Age at orchidopexy as an indicator of the quality of regional child health services

Treatment trends for undescended testis and impact of guideline changes a medical health care analysis of orchidopexy and cryptorchidism in Germany between 2006 und 2020

BACKGROUND

The last decades revealed new scientific knowledge regarding the fertility and potential malignancy of undescended testis AQ2(UDT). Accordingly, many guidelines changed their recommendation concerning timing of therapy, with the goal of an earlier time of surgery.

METHODS

We analyzed the number of new diagnosis and performed surgeries in predefined age groups provided by the obligatory annual reports of German hospitals in the reimbursement.INFO"-tool between 2006 and 2020.

RESULTS

Overall, 124,741 cases were analyzed. We showed a slight increase in performed surgeries in the first year by 2% per year with a main increase till 2011, a constant number of surgeries between first and 4th year and a decrease of surgeries between 5 and 14th year of living with a main decrease till 2009 by 3% per year.

CONCLUSION

Even if our results illustrate an increasing adaption of the guideline's recommendation, there is still a significant number of patients who receive later treatment. More research about the reasons and circumstances for the latter is needed.

Outcomes of Early vs. Late Surgical Intervention in Children With Undescended Testis

Background Undescended testis (UDT) is one of the most common urogenital abnormalities. International guidelines recommend performing orchidopexy no later than 18 months to decrease the risk of complications associated with UDT such as infertility and testicular malignancy. The aim of the study is to evaluate the outcomes of early versus late surgical intervention of UDT and to assess if the optimal age of orchidopexy is met. Methods This is a retrospective cross-sectional study that included 258 pediatric patients' testes with no prior UDT intervention from January 2016 to December 2020. A chart review was used to collect the patients' data. Children included were categorized into two groups based on their age at the time of surgery (group A ≤ 18 months and group B > 18 months). Statistical differences were explored using Pearson's chi-squared test or Fisher's exact test for categorical variables or a Wilcoxon rank sum test for numerical variables. A p-value of <0.05 indicated statistical significance. Results The median age at the presentation among the overall cohort was 14 months. The median age at the presentation for group A was six months and group B was 35 months. Group A included 109 children and group B included 149 children. At the time of the surgery, the median age of patients was 23 months. The median age at orchidopexy for group A was 12 months and the median age for group B was 38 months. The time between diagnosis and surgery was significantly shorter among older children with a median duration of one month versus a median of five months among patients in the ≤18 months group (p = 0.003). The follow-up interval was at three and 12 months. The change in testicular size before and after surgeries was statistically significant, as most small testicles before surgeries had become normal in size after surgeries among the overall cohort (76.6%), patients aged ≤18 months (72.4%), and those aged >18 months (79.2%) (p < 0.001). Conclusion Most of the patients included in this study did not undergo orchidopexy at the optimal age recommended by the international guidelines. However, there was a statistically significant improvement in testicular size following orchidopexy in children with small UDT regardless of age at the time of surgery.

A closer look to the timing of orchidopexy in undescended testes and adherence to the AWMF-guideline

BACKGROUND

To lower the risk of testicular malignancies and subfertility, international guidelines recommend orchidopexy for undescended testis (UDT) before the age of 12-18 months. Previous studies reported low rates of 5-15% of timely surgery. Most of these studies are based on DRG and OPS code-based data from healthcare system institutions that do not distinguish between congenital and acquired UDT.

METHODS

In a retrospective study data of all boys who underwent orchidopexy in a university hospital and two outpatient surgical departments from 2009 to 2022 were analyzed. The data differentiates congenital from acquired UDT.

RESULTS

Out of 2694 patients, 1843 (68.4%) had congenital and 851 (31.6%) had acquired UDT. In 24.9% of congenital cases surgery was performed before the age of 12 months. The median age at surgery for congenital UDT was 16 months (range 7-202). Over the years there was an increased rate of boys operated on before the age of 2 (40% in 2009, 60% in 2022). The median age fluctuated over the years between 21 and 11 months without a trend to younger ages.. The covid pandemic did not lead to an increase of the median age at surgery. The median time between referral and surgery was 46 days (range 1-1836). Reasons for surgery after 12 months of age were a delayed referral to pediatric surgeries (51.2%), followed by relevant comorbidities (28.2%).

