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Background : Assessment of Sexual Maturity Rating and Testicular Volume are indispensable in the routine assessment of puberty in boys. There is paucity of data in Indian population for Testicular Volume particularly in early adolescence. Aims : The aims of the study were to collect data for testicular volume,correlate testicular volume with Sexual Maturity Rating (SMR) and the clinical onset of puberty; and to identify Testicular abnormalities in boys aged 5 to 17 years in an Urban setting in Gujarat, India. Materials and Methods : A prospective observational study was undertaken in boys aged5 to 17years of age from Gujarat from April, 2019 to August, 2019. Mean Testicular Volume was measured with a Prader抯 orchidometer. Parameters like Age, Weight and Height were also measured and Body Mass Index (BMI) was calculated. Pubertal stage was categorized using Tanner staging. Data was statistically analyzed using Microsoft Excel and SPSS software. Results : 977 boys were included in the study. Mean age at SMR stage 2 was 11.22 years. SMR stage 2 was earliest seen at 6 years and latest at 15 years of age. 15% of boys in pre-adolescence, 60% in early adolescence and 94% in middle adolescence showed changes of Puberty. Precocious puberty was detected in 33 boys (3.38%). Delayed Puberty was detected in 4 boys (0.4%) and Undescended Testes in 4 boys (0.4%). Testicular Volume showed positive correlation with Weight, Height and BMI.
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OBJECTIVE@#Testicular size is an important determinant of sexual maturity in males. The authors determined the average testicular volume of patients in different age groups who underwent scrotal ultrasonography at the Jose R. Reyes Memorial Medical Center (JRRMMC).@*METHODS@#A database search was performed using the SoliPacs system from January 2016 to October 2020. Ultrasound reports including a scrotal examination were included. Testicular measurements, i.e., length, width, and height were recorded. Ultrasound reports with abnormal testes findings were excluded from the study.@*RESULTS@#A total of 769 patients fulfilled the search criteria. A total of 1354 testes were included in the study after excluding 184 testes with ultrasonographic testicular abnormalities. Testicular size began increasing in size after the age of 10, starting at an average size of 1.9 ml, reaching adult size (15.1 ml) at 17 years of age. The average testicular size, around 17 ml remains the same throughout adulthood (17 to 60 years of age) and begins to decline during senescence (>60 years of age). @*CONCLUSION@#Scrotal ultrasonography is a useful and convenient tool in determining testicular volume. The results of this study demonstrate the average adult testicular volume (17 ml) among Filipinos sampled in JRRMMC, as well as the trends in volume growth and decline according to age.
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UltrasonographyABSTRACT
Testicular volume (TV) is considered a good clinical marker of hormonal and spermatogenic function. Accurate reference values for TV measures in infertile and fertile men are lacking. We aimed to assess references values for TV in white-European infertile men and fertile controls. We analyzed clinical and laboratory data from 1940 (95.0%) infertile men and 102 (5.0%) fertile controls. Groups were matched by age using propensity score weighting. TV was assessed using a Prader orchidometer (PO). Circulating hormones and semen parameters were investigated in every male. Descriptive statistics, Spearman's correlation, and logistic regression models tested potential associations between PO-estimated TV values and clinical variables. Receiver operating characteristic (ROC) curves were used to find TV value cutoffs for oligoasthenoteratozoospermia (OAT) and nonobstructive azoospermia (NOA) status in infertile men. The median testicular volume was smaller in infertile than that of fertile men (15.0 ml vs 22.5 ml; P < 0.001). TV positively correlated with total testosterone, sperm concentration, and progressive sperm motility (all P ≤ 0.001) in infertile men. At multivariable logistic regression analysis, infertile status (P < 0.001) and the presence of left varicocele (P < 0.001) were associated with TV < 15 ml. Testicular volume thresholds of 15 ml and 12 ml had a good predictive ability for detecting OAT and NOA status, respectively. In conclusion, infertile men have smaller testicular volume than fertile controls. TV positively correlated with total testosterone, sperm concentration, and progressive motility in infertile men, which was not the case in the age-matched fertile counterparts.
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Background: The most obvious and important changes during puberty are secondary sexual characters. To check the correlation between testicular volumes with secondary sexual characters, nutritional status in Udaipur schoolboy's assessment of testicular volume by prayer orchidometer is easy and reliable and accurate method in community. Aim of the study was to find out mean testicular volume by prader orchidometer at different stages of pubertal development.Methods: Children between 10 to 18 years of age (525 in numbers) from schools of Udaipur city were included. Children thoroughly examined for presence of any systemic disorders or major surgery was excluded. Informed consent with parents was taken Testicular volume assessment done by praders orchidometer with Tanner staging and correlation was statically analysed.Results: Maximum boys belonged to 15-16 years of age group (14.7%), and minimum belongs to 10-11 years age group (9.3%). Secondary sexual characters increases as mean testicular volume increases. The mean testicular volume for P1 (4.46 ml) and P5 (22.68 ml) and G1 (4.69 ml) and G5 (23.27 ml) with a p<0.05.Conclusions: Testicular volume adds more objectivity in SMR detection and helps to differentiate early genital maturation than pubic hair. Study population had early rise of testicular volume before pubic hair clinically visible which shows that testicular volume is the first to increase with the onset of puberty.
