Classic congenital adrenal hyperplasia with unilateral functional adrenal cortical adenoma: case report.

Congenital adrenal hyperplasia (CAH) is a group of autosomal recessive disorders related to adrenal steroid biosynthesis, and mainly caused by mutations in the CYP21A2 gene encoding 21-hydroxylase. Adrenal tumors are common in CAH, but functional adrenal tumors are rare. Here, we report a 17-year-old female with virilized external genitalia and primary amenorrhea, accompanied by a right adrenal tumor. Her 17-OHP level was normal, cortisol and androgen levels were significantly elevated, and the tumor pathology showed adrenal cortical adenoma. Gene testing for CYP21A2 showed c.518T > A in exon 4 and c.29313C > G in intron 2. The possibility of untreated classic CAH with 21-OH deficiency causing functional adrenal cortical adenoma should be considered. When clinical diagnosis highly considers CAH and cannot rule out the influence of functional adrenal tumors' secretion function on 17-OHP, gene mutation analysis should be performed.

Multicentric adrenocorticotropic hormone -producing steroid cell tumor of the fallopian tube & broad ligament in a 15 year old girl.

Steroid cell tumors occur usually in the ovaries with very few reported cases of extra-ovarian origin. Our patient was a fifteen year old female, complaining from secondary amenorrhea and voice deepening. Values of serum cortisol, DHEA, FSH & LH were normal. Serum Testosterone was elevated while ACTH-pm was markedly elevated. MRI described bilateral solid para-ovarian masses. Exploration revealed two bilateral tubal extraluminal cysts & a right broad ligament cyst which were all excised. Pathological examination led to the diagnosis of steroid cell tumor. Serum testosterone & ACTH returned to normal levels after surgery with subsequent regression of the virilizing symptoms. We can conclude that extra-ovarian steroid cell tumors are extremely rare. They are usually presented with virilizing symptoms and hormonal abnormalities. Surgery is the main line of treatment.

Nerve Sparing Clitoroplasty is an Option for Adolescent and Adult Female Patients with Congenital Adrenal Hyperplasia and Clitoral Pain following Prior Clitoral Recession or Incomplete Reduction.

PURPOSE: In the past many female patients with congenital adrenal hyperplasia and atypical genitalia were surgically treated with clitoral recession or incomplete reduction of erectile bodies. We report the results of repeat clitoral surgery performed for clitoral pain or enlargement using a nerve sparing reduction clitoroplasty technique. MATERIALS AND METHODS: We identified 6 female patients with congenital adrenal hyperplasia who had undergone prior clitoral recession or incomplete reduction elsewhere. They then presented to our center with clitoral pain or enlargement, where they were treated with nerve sparing clitoroplasty between 2000 and 2010. We collected patient reported data relating to clitoral sensation and sexual function outcomes. RESULTS: Mean ± SD age at evaluation for repeat clitoral surgery was 21 ± 7 years and mean age at clitoroplasty was 22 ± 8 years. Median postoperative followup was 9 months (IQR 32-6). All patients showed improvement with resolution of clitoral pain or enlargement. CONCLUSIONS: Clitoral pain and enlargement upon arousal can be a major concern for women with clitoromegaly and congenital adrenal hyperplasia after clitoral recession is performed. Our series suggests that clitoral recession or incomplete reduction in childhood may be an inadequate initial solution in the congenital adrenal hyperplasia population due to the potential for future androgen elevation and the possibility of later symptom development. In addition we found that patients may be successfully treated with nerve sparing clitoroplasty, resulting in resolution of pain and ability to engage in sexual activity.

Congenital adrenal hyperplasia: current surgical management at academic medical centers in the United States.