CONCLUSION

Compared to recent literature, out data show that a closer look at details enables a more realistic approach. Still, there is no trend towards the recommended age for surgical treatment observable, but the rate of timely operated boys with congenital UDT is significantly higher than stated in literature.

The Time of Diagnosis and Surgical Treatment of Congenital Cryptorchidism: A Single Center's Observational Study in Greece

PURPOSE

Congenital cryptorchidism or undescended testes (UDT) is one of the most common congenital abnormalities in newborns. Current guidelines recommend that surgical management should be scheduled by the 12th month and no later than the 18th month of the child's life. This is the first study to evaluate the age of diagnosis and surgical treatment of children with UDT in Greece, as well as the compliance with current guidelines worldwide.

METHODS

A retrospective analysis of patients with UDT who underwent orchidopexy from 2015 to 2019 was conducted. Patient age at diagnosis and orchidopexy and the meantime between were recorded. Patients were separated into groups, based on the diagnosis age: group A, diagnosis until the 11th month; group B, diagnosis between the 12th and 18th month; and group C, diagnosis at >18th month.

RESULTS

We identified 217 children who were diagnosed with UDT and underwent orchidopexy in our department. The majority of the patients (47.4%) had right-sided UDT, while 25.3% of them had UDT on both sides. There were 89 (41%) children in group A, 20 (9.2%) in group B, and 108 (49.8%) males in group C. The median age at diagnosis was 18 months (range: 1-164 months), while for groups A, B, and C, the median age at diagnosis was five, 15, and 71.5 months, respectively. The median age at orchidopexy was 23 months (range: 6-166 months), and for each aforementioned group, it was 11, 16.5, and 74 months. The median waiting time for the orchidopexy was 84 days (range: 1-692 days), and for each group, it was 157, 42, and 56 days, respectively. The delay between diagnosis and surgery was significantly greater for group A compared to groups B and C (p A versus B = 0.01 and p A versus C< 0.0001), while there was no difference in the delay between groups B and C (p > 0.05).

CONCLUSIONS

Patient age at diagnosis and applied orchidopexy was within the recommended range for almost half of the patients. The rest of them had delayed diagnosis and surgery due to delayed referral. In delayed cases, the time from diagnosis to treatment was significantly shorter. Early surgical referral leading to prompt treatment will increase compliance with the guidelines and improve the quality and the outcomes of the provided health-care services.

Assessment of Prior Well Child Checks in Children With Concerns for Testicular Position: Opportunities for Early Referral From an Integrated Health System

OBJECTIVE

To assess, through an integrated primary and specialty care pediatric health system, the association of well-child checks prior to referral with final urological diagnosis with the aim to identify opportunities for earlier referral of care.

METHODS

We performed a retrospective review of children referred from primary care to urology for undescended testis (UDT) within our integrated primary-specialty care health system in 2019, comparing children who had undescended testicles to those with either normal or retractile testicles based on the final urology examination. Demographics, including age, comorbidities, and the status of prior well-child check (WCC) within primary care, were reviewed. Outcomes of age at referral and surgical intervention for UDT were compared across referral categories.

RESULTS

Stratifying by final diagnosis of 88 children included in the analysis, children with UDT were referred much later (85months, interquartile ranges 31-113) than children without UDT on final diagnosis (33months, interquartile ranges 15-74, P = .002). Furthermore, children with UDTs had a greater proportion with prior abnormal WCCs (N = 21/41, 51%) than those without UDT (N = 8/47, 17%) (P < .001).

CONCLUSION

Children with prior abnormal WCCs were more likely to have a final diagnosis of UDT, with prior abnormalities being documented approximately 12months prior to referral, indicating opportunities for improved referral patterns to urology.

Japan's comprehensive undescended testis screening program: incidence of ascending testis after screening

PURPOSE

Screening for undescended testis (UDT) in Japan is performed as a neonate, then at 1, 3, 10, and 18 months old, and 3 years old. Incidence of ascending testis (AT) after screening was reviewed.

METHODS

All orchiopexy/orchiectomy at a single institute between July 2005 and June 2022 were reviewed retrospectively.

