1.Klinefelter's Syndrome.
Moon Sik PARK ; Young Il CHA ; Ki Bong PARK
Korean Journal of Urology 1969;10(4):177-181
Additional two cases of Klinefelter's syndrome with a literatural review was presented Two cases were revealed characteristics of Klinefelter's syndrome such as small testes, hyalinization of seminiferous tubules, azoospermia, increased FSH, normal 17-ketogteroid and positive sex chromatin. One case was associated with left inguinal crytorchidism.
Azoospermia
;
Hyalin
;
Klinefelter Syndrome*
;
Seminiferous Tubules
;
Sex Chromatin
;
Testis
2.Klinefelter's Syndrome.
Woo Sik LEE ; Hyun Tae LEE ; Tchang Kuk KIM ; Hyo Joong MOON
Korean Journal of Urology 1968;9(2):113-118
A study was made on the two cases of Klinefelter's Syndrome with review of literatures Two cases revealed findings characteristic of Klinefelter's Syndrome suck as small testes, hyalinization of seminiferous tubules. azoospermia, increased urinary gonadotropin, decreased urinary 17-ketosteroid, positive sex chromatin, gynecomastia and impotence.
Azoospermia
;
Erectile Dysfunction
;
Gonadotropins
;
Gynecomastia
;
Hyalin
;
Klinefelter Syndrome*
;
Male
;
Seminiferous Tubules
;
Sex Chromatin
;
Testis
3.A Case of Congenital Adrenogenital Syndrome.
Young Il CHA ; Kwang Nam KIM ; Moon Hwan KIM
Korean Journal of Urology 1970;11(3):163-167
A 5 year old girl was visited with the chief complaint of abnormal genitalia from birth. Physical examination revealed enlarged clitoris, urogenital sinus formation, increased urinary 17-ketosteroid, Jailer's test positive and sex chromatin positive. Diagnosis was made congenital adrenogenital syndrome.
Adrenogenital Syndrome*
;
Child, Preschool
;
Clitoris
;
Diagnosis
;
Female
;
Genitalia
;
Humans
;
Parturition
;
Physical Examination
;
Sex Chromatin
4.Klinefelter's Syndrome.
Hyung Ryoul HUR ; Byoung Yoon RIM ; Bang Ok CHUN
Korean Journal of Urology 1970;11(3):157-161
A study was made on the two cases of Klinefelter's Syndrome with review of literature. Two cases revealed findings of characteristics of Kiinefelter's Syndrome such as small testes, atrophy of seminiferous tubules, azoospermia, increased urinary gonadotropin, decreased urinary 17 Ketosteroid, positive Sex Chromatin, gynecomstia and impotence.
Atrophy
;
Azoospermia
;
Erectile Dysfunction
;
Gonadotropins
;
Klinefelter Syndrome*
;
Male
;
Seminiferous Tubules
;
Sex Chromatin
;
Testis
5.Sertoli Cell Adenomas in Complete Testicular Feminization Syndrome.
Min A KANG ; Jong Ho KIM ; Suck Chul CHOI ; Hoe Saeng YANG ; Jae Chul SIM ; Jung Ran KIM
Korean Journal of Obstetrics and Gynecology 1999;42(1):179-183
Testicular feminization is an uncommon genetic disorder with considerably familial predisposition and results in total feminization due to end-organ unresponsiveness to androgens. It is characterized by the presence of testes in phenotypically female with adequate breast development, normal extemal genitalia, absence of mullerian structures, and meager or absence of body hair. These patients characteristically have male karyotype(XY) and negative sex chromatin and are at increased risk of undergoing malignant transformation of the undescended gonad. In recent times, the malignant potential of the dysgenetic gonads in the intersex patients with a Y chromosome has been stressed by many authors, but few reports of an association between testicular feminization syndrome and benign tumors such as Sertoli cell adenomas. In the present study, postoperative pathology revealed that the gonads were Sertoli cell adenomas. The main features of clinical presentation and histological studies are briefly discussed with a review of the literature.
Adenoma*
;
Androgen-Insensitivity Syndrome*
;
Androgens
;
Breast
;
Female
;
Feminization
;
Genitalia
;
Gonads
;
Hair
;
Humans
;
Male
;
Pathology
;
Sex Chromatin
;
Testis
;
Y Chromosome
6.True Hermaphroditism.