PURPOSE: Controversy exists on the necessity for and timing of genitoplasty in girls with congenital adrenal hyperplasia. Our knowledge of surgical preferences is limited to retrospective series from single institutions and physician surveys, which suggest a high rate of early reconstruction. We evaluated current surgical treatment for congenital adrenal hyperplasia at academic centers. MATERIALS AND METHODS: We queried the Faculty Practice Solutions Center database to identify all female patients younger than 18 years with a diagnosis of congenital adrenal hyperplasia between 2009 and 2012. Procedures were identified by CPT codes for vaginoplasty, clitoroplasty and other genital procedures. Reconstruction type, age at surgery and surgeon volume were analyzed. RESULTS: We identified 2,614 females in the database with a diagnosis of congenital adrenal hyperplasia who were seen at a total of 60 institutions. Of infants younger than 12 months between 2009 and 2011 as few as 18% proceeded to surgery within a 1 to 4-year followup. Of those referred to a pediatric urologist 46% proceeded to surgery. Of patients who underwent surgery before age 2 years clitoroplasty and vaginoplasty were performed in 73% and 89%, respectively, while 68% were treated with a combined procedure. A medium or high volume surgeon was involved in 63% of cases. CONCLUSIONS: Many patients with congenital adrenal hyperplasia in the database did not proceed to early reconstructive surgery. Of those referred to surgeons, who were possibly the most virilized patients, about half proceeded to early surgery and almost all underwent vaginoplasty as a component of surgery. About two-thirds of the procedures were performed by medium or high volume surgeons, indicative of the surgical centralization of disorders of sexual development.

Approaching fertility in congenital adrenal hyperplasia: exploring P30L mutation-induced 21-hydroxylase deficiency with a presentation between non-classical and simple virilizing phenotypes. A case report.

Congenital adrenal hyperplasia (CAH) is determined in the vast majority of cases by mutations in the CYP21A2 gene, which cause the deficiency of the 21 hydroxylase enzyme, which is involved in the synthesis of cortisol and aldosterone. Generally, CAH phenotype and disease severity can be predicted with the genotypes and is related to the residual activity of 21 hydroxylase enzyme. It is divided into classical CAH with salt wasting and simple virilizing forms and non-classical or late-onset CAH forms, respectively. Patients with 21 hydroxylase deficiency, including those with non-classic forms face immense challenges to their fertility. Glucocorticoid therapy has been shown to be useful in obtaining and maintaining a pregnancy among these patients, but it must be used with caution. Given the relevance of CAH in reproductive medicine as well as the diagnostic challenges posed by the phenotypic overlap with polycystic ovary syndrome and by overlap of its own phenotypes (classic CAH-nonclassic CAH), we present the case of a woman with CAH due to 21 hydroxylase deficiency caused by the P30L mutation with a clinical and biochemical presentation between the non-classical form and the classic simple virilizing form. Further, the successful fertility management in this patient and an overview of fertility management in CAH is depicted, as well.

Late presentation of simple virilising 21-hydroxylase deficiency in a Chinese woman with Turner's syndrome.

Classical congenital adrenal hyperplasia due to 21-hydroxylase deficiency is a well-known disorder of sexual development (previously known as ambiguous genitalia) in genotypic female neonates. We report on a 66-year-old Chinese, brought up as male, with a simple virilising form of congenital adrenal hyperplasia associated with Turner's syndrome (karyotype 45,X/47,XXX/46,XX). His late presentation was recognised due to his exceptionally short stature and persistent sexual ambiguity. His condition was only brought to medical attention as he developed a huge abdominal mass, which later turned out to be a benign ovarian mucinous cyst. It is therefore important to look out for co-existing congenital adrenal hyperplasia in patients with Turner's syndrome and virilisation, after the presence of Y chromosome material has been excluded.

Rare Coexistence of Congenital Adrenal Hyperplasia due to 21-Hydroxylase Deficiency and Turner Syndrome: A Case Report and Brief Literature Review

The coexistence of congenital adrenal hyperplasia (CAH) due to 21-hydroxylase deficiency and Turner syndrome (TS) is rare. We report on a 6-year-old Portuguese girl with mosaic TS [45,XO(39)/47,XXX(21)] presenting with premature pubarche at the age of 5 years. Laboratory findings showed elevated 17-hydroxyprogesterone, dehydroepiandrosterone sulfate, androstenedione and total testosterone, and her sex-determining region Y (SRY) was negative. CYP21A2 gene analysis revealed two mutations (c.[844G>T]; [CYP21A2del]), consistent with the non-classical form of CAH. Complete deletion of CYP21A2 allele occurred de novo. At 6 years and 4 months, she presented with accelerated growth velocity and hydrocortisone at a dose of 5 mg/m2/day was initiated. This case highlights the need to perform global examinations looking for virilization signs in TS patients' follow-ups. It also supports the reported genetic combination of TS and CAH. Therefore, CAH should be kept in mind in TS patients with SRY negative and virilization signs, even in the absence of short stature.