RESULTS

376 boys had 422 procedures; 54/422 (12.8%) were in 48 boys ≥ 4 years old (mean age: 6.7 years; range: 4-13); testes were normal (n = 22; 40.7%), small (n = 25; 46.2%), or atrophied (n = 7; 1.3%). There were 47 orchiopexies and 7 orchiectomies for atrophy. Incidence of AT in boys ≥ 4 years old was 24/422 (5.7%). Of these, 16/422 (3.8%) developed after normal descent and 8/422 (1.9%) were associated with retractile testis (AT + RET). Other indications included delayed treatment for UDT (n = 13), late referral by pediatricians (n = 10), and iatrogenic UDT (n = 6). Surgical intervention in boys ≥ 4 years old (12.8%) was less than that reported in the West (range: 30-50%) as was AT: (5.7% versus 15.4%) and AT + RET (1.9% versus 13.8%).

CONCLUSIONS

Comprehensive UDT screening probably contributed to the lower incidence of surgery and AT (especially AT + RET) in boys ≥ 4 years old.

Management of the undescended testis in children: An American Pediatric Surgical Association Outcomes and Evidence Based Practice Committee Systematic Review

PURPOSE

Management of undescended testes (UDT) has evolved over the last decade. While urologic societies in the United States and Europe have established some guidelines for care, management by North American pediatric surgeons remains variable. The aim of this systematic review is to evaluate the published evidence regarding the treatment of (UDT) in children.

METHODS

A comprehensive search strategy and the Preferred Reporting Items for Systematic Reviews and Meta-Analysis (PRISMA) guidelines were utilized to identify, review, and report salient articles. Five principal questions were asked regarding imaging standards, medical treatment, surgical technique, timing of operation, and outcomes. A literature search was performed from 2005 to 2020.

RESULTS

A total of 825 articles were identified in the initial search, and 260 were included in the final review.

CONCLUSIONS

Pre-operative imaging and hormonal therapy are generally not recommended except in specific circumstances. Testicular growth and potential for fertility improves when orchiopexy is performed before one year of age. For a palpable testis, a single incision approach is preferred over a two-incision orchiopexy. Laparoscopic orchiopexy is associated with a slightly lower testicular atrophy rate but a higher rate of long-term testicular retraction. One and two-stage Fowler-Stephens orchiopexy have similar rates of testicular atrophy and retraction. There is a higher relative risk of testicular cancer in UDT which may be lessened by pre-pubertal orchiopexy.

The Impact of Targeted Education of American Urological Association Cryptorchidism Guidelines in a Rural State: Improvement Still Needed

Background

The American Urological Association published guidelines in 2014 regarding management of undescended testicles (UDT). Despite these guidelines, prior studies have indicated discordance between guidelines and actual practice, especially in rural states. This study aims to identify if educating referring providers improves management of UDT.

Methods

Patients with UDT referred to our institution were divided into two groups: those referred prior to (Group 1) and after (Group 2) targeted education. A retrospective review was performed to compare the groups in terms of age at time of referral and surgery, laterality, specialty, and practice setting of referring provider, and whether or not ultrasound (US) was performed prior to referral.

Results

A total of 100 patients were identified in Group 1 and 168 in Group 2. No significant differences were noted between groups regarding age, variability of referring provider, or those receiving US prior to referral. Median age at referral was 20.7 months (range=0-194) and 33 months (range=0-205.1) in Groups 1 and 2, respectively (p=0.26). Sixty-two (37%) patients underwent surgical evaluation within 18 months of age or younger in Group 1 compared to 39 (39%) in Group 2 (p=0.73). Private practice pediatricians comprised the majority of referring providers in both cohorts. US was performed prior to referral in 41% of patients in Group 1 compared to 35.8% in Group 2 (p=0.51). The number of US ordered prior to referral significantly decreased from 10 (50%) to six (19%) following education among academic providers (p=0.02). No significant difference was found following education for private practice physicians (p=0.27).

Conclusion

Targeted education did not improve age at referral in the short-term, which may reflect suboptimal healthcare access. Additionally, more research is needed to evaluate whether more diverse targeted education provided on a regular basis to both physician and mid-level providers would have a meaningful impact.

Timing of paediatric orchidopexy in universal healthcare systems: international administrative data cohort study

BACKGROUND

International guidelines in 2008 recommended orchidopexy for undescended testis at 6-12 months of age to reduce the risk of testicular cancer and infertility. Using administrative data from England, Finland, Ontario (Canada), Scotland and Sweden (with data from Victoria (Australia) and Iceland in supplementary analyses), the aim of this study was to investigate compliance with these guidelines and identify potential socioeconomic inequities in the timing of surgery before 1 and 3 years.