Moon Kee JEONG ; Jong Byung YOON
Korean Journal of Urology 1983;24(1):127-132
True hermaphroditism is one of the rare congenital anomalies. Additional four cases of this anomaly are added to the 2 cases which were reported previously from the Dept. of Urology, Busan National University Hospital. Clinical review was performed about these 6 cases. The results were as follows; 1. The incidence of true hermaphroditism is 0.17% in 3,456 uro1ogicaladnrissions from Jan. 1964 to Mar. 1982, 1.6% in 380 admissions with congenital anomalies of the external genitalia and 25% in 24 admissions with hypospadias and cryptorchism during this period. 2. Hypospadias and cryptorchisrn are found in 6 cases, bifid scrotum 3 cases, and labioscrotal folds in 2 cases. Roentgenograms of retrograde urethrography were available in 4 cases and revealed blind vaginal pouch in 3 cases. Among these 3 cases, one had patent fallopian tube at the cephalad end of the pouch. The other one had well developed vagina and the uterus with patent fallopian tube. 3. The genital ducts were developed ipsilaterally in 9 gonads composed of pure testicular or ovarian tissues but developed to those of male pattern in 3 gonads containing the ovarian and testicular tissues. Among these 3 cases two cases did not have the vas deferens. 4. Of 6 gonads containing the testicular tissues, two were in the scrotum, 2 in inguinal and remained 2 were in the peritoneal cavity. Of gonads containing the ovarian tissues, seven were in the peritoneal cavity and one in the retroperitoneum. 5. Sex chromatin was positive in 3 cases, negative in 3 cases. 6. Of 5 cases who had been reared as male, two were assigned to female, one to male and remained 2 were not decided the sex. The other who had been reared as female was assigned to female. 7. The type of true hermaphroditism is lateral in 3 cases (Type I)and unilateral in 3 cases (Type IIIb 2 cases, Type IIIa I case)by the classification of Jones and Scott.
Busan
;
Classification
;
Cryptorchidism
;
Fallopian Tubes
;
Female
;
Genitalia
;
Gonads
;
Humans
;
Hypospadias
;
Incidence
;
Male
;
Ovotesticular Disorders of Sex Development*
;
Peritoneal Cavity
;
Scrotum
;
Sex Chromatin
;
Urology
;
Uterus
;
Vagina
;
Vas Deferens
7.First stage reconstruction of ambiguous external genitalia in children.
Paik Kwon LEE ; Seung Hyun HONG ; Young Jin KIM ; Poong LIM ; Myung Sik SHIN
Journal of the Korean Society of Plastic and Reconstructive Surgeons 1998;25(3):394-400
The criteria for the identification of sex are as follows; sex chromosome and chromatin, gonadal structure, morphology of the external genitalia, morphology of the internal genitalia, hormonal status, sex of rearing and gender role. During these steps, any disturbance may be presented clinically as a disorder of intersexuality. Hermaphroditism is a state of having ambiguous genitalia due to abnormal sexual differentiation. We experienced three children with ambiguous external genitalia. Two patients were male pseudohemaphrodites, who had a normal male chromosomal constitution of 46XY with incomplete masculinization of the external genitalia and hypospadia. One patient was female pseudohemaphrodite, who had a normal female chromosomal constitution of 46XX with male phallus-like enlarged clitoris associated with posterior labial fusion and single perineal urogenital orifice. There was elevated urinary 17 ketosteriod and hypertrophied adrenal gland on CT scan. We planned staged reconstruction because they were children. First stage reconstruction were surgical restoration of the ambiguous external genitalia to normal appearance and removal of contradictory gonadal structure as early as possible. Second stage reconstruction includes reconstruction of secondary sex characteristics after puberty such as mammaplasty, vaginoplasty, and facial plasty. Hormonal therapy was necessary for normalization of hormonal status and promotion of expression of secondary sex characteristics. In first stage reconstruction, we performed clitoroplasty by use of glans penis island flap with dorsal neurovascular bundle, labioplasty and orchiectomy in two male hermaphroites. All neoclitoris survived well with good preservation of sensation.
Adolescent
;
Adrenal Glands
;
Child*
;
Chromatin
;
Clitoris
;
Constitution and Bylaws
;
Disorders of Sex Development
;
Female
;
Gender Identity
;
Genitalia*
;
Gonads
;
Humans
;
Hypospadias
;
Male
;
Mammaplasty
;
Orchiectomy
;
Penis
;
Puberty
;
Sensation
;
Sex Characteristics
;
Sex Chromosomes
;
Sex Differentiation
;
Tomography, X-Ray Computed
8.A Case of Klinefelter's Syndrome.