Rare virilizing tumor: ovarian steroid cell tumor, not otherwise specified: a case report.

BACKGROUND: Ovarian steroid cell tumors, not otherwise specified is a rare sex cord-stromal tumor. Almost 60% of all steroid cell tumors are categorized as not otherwise specified and represent less than 0.1% of all ovarian neoplasm. Some of them are endocrinologically active, producing virilization signs in young women. The recommended treatment is primarily surgical. CASE PRESENTATION: We present the case of a 20-year-old Mexican woman with secondary amenorrhea and virilization signs. She was treated with combined oral contraceptives from 13 years old, due to a misdiagnosis of polycystic ovarian syndrome. However, 4 months after stopping medication, amenorrhea and virilization signs worsened. Biochemically, she had high serum total testosterone and free testosterone levels, and a pelvic and transvaginal ultrasound followed by a pelvic tomography scan demonstrated a right adnexal tumor. She underwent right salpingo-oophorectomy and the histopathological and immunochemistry exams confirmed the diagnosis. The patient was followed for a year after surgery and until then, her menses were regular and she had no recurrence of virilization signs. CONCLUSION: The purpose of this case report is to alert physicians to rule out ovarian steroid cell tumor, not otherwise specified diagnosis in young women with increased testosterone after discarding common causes such as polycystic ovarian syndrome. A multidisciplinary team including a gynecologist, endocrinologist, radiologist, and pathologist should be involved for correct diagnosis at the proper time.

Virilization and metabolic disease in postmenopausal women related to ovarian hyperplasia and hypertecosis / [Virilización y enfermedad metabólica en mujer postmenopáusica relacionado a hiperplasia e hipertecosis ovárica]

During menopausal transition, mild clinical signs of hyperandrogenism may appear as part of the normal aging process, but the development of frank virilization suggests a specific source of androgen excess. In this context, androgen-secreting tumors at both adrenal and ovarian levels should be ruled out. We present the case of a 51-year-old postmenopausal woman with signs of 12 month period virilization, associated with personal history of type 2 diabetes and arterial hypertension, poorly managed in the past year. Laboratory tests showed elevation of serum androgen levels and hyperinsulinemia. Images were requested, revealing both enlarged homogeneous and solid ovaries, with preserved adrenal glands, which led to suspicion of a possible thecal hyperplasia of the ovarian stroma. Laparoscopic bilateral adnexectomy was performed and the pathological report confirmed the presumptive diagnosis. One month later after surgery, serum testosterone levels returned to values ​​close to spected for a postmenopausal woman. Finding the source of virilization in postmenopausal women is challenging, and they are usually associated with rare pathologies. A detailed medical history is essential to differentiate the progressive development of virilization that characterizes benign causes from the rapid progression that characterizes malignant tumors. The adequate interpretation of laboratory tests with complementary images, as well as looking for the association of pathologies causing elevated cardiovascular risk such as diabetes and hypertension are essential to establish a right diagnosis and treatment.

Durante la transición menopáusica pueden aparecer signos clínicos leves de hiperandrogenismo, como parte del proceso de envejecimiento normal, pero el desarrollo de virilización franca sugiere una fuente específica de exceso de andrógenos debiendo descartar la presencia de tumores secretores de andrógenos tanto a nivel adrenal como ovárico. Se presenta un caso de una mujer de 51 años postmenopáusica con signos de virilización de 12 meses de evolución, asociado a antecedente personal de diabetes tipo 2 e hipertensión arterial, de mal manejo en el último año. Las pruebas de laboratorio mostraron una franca elevación de los niveles de andrógeno sérico e hiperinsulinemia asociada. Las imágenes solicitadas evidenciaron ambos ovarios aumentados de tamaño de aspecto homogéneo y sólido, con glándulas adrenales de aspecto conservado, lo que hizo sospechar de una posible hiperplasia tecal del estroma ovárico. Se realizó una anexectomía bilateral por laparoscopia, cuya anatomía patológica confirmó la presunción diagnóstica. Los dosajes de testosterona sérica al mes de la cirugía retornaron a valores cercanos a la normalidad para una mujer postmenopáusica. El diagnóstico causal de virilización en mujeres posmenopáusicas es un desafío, y por lo general están asociadas con patologías poco frecuentes. Una historia clínica detallada es fundamental para diferenciar el desarrollo progresivo de virilización que caracteriza las causas benignas de la rápida progresión que caracteriza a los tumores malignos. La interpretación de pruebas correctas de laboratorio con imágenes complementarias, así como la búsqueda de antecedentes de riesgo cardiovascular como la diabetes y la hipertensión asociadas son fundamentales para establecer un correcto diagnóstico y tratamiento.