METHODS

All boys born in 2003-2011 with a diagnosis code of undescended testis and procedure codes indicating orchidopexy before their fifth birthday were identified from administrative health records. Trends in the proportion of orchidopexies performed before 1 and 3 years of age were investigated, as were socioeconomic inequities in adherence to the guidelines.

RESULTS

Across all jurisdictions, the proportion of orchidopexies occurring before the first birthday increased over the study period. By 2011, from 7·6 per cent (Sweden) to 27·9 per cent (Scotland) of boys had undergone orchidopexy by their first birthday and 71·5 per cent (Sweden) to 90·4 per cent (Scotland) by 3 years of age. There was limited evidence of socioeconomic inequities for orchidopexy before the introduction of guidelines (2008). Across all jurisdictions for boys born after 2008, there was consistent evidence of inequities in orchidopexy by the first birthday, favouring higher socioeconomic position. Absolute differences in these proportions between the highest and lowest socioeconomic groups ranged from 2·5 to 5·9 per cent across jurisdictions.

CONCLUSION

Consistent lack of adherence to the guidelines across jurisdictions questions whether the guidelines are appropriate.

Age at Surgery and Outcomes of Undescended Testes at King Salman Armed Forces Hospital, Tabuk, Saudi Arabia

Objective The aim of this study was to investigate the age at diagnosis and surgery of undescended testes and patients' outcomes. Methods This is a retrospective study that reviewed the files of patients who underwent orchidopexy at the King Salman Armed Forces Hospital (KSAFH), Tabuk, Saudi Arabia (SA), between January 1, 2015, and March 30, 2019. All children from birth until 13 years old who were admitted within the specified time frame and underwent orchidopexy were included in this study. The gathered data were analyzed through the Statistical Package for Social Sciences software (SPSS, version 23; SPSS Inc., Chicago, IL, USA). Results  A total of 175 patients were included in this study. The rate of orchidopexy at our institution was 12.2%. The median ages at diagnosis and surgery were 12 and 24 months, respectively. The median duration between diagnosis and surgery was eight months. The most common site of undescended testis was inguinal (80.6%). Bilateral undescended testes were recorded in 24.6% of cases, and 25.7% of cases were impalpable. The size of the undescended testis was average in half the cases, small in 44.6% and atrophic in 6.4% of cases. Postoperative complications were reported in 4.0% of cases. Cox regression analysis revealed that the age at diagnosis was a significant risk factor affecting the time of surgery. Conclusion The findings of this study revealed that most cases of undescended testes in Tabuk were operated beyond the age recommended by international guidelines. The age at diagnosis seems to significantly affect the time of surgery.

Factors associated with delay in undescended testis referral

INTRODUCTION

Undescended testis (UDT) is one of the most common congenital disorders and is associated with infertility and testicular cancer. Multiple guidelines internationally have recommended orchiopexy by 18 months. Multiple large retrospective studies published in the last decade have found persistent delay in timing of orchiopexy.

OBJECTIVE

The aim of the study was to determine timing at which UDTs are referred at the tertiary pediatric hospital and assess factors that are associated with delay in UDT referral.

STUDY DESIGN

Based on clinical observations and previous data, a series of clinical and socio-economic variables were constructed to design a prospective database. All patients who underwent orchiopexy for UDT from March 1, 2017, to August 31, 2018, were reviewed for demographic and clinical data. Referral appointments after 18 months were considered delayed. Factors associated with delay in UDT referral were analyzed using univariate and multivariate analysis with logistic regression.

RESULTS

One hundred seventy-eight patients underwent orchiopexy for UDT. The median age was 44 months, and 64% of them had delay in referral. On univariate analysis, normal birth testicular examination, diagnosis of 'retractile testicle,' long gap without seeing pediatrician, diagnosis by a new physician, and primary language non-English were associated with delayed UDT referral. On multivariate analysis, delayed referral was associated with normal testicular examination at birth, history of 'retractile testis,' diagnosis not by the regular primary care provider, and other health or social issues that may have led to delay.

DISCUSSION

This is the first prospective study analyzing timing of referral for boys with cryptorchidism. It was found that timing of treatment of UDT with orchiopexy has not improved over the last decade. Major causes in delay in referral may be due to poor of education of families and lack of routine testicular examinations by referring providers. Secondary ascent may account a significant number of delayed orchiopexy cases.