Korean Journal of Urology 1966;7(2):99-109
A case of Klinefelter's syndrome was reported and recent related literatures were reviewed. Case report: T. B., a 29 year-old Korean unmarried man, complained of small testes and gynecomastia. The history revealed no significant antecedent episodes which could have related to his problem. He was born when his father was 40 and his mother was 38 years old. He has no brothers nor sisters. He graduated from a university four years ago with poor record. He has been employed as a clerk of a bank Physical examination revealed a well-nourished and developed man: height, 166cm.; symphysis pubis to floor, 97 cm.; span, 168 cm.; breadth of hips, 43 cm.; breadth of shoulders, 42 cm.; hips. 92 cm.; bast, 93 cm.; weight, 67 kg. Body hairs, beard and axillary hairs were rudimentary. Pubic escutcheon was of female type and breasts were also of female type. Fatty tissue was distributed so well around the hips and breasts, that he was of female body constitution. No abnormalities were demonstrated on eyes, chest and abdomen. The penis was 5.7cm. in length. Each testis in the scrotum was palpated as a bean size. Epididymes were almost normal but prostate gland was felt flat and small. Frequency of ejaculations was once a week. (fig. 1) Laboratory examinations: routine blood and urine tests were within normal ranges. A semen sample was devoid of spermatozoa. VDRL was negative. Urinary gonadotropins for 24 hours were elevated. Urinary 17-ketosteroid for 24 hours showed 11.09 mg. The oral mucosal smear revealed that 25 per cent of the cells contained a single chromatin masses (Barr bodies). Testicular biopsies revealed characteristic findings of the syndrome. There were hyalinized seminiferous tubules, occasional tubules which contained only Sertoli ells and an increased number of interstitial cells for the most part appearing in clumps adjacent to the larger seminiferous tubules containing cells. (fig. 2) The recent literatures related to pathogenesis, terminology, sex differentiation, sex chromosome. sex chromatin, signs and symptoms of the syndrome were reviewed.
Abdomen
;
Adipose Tissue
;
Adult
;
Biopsy
;
Body Constitution
;
Breast
;
Chromatin
;
Ejaculation
;
Fathers
;
Female
;
Gonadotropins
;
Gynecomastia
;
Hair
;
Hip
;
Humans
;
Hyalin
;
Klinefelter Syndrome*
;
Male
;
Mothers
;
Penis
;
Physical Examination
;
Prostate
;
Reference Values
;
Scrotum
;
Semen
;
Seminiferous Tubules
;
Sex Chromatin
;
Sex Chromosomes
;
Sex Differentiation
;
Shoulder
;
Siblings
;
Single Person
;
Spermatozoa
;
Testis
;
Thorax
9.Sperm DNA fragmentation and sex chromosome aneuploidy after swim-up versus density gradient centrifugation.
Sung Woo KIM ; Byung Chul JEE ; Seul Ki KIM ; Seok Hyun KIM
Clinical and Experimental Reproductive Medicine 2017;44(4):201-206
OBJECTIVE: The aim of this study was to compare the efficacy of swim-up and density gradient centrifugation (DGC) for reducing the amount of sperm with fragmented DNA, sex chromosome aneuploidy, and abnormal chromatin structure. METHODS: Semen samples were obtained from 18 healthy male partners who attended infertility clinics for infertility investigations and were processed with swim-up and DGC. The percentages of sperm cells with fragmented DNA measured by the sperm chromatin dispersion test, normal sex chromosomes assessed by fluorescence in situ hybridization, and abnormal chromatin structure identified by toluidine blue staining were examined. RESULTS: The percentage of sperm cells with fragmented DNA was significantly lower in the swim-up fraction (9.7%, p=0.001) than in the unprocessed fraction (27.0%), but not in the DGC fraction (27.8%, p=0.098). The percentage of sperm cells with normal X or Y chromosomes was comparable in the three fractions. The percentage of sperm cells with abnormal chromatin structure significantly decreased after DGC (from 15.7% to 10.3%, p=0.002). The swim-up method also tended to reduce the percentage of sperm cells with abnormal chromatin structure, but the difference was not significant (from 15.7% to 11.6%, p=0.316). CONCLUSION: The swim-up method is superior for enriching genetically competent sperm.