Delayed postpartum regression of theca lutein cysts with maternal virilization: A case report.

Theca lutein cysts are rare, benign lesions responsible for gross cystic enlargement of both ovaries during pregnancy. This condition is also termed hyperreactio luteinalis. Elevated human chorionic gonadotropin (hCG) levels or states of hCG hypersensitivity seem to promote these changes, which in up to 30% of patients produce clinical signs of hyperandrogenism. Given the self-limiting course of theca lutein cysts, which are subject to spontaneous postpartum resolution, conservative treatment is the mainstay of patient management. Described herein is a rare case of theca lutein cysts with maternal virilization that failed to regress by 9 months after childbirth. Surgical intervention was eventually undertaken, necessitated by adnexal torsion.

Virilizing adrenocortical oncocytoma in a child: a case report.

Functioning adrenocortical oncocytomas are extremely rare and most reported patients are 40-60 yr of age. To our knowledge, only 2 cases of functioning adrenocortical oncocytomas have been reported in childhood. We report a case of functioning adrenocortical oncocytoma in a 14-yr-old female child presenting with virilization. She presented with deepening of the voice and excessive hair growth, and elevation of plasma testosterone and dehydroepiandrosterone sulfate. She had an adrenalectomy. The completely resected tumor composed predominantly of oncocytes without atypical mitosis and necrosis. A discussion of this case and a review of the literature on this entity are presented.

[Preliminary investigation of gender assignment in 46,XY disorders of sex development with severe male undermasculinisation].

Objective: To explore the feasibility of gender assignment in 46,XY disorders of sex development (DSD) with severe undermasculinisation mainly based on molecular diagnosis. Methods: A retrospective study of 45 patients of 46, XY DSD with severe undermasculinisation were admitted between November 2015 and October 2018 at Children's Hospital, Zhejiang University School of Medicine. The initial social gender were all female, of whom the external genital manifestations were Prader 0 to 2; the degree of masculinity was scored using external masculinisation score (EMS); the position and development of the gonads were examined by ultrasound, cystoscopy and laparoscopy, also including assessing the development of the Wolffian tube and the Müllerian tube. The level and ratio of testosterone to dihydrotestosterone before and after hCG stimulation were evaluated for the function of Leydig cell and 5α-reductase-2. Gender role scales and sandbox games were used to assess gender role behavior. Genital sensitivity to androgen stimulation was assessed; A panel including 163 genes related to gender development were determined by second-generation sequencing in all 45 patients. Finally, a multidisciplinary team (MDT) makes a gender assignment after a comprehensive analysis mainly based on the molecular etiological diagnosis. Results: Thirty-nine out of 45 patients (87%) had an identifiable genetic etiology, and the remaining 6 (13%) were negative for genetic testing. Forty-five patients had EMS less than or equal to 3 points. Sexual psychological assessment was performed in 39 patients, with male dominance in 24 (62%) and female dominance in 15 (38%). The gender assignment was 23 cases (51%) for male and 19 cases (42%) for female, and 3 cases (7%) were not completely determined. Conclusions: Molecular diagnosis provides a strong basis for appropriate gender assignment of 46, XY DSD children with severe undermasculinisation. Based on molecular diagnosis, each DSD should be analyzed by professional MDT to analyze the clinical symptoms/signs, gonadal development, gonad tumor risk, external genital morphology, sexual psychological assessment, potential fertility opportunities, parental views, Social and cultural factors, etc. make appropriate gender assignment.

A Diagnostic Approach to Adrenocortical Tumors.

Adrenocortical tumors range from primary bilateral micronodular or macronodular forms of adrenocortical disease to conventional adrenocortical adenomas and carcinomas. Accurate classification of these neoplasms is critical given the varied pathogenesis, clinical behavior, and outcome of these different lesions. Confirmation of adrenocortical origin, diagnosing malignancy, providing relevant prognostic information in adrenocortical carcinoma, and correlation of laboratory results with clinicopathologic findings are among the important responsibilities of pathologists who evaluate these lesions. This article focuses on a practical approach to the evaluation of adrenocortical tumors with an emphasis on clinical and imaging findings, morphologic characteristics, and multifactorial diagnostic schemes and algorithms.