CONCLUSION

Most patients at Doernbecher had delayed referral of cryptorchidism. Factors associated with delay were determined. To improve treatment of cryptorchidism, quality-based interventions and the importance of education and routine testicular examinations need to be focused on.

Age at orchiopexy for undescended testis in the United States

PURPOSE

Undescended testis (UDT) is the most common congenital anomaly of the male genitalia. The American Urological Association guidelines recommend orchiopexy by age 18months to ameliorate the risk of subfertility. The study aim was to assess adherence to these guidelines on a national level.

METHODS

We retrospectively reviewed both the State Ambulatory Surgery Database (SASD) in 2012 and the Pediatric Health Information System (PHIS) for 2015. All patients aged 18years or less with a diagnosis of UDT who underwent orchiopexy were included. Demographic data including age at repair as well as surgical subspecialty and payer status were extracted.

RESULTS

Analysis of the 2012 SASD for New Jersey, Florida, and Maryland yielded 1654 patients. The majority were white, 791 (48.3%), with a median age at repair of 4years (IQR 1-8). Most patients, 1048 (64%), had orchiopexy later than age 2. A total of 844 males were identified from the PHIS database. Of these, 63% were white. The median age at repair was 5years (IQR 1-9). There were 577 (68%) patients older than 2years at orchiopexy.

CONCLUSION

Almost 70% of boys with undescended testes in the United States are undergoing orchiopexy at least 6months later than the recommended age.

TYPE OF STUDY

Retrospective.

LEVEL OF EVIDENCE

III.

Undescended testis? How best to teach the physical examination

BACKGROUND

Undescended testis in boys is common. Guidelines recommend surgical treatment between the ages of 6 months and 2 years; nevertheless, orchidopexy is frequently performed at later ages. One reason is the belated diagnosis due to a perceived difficulty in the physical examination (PE) and correct localization of the testis.

OBJECTIVES

We aimed to find an effective method for teaching the physical examination of the testis in a child.

STUDY DESIGN

An interdisciplinary team developed teaching sessions, including an educational video and a simulator. Medical students (n = 133) were randomized into three groups: self-study only, video, and video and simulator. The sessions were carried out and quantitative feedback was collected from the teachers and students. The learning achievements of the different groups were assessed with an objective structured clinical examination (OSCE). The differences in mean OSCE results between all three groups were tested using one-way analysis of variance (ANOVA). For multiple pairwise comparisons, a closed testing procedure was performed using unpaired t-tests.

RESULTS

The self-study only group acquired the poorest results in the OSCE, with a mean score of 5.1 out of 10. The video-only-group reached a mean of 6.7, and the video-and-simulator group performed best with a mean score of 8.5. The differences between all three groups were found to be statistically significant, with P = 0.007. The attached figure illustrates this data. If analyzed in pairs, this difference was particularly apparent between the groups self-study only vs video and simulator, with P = 0.002. Qualitative feedback revealed doubtful effectiveness for educational videos, but positive reactions to training on a simulator.

DISCUSSION

The poor results of the self-study-only group were in accordance with the literature, where textbook learning was found not to increase OSCE results. The effectiveness of video tutorials remains doubtful; studies focusing on this teaching method are divergent and the present students' feedback supports this data. The effective teaching with the simulator has been proven for other skills (i.e. ultrasound skills). The analyzed cohort for this study was small, and the study should be repeated at different institutions and with larger numbers of students to assure generalizability.

CONCLUSIONS

Low-fidelity pediatric simulators with palpable testis are available and are able to improve examining skills in medical students. We hope the presented study inspires medical educators in their teaching of the PE of the pediatric testis.

Educational survey of regional general practitioner's management of paediatric patients with undescended testis

INTRODUCTION

Recent recommendations have lowered the ideal age of surgery for undescended testis (UDT) to 3-6 months of age. However, many publications demonstrate that age at surgery is still above the recommended age of 1 year as originally suggested in 1996.

AIM

Through a web-based educational survey, we aimed to combine questions regarding General Practioner's (GPs) management of these patients with educational slides with advice to update them with current recommendations.

