayed several times in a left-right direction. During left-right swinging of the pregnant uterus and fetus, manually through the rectum, when the right swing tip reached, then abruptly tried to turn anti-clockwise. The procedure was repeated several times. After partial transrectal detorsion, we could access the calf, vaginally, and detorsion with the right hand and the same procedure of swinging the calf were started, but vaginally. Even if the uterus was restored to the normal position, sometimes the calf remained in an unfavourable position; therefore, it was corrected in the dorsal position and prepared for a forced extraction. This is the first report of a successful combination of transrectal and vaginal manual detorsion of a rare pre-cervical uterine torsion in cows.

OBJECTIVE: Manual detorsion can be performed for testicular torsion before scrotal exploration. Using sonographic findings, this study investigated the need for additional treatments after manual detorsion for testicular torsion.
METHODS: This study evaluated 13 retrospective cases of testicular torsion subjected to manual detorsion. Manual detorsion was classified as failure or success based on residual spermatic cord twist. The following sonographic findings of the affected testis were compared using the Fisher exact test: whirlpool sign, horizontal or altered lie, and hypoperfusion.
RESULTS: Manual detorsion failed in five patients. There was a significant difference in the incidence of the whirlpool sign between the two groups (present/absent sign in the failure vs. success groups: 4/1 vs. 0/8, p = 0.007). Horizontal or altered lie and hypoperfusion in the affected testis were not significantly different between groups (5/0 vs. 3/4, p = 0.07, one case excluded, and 5/0 vs. 4/4, p = 0.10, respectively).
CONCLUSIONS: Ultrasound findings after manual detorsion, particularly, the whirlpool sign, were useful for planning subsequent treatment such as additional manual detorsion or surgical intervention. The testicular axis and the perfusion of the twisted testis may not recover to normal after successful manual detorsion, but if they recover, this procedure could be judged a success.

OBJECTIVE: Testicular torsion is one of the most common causes of acute scrotum in pediatric age. The present study aimed to evaluate the role of preoperative manual detorsion in the management of testicular torsion.
METHODS: Retrospective data analysis of pediatric patients treated for acute testicular torsion at a tertiary center over the last 5 years. Manual detorsion was attempted by surgeon\'s preference. Successful manual detorsion was defined as complete pain resolution with a normal color Doppler ultrasound. All patients underwent surgical exploration. Patient data analyzed included: age, pain duration, site of onset, attempt of manual detorsion, pain relief after manual detorsion, color Doppler ultrasound results, surgical findings and outcome.
RESULTS: One hundred twenty-two patients were included. Manual detorsion was attempted in 48% (58/122) cases. Manual detorsion was successful in 26% (15/58) patients. In the unsuccessful, residual cord torsion was found at surgery in 27.5% (16/58); in the remaining 27, there was no cord torsion at surgery. Five patients (5/15) with successful manual detorsion underwent elective orchiopexy. Gonadal loss after manual detorsion (9%, 5/58) occurred after unsuccessful manual detorsion, all submitted to emergency surgery.
CONCLUSIONS: Testicular torsion warrants prompt detorsion. Manual detorsion is simple, immediately available, and maximizes testis salvage. A successful maneuver permits nonemergency orchiopexy. An algorithm for the management of testicular torsion that includes an attempt of manual detorsion prior to surgery is proposed.
METHODS: Treatment study.
METHODS: Level IV.

BACKGROUND: Scrotal ultrasound helps in the rapid diagnosis of complete testicular torsion and assessment of alternative causes of acute scrotal pain. Early detection of torsion of the testis and reperfusion, either manually or surgically, is paramount to preserving testicular viability. Manual detorsion also offers immediate symptom relief by alleviating ischemia. Bedside ultrasound performed by a trained emergency physician (EP) can significantly reduce the time to diagnosis and reperfusion by means of performing an ultrasound-guided manual detorsion in the emergency department (ED).
METHODS: We report two cases of ultrasound-guided manual detorsion of testis that were performed successfully by EPs in the ED. After manual detorsion, both patients underwent nonemergent orchidopexy and recovered well after surgery. WHY SHOULD AN EMERGENCY PHYSICIAN BE AWARE OF THIS?: Manual testicular detorsion is a simple, safe, and effective maneuver that can be performed in the ED by EPs. Bedside ultrasound is helpful in confirming the diagnosis of complete torsion of the testicle (no blood flow) and successful reperfusion after manual detorsion. We recommend EPs be trained to perform scrotal ultrasound and manual detorsion of a torted testicle. We strongly emphasize that manual detorsion of the testes is not a substitute for definitive surgical management and should only be used as a temporary measure for reperfusion to allow more time to organize the logistics of surgery, which can be critical in remote settings.