Carcinoma corticosuprarrenal virilizante en un niño / Virilizing adrenocortical carcinoma in a child

Introducción: Los tumores suprarrenales en niños son poco frecuentes y el carcinoma suprarrenal representa menos de un 10 %. En el prepúber, la manifestación más típica es el desarrollo de pubertad precoz. Objetivo: Describir las características clínicas, los procederes diagnósticos y terapéuticos de un paciente con carcinoma adrenal en edad pediátrica. Presentación de caso: Paciente de 8 años, masculino y de piel blanca con antecedentes de salud. Acude a la consulta por crecimiento de vello pubiano y aumento del pene en longitud y grosor de aproximadamente 2 años de evolución. En el examen físico se constatan aumento de la velocidad de crecimiento y signos sugestivos de virilización (voz gruesa, vello axilar, vello sexual púbico y genitales externos estadio III de Tanner). Se realizaron estudios hormonales que corroboraron el hiperandrogenismo por secreción endógena autónoma, con niveles de gonadotropinas suprimidas, niveles de testosterona y dehidroepiandrosterona elevados. También se realizaron estudios imagenológicos que evidenciaron edad ósea acelerada y la existencia de un tumor. Se realizó una adrenalectomía izquierda y se confirmó por anatomía patológica el carcinoma corticosuprarrenal virilizante izquierdo en estadío 2. Inició un tratamiento con quimioterapia por dicho diagnóstico y actualmente se mantiene en seguimiento. Conclusiones: Los carcinomas corticosuprarrenales en niños son mayoritariamente funcionantes y constituyen una de las causas de pubertad precoz periférica. Estos son infrecuentes y agresivos, por lo que la realización de estudios genéticos en familias con síndromes hereditarios contribuiría a su diagnóstico precoz para un adecuado tratamiento y mejor pronóstico(AU)

Introduction: Adrenal tumors in children are rare and adrenal carcinoma represents less than the 10 percent. In the prepubescent, the most typical manifestation is the development of early puberty. Objective: Describe the clinical characteristics and diagnostic and therapeutic procedures of a patient with adrenal carcinoma in a pediatric age. Case presentation: 8-year-old male, white-skinned patient with a history of health conditions. He attentds to the consultation due to pubic hair growth and penis enlargement in length and thickness of approximately 2 years of evolution. Physical examination shows increased growth rate and signs suggestive to virilization (deep voice, axillary hair, pubic sexual hair and external genitalia in Tanner's stage III). Hormonal studies were carried out that corroborated hyperandrogenism by autonomic endogenous secretion, with suppressed gonadotropin levels, elevated testosterone and dehydroepiandrosterone levels. Imaging studies were also performed that showed accelerated bone age and the existence of a tumor. A left adrenalectomy was performed and stage 2 left virilizing adrenocrotical carcinoma was confirmed by pathological anatomy studies. He began chemotherapy treatment for this diagnosis and is currently being followed up. Conclusions: Adrenocortical carcinomas in children are mostly functioning and are one of the causes of peripheral early puberty. These are uncommon and aggressive, so genetic studies in families with hereditary syndromes would contribute to their early diagnosis for adequate treatment and better prognosis(AU)

A huge ovarian mucinous cystadenoma causing virilization, preterm labor, and persistent supine hypotensive syndrome during pregnancy.

Mucinous cystadenoma (MC) of the ovary is an unilateral, multilocular cystic benign epithelial tumor. Supposed to be hormone responsive, MC reaches huge sizes during pregnancy. Aortocaval compression is common during pregnancy, especially when the pregnant woman is in the supine position. However, the compression recovers with a change in position. The authors report the first case of a huge mucinous cystadenoma of the ovary complicating pregnancy and causing virilization, premature labor, and persistent supine hypotensive syndrome.

Congenital adrenal hyperplasia due to 11-beta-hydroxylase deficiency: description of a new mutation, R384X.