METHODS

The regional GPs were invited by email and letter to undertake the web-based questionnaire devised using SurveyMonkey(®). Educational slides were shown after each questionnaire slide. Feedback was immediate and a one-page summary was emailed to the GP on completion. A pre- and post-educational intervention audit was undertaken to ascertain the change in age of referral for patients <5 years of age.

RESULTS

144 (36%) of 401 GPs undertook this survey. 84% were happy assessing infants (<1year) with UDT. 16% were unhappy discussing management with parents for palpable UDT. 52% were happy discussing malignant risk with parents. 80% thought that ultrasonography was routinely used. Optimal referral time was thought to be 6-12 months (42%) and time of surgery was 1-2 years (50%). 72% would refer a patient with palpable UDT after 6 months of age. Only 41% were happy to assess testicular size at puberty. 98% found this format of an educational survey was helpful. The average age of referral for patients <5 years improved significantly after educational intervention from 2.8 years in 2010 to 1.25 years in 2013 (p < 0.01).

DISCUSSION

With an interactive survey, we were able assess and also educate the regional GPs with regard to management of paediatric patients with UDT. There is a varied range of knowledge and practice demonstrated which we hoped to standardise and thereby increase efficiency and decrease the age of referral. A large majority would refer patients with UDT after 6 months of age that would make the target of surgery <6 months unachievable unless they are aware of current recommendations. This study is limited by a 36% response rate but that is comparable to other surveys. Also, referrals come from other sources that were not included. The causal effect of the educational survey is hypothesised.

CONCLUSION

This educational survey has confirmed the varied management by GPs. The referral age was demonstrated to be reduced after this intervention and this process was widely accepted by GPs that undertook the educational survey.

Undescended testes: an update

PURPOSE OF REVIEW

This article summarizes the latest evidence on the risk factors, management and outcomes of undescended testes (UDTs).

RECENT FINDINGS

UDTs remain common, with increasing evidence that acquired UDT or the ascending testis syndrome should be considered part of the spectrum of this disease. Prompt diagnosis and early referral for surgical evaluation and treatment would seem most likely to result in an optimal functional and cosmetic outcome. Hormonal treatment, rather than orchidopexy, remains popular in some centers, despite a lack of good evidence to support its efficacy, although it may have an important adjunct role in optimizing fertility. Although often performed, ultrasound does not generally assist in the diagnosis and management of UDT, with enhanced education of primary care physicians more likely to facilitate early referral. The testis, rather than quiescent, appears biologically active in the male infant, with increasing evidence of an adverse impact on future spermatogenesis and fertility in men with a UDT.

SUMMARY

Male infants with a UDT should be diagnosed and referred early for surgical evaluation. It seems likely that the optimal timing for surgery should be before the boy's first birthday. There remains a need for high-quality, long-term outcomes data to guide optimal management.

Age at Surgery and Outcomes of an Undescended Testis

BACKGROUND

Undescended testis (UDT) is the most common genital anomaly in boys. Current guidelines recommend surgery before 12 months of age to maximize fertility and potentially reduce the risk of future malignancy. We investigated the prevalence of UDT and examined rates of surgery and age at surgery in an Australian population.

METHODS

UDT was identified from all live-born infants in New South Wales, Australia, from 2001 to 2011 using routinely collected record-linked birth and hospital data. The prevalence of UDT, surgery rates, age at surgery, postsurgical outcomes, and risk factors for surgery performed later than the recommended age were evaluated.

RESULTS

There were 10 875 (2.1%) boys with a recorded diagnosis of UDT. Corrective surgery was performed in 4980 (45.8%), representing a cumulative prevalence of 9.6 per 1000 male births. Five percent of surgeries were orchidectomies, and 9% of boys had revision surgery. Median age at surgery was 16.6 months (interquartile range 11.8 to 31.0 months), decreasing from 21 months for boys born in 2001 to 13 months for boys born in 2010. Among those boys having surgery before 36 months (n = 3897), 67% had corrective surgery after the recommended 12 months of age; socioeconomic disadvantage, regional/remote area of residence, and lack of private health insurance were risk factors for having corrective surgery after 12 months.

CONCLUSIONS

One in 50 boys born are diagnosed with UDT; two-thirds had no report of corrective surgery. The age at surgery is decreasing; however, two-thirds of surgeries are performed after 12 months of age.