Aneuploidy*
;
Centrifugation, Density Gradient*
;
Chromatin
;
DNA Fragmentation*
;
DNA*
;
Fluorescence
;
Humans
;
In Situ Hybridization
;
Infertility
;
Male
;
Methods
;
Semen
;
Sex Chromosomes*
;
Spermatozoa*
;
Tolonium Chloride
;
Y Chromosome
10.Clinical Experiences with Cases of Intersex.
Woung Choon AHN ; Hak Song LEE
Korean Journal of Urology 1967;8(2):109-120
In recent years active research on sexual anomalies, especially on the conditionsof intersex is rapidly progressing. It is not until Barr et al, have clarifiedthe epochmaking discovery of sex chromosome test that the concept of chromosomalintersex was firmly established. Reported here are 6 cases of intersex admittedto the Department of Urology, Seoul National University Hospital. Aceerding tothe results of observation on the sex chromatin. external or internal genitalia,in some, hormonal balance, utilizing various methods of urological examination, 6 cases of intersex have been confirmed. These patients consist of 1 case of truehermaphroditism, 2 cases of male pseudohermaphroditism. 2 cases of femalepseudohermaphroditism with congenital adrenogenital syndrome and one case ofKinefelter's syndrome. In summary the first case of true hermspbroditismapparently looked like a hypospadiac male with atrophied testis as gonad but afterpuberty the ovarian activity became manifest and gynecomastia developed. Therefore is out of the question that this case is a true hermaprodite possessing bothtestis and ovary. Considering this patient's sex of rearing, correction of hypospadia was performed. This patient leads his social life by virtue oftestosterone supply. The second case is a male pseudohermaphroditism patientconfirmed by exploratory laparotomy which revealed degenerative change of femalegonads and reproductive organ. However, the active gonad was testis andaccordingly it is apparent that this is a male pseudohermaphroditism case. Thispatient had the hope to live as a female. Therefore according to the patient's own wish, hypospadia correction plus phallectomy and vaginoplasty were performedand was feminized. Estrogen therapy has been received, but masculinizing symptomsare still present. The 3rd case had severe hypospadia with cryptorchism. Theexternal appearance, however, was like that of a female. Laparotomy revealed no gonads or reproductive organ. Biopsy revealed atrophic testis. Therefore thediagnosis of sale pseudohermaphroditism was made. This child was performedhypospadia correction and was decided to be reared as a male. The 4th case afirmly established adrenogenital syndrome patient, has received clitoridectomyand cortisone therapy was indicated and is under observation. The 5th case alsois a child with adrenogenital syndrome. Bilateral partial adrenalectomy wasperformed and simultaneously cortisone therapy was continued. However, clinical manifestations of Cushing's syndrome appeared because of overdosage of cortisone. In this case, clitoridectomy and vaginoplasty were performed. The 6th patient was a chromosomal intersex. Chromosomal test was positive and large gynecomastia was present. Testicular biopsies revealed characteristic findings of the Klinefelter's syndrome. There were hyalinzed seminiferous tubules, hypertrophy of the basement membrane, and an increased number of interstitial cells appearing in clumps. Testosterone therapy was performed to correct mental symptoms and decreased libido. Gynecomastia is to be removed surgically. It is important on the diagnosis of intersex to confirm the existence of urogenital sinus. Urogenital sinus was present in 4 of our cases. As with 2nd case, adaptability of patients with intersex will be more secure to make the social sex as a female than to make it as a male. Recent related literatures were reviewed.
46, XY Disorders of Sex Development
;
Adrenalectomy
;
Adrenogenital Syndrome
;
Basement Membrane
;
Biopsy
;
Child
;
Circumcision, Female
;
Commerce
;
Cortisone
;
Cryptorchidism
;
Cushing Syndrome
;
Diagnosis
;
Disorders of Sex Development
;
Estrogens
;
Female
;
Gonads
;
Gynecomastia
;
Hope
;
Humans
;
Hypertrophy
;
Hypospadias
;
Klinefelter Syndrome
;
Laparotomy
;
Libido
;
Male
;
Ovary
;
Seminiferous Tubules
;
Seoul
;
Sex Chromatin
;
Sex Chromosomes
;
Testis
;
Testosterone
;
Urology
;
Virtues