CASE DESCRIPTION: It is presented the phenotype of a new compound heterozygous mutation of the genes R384X and Q356X encoding the enzyme of 11-beta-hydroxylase. CLINICAL FINDINGS: Severe virilization, peripheral hypertension, and early puberty. TREATMENT AND OUTCOME: Managed with hormone replacement therapy (corticosteroid) and antihypertensive therapy (beta-blocker), resulting in the control of physical changes and levels of arterial tension. CLINICAL RELEVANCE: According to the phenotypic characteristics of the patient, it is inferred that the R384X mutation carries an additional burden on the Q356X mutation, with the latter previously described as a cause of 11-beta-hydroxylase deficiency. The description of a new genotype, as in this case, expands the understanding of the hereditary burden and deciphers the various factors that lead to this pathology as well as the other forms of congenital adrenal hyperplasia (CAH), presenting with a broad spectrum of clinical presentations. This study highlights the importance of a complete description of the patient's CAH genetic profile as well as their parents' genetic profile.

DESCRIPCIÓN DEL CASO: Se presenta el fenotipo de una nueva mutación heterocigota compuesta en los genes Q356X y R384X que codifican la enzima 11-beta-hidroxilada. HALLAZGOS CLÍNICOS: Virilización severa, pubertad precoz periférica e hipertensión. TRATAMIENTO Y RESULTADOS: Manejo con terapia de reemplazo hormonal con corticoide y antihipertensivo con beta-bloqueador con lo que se logró controlar los cambios físicos y los niveles de tensión arterial. RELEVANCIA CLÍNICA: Según las características fenotípicas del paciente se infiere que la mutación R384X acarrea una carga adicional a la mutación Q356X, esta última descrita como causa de deficiencia de 11-beta-hidroxilasa. La descripción de nuevos genotipos, como en este caso, permite ampliar la comprensión de la carga hereditaria y descifrar los diversos factores que llevan a que esta patología, así como las demás formas de hiperplasia suprarrenal congénita (HSC), se presenten con un amplio espectro de cuadros clínicos. Esto permite resaltar la importancia de una descripción completa del perfil genético del paciente con HSC y de sus padres.

Tumor ovárico de células esteroideas sin otra especificación, durante el embarazo

Los tumores de células esteroides de ovario se clasifican en luteoma estromal, tumor de células de Leydig y tumor de células esteroideas sin otra especificación, según su origen embrionario. El tumor ovárico de células esteroideas sin otra especificación es un tumor benigno raro, pero con potencial maligno; representa menos del 0,1% de todos los tumores de ovario. Deben ser considerados como causa de virilización en mujeres adultas por la producción de testosterona. Solo un feto femenino corre riesgo de virilización. Al igual que otros tumores del estroma ovárico, los tumores deben ser tratados quirúrgicamente. La cirugía está indicada en casos de agrandamiento ovárico unilateral sólido, debido a un 50% de probabilidad de malignidad. En el embarazo, los tumores ováricos de células esteroideas sin otra especificación son excepcionalmente raros y deben ser diferenciados del luteoma del embarazo y otras neoplasias malignas del ovario. Con mayor frecuencia pueden complicarse con rotura y/o torsión. Se presenta un caso de tumor ovárico de células esteroideas sin otra especificación durante el embarazo.

Ovarian steroid cell tumors are classified into stromal luteoma, Leydig cell tumor and steroid cell tumor not otherwise specified, according to their embryonal origin. Ovarian steroid cell tumor not otherwise specified is a rare benign tumor, but with malignant potential; it accounts for less than 0.1% of all ovarian tumors. They should be considered as a cause of virilization in adult women due to testosterone production. Only a female fetus is at risk of virilization. Like other ovarian stromal tumors, the tumors must be treated surgically. Surgery is indicated in cases of solid unilateral ovarian enlargement, due to a 50% chance of malignancy. In pregnancy, ovarian steroid cell tumors not otherwise specified are exceptionally rare and should be differentiated from luteoma of pregnancy and other malignant ovarian neoplasms. More frequently they may be complicated by rupture and/or torsion. A case of nonspecific ovarian steroid cell tumor during pregnancy is presented.

Virilizing adrenocortical carcinoma advancing to central precocious puberty after surgery.