Operative management of cryptorchidism: guidelines and reality--a 10-year observational analysis of 3587 cases

Background

Undescended testis (UDT) is the most common disorder in pediatric surgery and one of the most important risk factors for malignancy and subfertility. In 2009 local guidelines were modified and now recommend treatment to be completed by the age of 1. Aim of this study was to analyze age distribution at the time of orchidopexy, whether the procedure is performed according to guideline recommendations and to assess primary care pediatricians’ attitude regarding their treatment approach.

Methods

We retrospectively analyzed 3587 patients with UDT regarding age at orchidopexy between 2003 and 2012 in 13 German hospitals. Furthermore, we conducted an anonymized nation-wide survey among primary care pediatricians regarding their attitude toward management of UDT.

Results

Before modification of the guideline 78 % (n = 1245) of the boys with UDT were not operated according to guideline recommendations. After the modification that number rose to 95 % (n = 1472). 42 % of the orchidopexies were performed on patients aged 4 to 17 years. 46 % of the primary care pediatricians were not aware of this discrepancy and 38 % would only initiate operative management after the first year of life. In hospitals with pediatric surgery departments significantly more patients received orchidopexy in their first year of life (p < .001).

Conclusion

The guideline for UDT in Germany has not yet been implemented sufficiently. Timing of orchidopexy must be optimized in order to improve long-term prognosis. Both primary care providers and parents should be educated regarding the advantages of early orchidopexy in UDT. Prospective studies are needed to elucidate the high rate of late orchidopexies.

Electronic supplementary material

The online version of this article (doi:10.1186/s12887-015-0429-1) contains supplementary material, which is available to authorized users.

Understanding the responsibilities and obligations of the modern paediatric surgeon

The modern paediatric surgeon needs to be competent in multiple domains that extend well beyond their clinical and technical expertise. This article, based on the Journal of Pediatric Surgery Lecture at the BAPS Congress (2014), explores some of these less well understood responsibilities and obligations, including professionalism, leadership, effective clinical teaching, and research. The consequence of falling short in these areas includes risks to our profession as a whole as well as compromising our ability to provide our patients with the best clinical care. Paediatric surgeons have a responsibility to influence the configuration of services to improve the quality of care and equity of access to specialist services for all children in their region. Evidence presented shows how a well-organised and funded regional paediatric surgical service allows children to receive quality treatment closer to home and is reflected in better clinical outcomes, less unnecessary surgery, and fewer complications. A paradigm for support to emerging countries as they increase the capacity and infrastructure of their paediatric surgical services is proposed. The way we judge ourselves and others should relate to our performance across the full scope of roles that a responsible and committed paediatric surgeon is expected to display.

Undescended testis: 513 patients' characteristics, age at orchidopexy and patterns of referral

OBJECTIVE

Undescended testis (UDT) affects 1-6% of males. Current recommendations are to correct maldescent by 1 year of age. We identify the population characteristics of children referred and managed for UDT, age at referral and orchidopexy, and patterns of referral.

DESIGN, SETTING AND PATIENTS

Retrospective 5-year review of all patients operated for UDT from 2007 to 2011 in our institution. Patient demographics, neonatal diagnosis of UDT, age at referral, referral source and age at first orchidopexy were recorded. Data are reported as median (range).

RESULTS

There were 513 boys with 576 undescended gonads; 450 (88%) had unilateral UDT. Congenital (present at birth) UDT was diagnosed in 287 (56%) children. Seventy-nine (15%) were premature births, 41 (8%) had associated major genitourinary abnormalities. Median age at referral was 1.1 (0-16.2) years; median age at first orchidopexy was 1.6 (0-17.2) years. When corrected for age, those with a history of prematurity and associated major genitourinary malformations were referred and operated on earlier. There was no difference in age at referral and orchidopexy when comparing unilateral versus bilateral maldescent, and palpability of UDT. Of those with congenital UDT, 70% were operated at beyond 1 year of age. Those referred from public tertiary hospitals were younger than those referred from community clinics (p<0.0001) and private healthcare institutions (p=0.003).

CONCLUSIONS

Despite early diagnosis in many patients with UDT, most are referred and operated after 1 year of age, even in congenital UDT. Premature babies, those with major genitourinary anomalies, and those seen in public tertiary hospitals are referred earlier. Community health initiatives must emphasise prompt referral to allay the impact of delayed surgery.