Adrenocortical carcinoma (ACC) in pediatric and adolescent patients is rare, and it is associated with various clinical symptoms. We introduce the case of an 8-year-old boy with ACC who presented with peripheral precocious puberty at his first visit. He displayed penis enlargement with pubic hair and facial acne. His serum adrenal androgen levels were elevated, and abdominal computed tomography revealed a right suprarenal mass. After complete surgical resection, the histological diagnosis was ACC. Two months after surgical removal of the mass, he subsequently developed central precocious puberty. He was treated with a gonadotropin-releasing hormone agonist to delay further pubertal progression. In patients with functioning ACC and surgical removal, clinical follow-up and hormonal marker examination for the secondary effects of excessive hormone secretion may be a useful option at least every 2 or 3 months after surgery.

A sclerosing stromal tumor of the ovary with masculinization in a premenarchal girl.

A sclerosing stromal tumor of the ovary is an extremely rare benign tumor; it usually is found during the second and third decades of life. Patients present with pelvic pain or a palpable abdominal mass. Hormonal effects such as masculinization are uncommon. Here, an 11-year old premenarchal girl presented with deepening of the voice. In addition, clitoromegaly and hirsutism with a male suprapubic hair pattern were observed. The laboratory findings showed that the testosterone level was elevated to 3.67 ng/mL, andostenedione to above 10 ng/mL, dehydroepiandrosterone-sulfate to 346 µg/dL and 17-hydroxy progesterone (17-OHP) to 11.28 ng/mL. The chromosome evaluation revealed a 46,XX female karyotype. An adrenocorticotropic hormone stimulation test was performed. The 17-OHP to cortisol ratio in 30 minutes was 0.045, which suggested a heterozygote for the 21-hydroxylase deficiency. However, the CYP21A2 gene encoding steroid 21-hydroxylase showed normal. The pelvic ultrasound showed a heterogeneous mass consisting of predominantly solid tissue in the pelvic cavity. The pelvic magnetic resonance imaging revealed an 8.9×6.2×6.6 cm mass of the left ovary. A left oophrectomy was performed and microscopic examination confirmed a sclerosing stromal tumor. Immunohistochemical studies showed that the tumor was positive for smooth muscle actin and vimentin, but negative for S-100 protein and cytokeratin. Following surgery, the hormone levels returned to the normal range and the hirsutism resolved.

Congenital adrenal hyperplasia due to 11-beta-hydroxylase deficiency: description of a new mutation, R384X / Hiperplasia suprarrenal congénita por déficit de 11-beta-hidroxilasa: descripción de una nueva mutación, R384X

Abstract Case Description: It is presented the phenotype of a new compound heterozygous mutation of the genes R384X and Q356X encoding the enzyme of 11-beta-hydroxylase Clinical Findings: Severe virilization, peripheral hypertension, and early puberty. Treatment and Outcome: Managed with hormone replacement therapy (corticosteroid) and antihypertensive therapy (beta-blocker), resulting in the control of physical changes and levels of arterial tension. Clinical Relevance: According to the phenotypic characteristics of the patient, it is inferred that the R384X mutation carries an additional burden on the Q356X mutation, with the latter previously described as a cause of 11-beta-hydroxylase deficiency. The description of a new genotype, as in this case, expands the understanding of the hereditary burden and deciphers the various factors that lead to this pathology as well as the other forms of congenital adrenal hyperplasia (CAH), presenting with a broad spectrum of clinical presentations. This study highlights the importance of a complete description of the patient's CAH genetic profile as well as their parents' genetic profile.

Resumen Descripción del Caso: Se presenta el fenotipo de una nueva mutación heterocigota compuesta en los genes Q356X y R384X que codifican la enzima 11-beta-hidroxilada Hallazgos Clínicos: Virilización severa, pubertad precoz periférica e hipertensión. Tratamiento y Resultados: Manejo con terapia de reemplazo hormonal con corticoide y antihipertensivo con beta-bloqueador con lo que se logró controlar los cambios físicos y los niveles de tensión arterial. Relevancia Clínica: Según las características fenotípicas del paciente se infiere que la mutación R384X acarrea una carga adicional a la mutación Q356X, esta última descrita como causa de deficiencia de 11-beta-hidroxilasa. La descripción de nuevos genotipos, como en este caso, permite ampliar la comprensión de la carga hereditaria y descifrar los diversos factores que llevan a que esta patología, así como las demás formas de hiperplasia suprarrenal congénita (HSC), se presenten con un amplio espectro de cuadros clínicos. Esto permite resaltar la importancia de una descripción completa del perfil genético del paciente con HSC y de sus padres.