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The aim of this study was to determine whether testicular volume is correlated with clinical and biochemical markers of hypothalamic-pituitary-testicular (HPT) axis function. This was a cross-sectional substudy of a larger randomized controlled trial including obese men, body mass index (BMI) ≥30 kg m-2, with a total testosterone level <12 nmol l-1. Testicular volume was measured by orchidometer, testosterone by liquid chromatography/tandem mass spectrometry, and body composition by dual-energy X-ray absorptiometry. Men completed the Aging Males' Symptoms (AMS) score, International Index of Erectile Function-5 (IIEF-5), physical function, and handgrip dynamometer testing. Eighty-nine men participated with a median (interquartile range [IQR]) age of 53.1 (47.6, 59.2) years, BMI of 37.0 (34.6, 40.5) kg m-2, and a total testosterone of 7.0 (6.1, 7.9) nmol l-1. Median testicular volume was 18 (IQR: 10, 20) ml. Testicular volume was negatively correlated with BMI (τ =-0.1952, P = 0.010) and total fat mass (τ =-0.2115, P = 0.005) independent of age and testosterone. When BMI, testosterone, sex hormone-binding globulin (SHBG), and luteinizing hormone (LH) were present in a multivariable model, only BMI (-0.38 ml change in testicular volume per 1 kg m-2BMI; 95% CI:-0.74,-0.02; P = 0.04) and LH (-0.92 ml change in testicular volume per 1 IU l-1 LH; 95% CI:-1.75,-0.095; P = 0.03) remained independent significant predictors of testicular volume. Testicular volume was positively correlated with IIEF-5 (τ = 0.2092, P = 0.021), but not related to handgrip strength, physical function tests, or AMS. In obese men, testicular volume is inversely and independently associated with measures of adiposity, but not with most clinical or biochemical markers of HPT axis action. From a clinical perspective, this suggests that obesity might compromise the reliability of reduced testicular volume as a sign of androgen deficiency in men.
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Varicocele is a common finding in men. Varicocele correction has been advocated for young patients with testicular hypotrophy, but there is a lack of morphofunctional follow-up data. We assessed whether percutaneous treatment of left varicocele is associated with testicular 'catch-up growth' in the following 12 months by retrospectively reviewing data from an electronic database of 10 656 patients followed up in our clinic between 2006 and 2016. We selected all young adults (<35 years) with left varicocele who underwent percutaneous treatment, had a minimum of 12 months' ultrasound imaging follow-up, and had no other conditions affecting testicular volume. One hundred and fourteen men (mean±standard deviation [s.d.] of age: 22.8 ± 5.4 years) met the inclusion and exclusion criteria. Left testicular hypotrophy (LTH), defined as a ≥20% difference between left and right testicular volume at baseline, was observed in 26 (22.8%) men. Participants with LTH (mean±s.d.: 14.5 ± 2.7 ml) had lower baseline testicular volume compared to those without LTH (mean±s.d.: 15.7 ± 3.8 ml; P = 0.032). Repeated measures mixed models showed a significant interaction between LTH and time posttreatment when correcting for baseline left testicular volume (β = 0.114, 95% confidence interval [CI]: 0.018-0.210, P = 0.020), resulting in a catch-up growth of up to 1.37 ml per year (95% CI: 0.221-2.516). Age at intervention was also associated with reduced testicular volume (-0.072 ml per year, 95% CI: -0.135 - 0.009; P = 0.024). Percutaneous treatment of left varicocele in young adults with LTH can result in catch-up growth over 1 year of follow-up. The reproductive and psychological implications of these findings need to be confirmed in longer and larger prospective studies.
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Objective To explore the testis development and epididymis in the preterm and term newborns so as to provide the scientific evidence for early clinical diagnosing early.Methods From October 2016 to March 2018,456 hospitalized neonates at Department of Neonatology,the First Affiliated Hospital of Zhengzhou University were recruited within 7 days at birth in this study.In these patients,224 cases were preterm newborns and 232 cases were term newborns.These gestational ages of newborns at birth were (36.18 ± 3.13) weeks (27-41 +6 weeks) and weighted (2.66 ± 0.67) kg(0.90-3.82 kg).The size of the testis and epididymis were measured by ultrasonography.Results The mean testicular volume of the preterm was (0.24 ± 0.07) mL.The mean length of epididymal head,thickness of epididymal head and body and tail of the preterm newborns were (4.17 ±0.59) mm,(2.58 ±0.39) mm,(1.78 ± 0.26) mm,(1.91 ± 0.24) mm,respectively.The mean testicular volume of the term newborns was (0.38 ± 0.13) mL,the mean length of epididymal head,thickness of epididymal head and body and tail of the term newborns were (4.49 ± 0.45) mm,(2.78 ± 0.34) mm,(1.95 ± 0.20) mm,(1.99 ± 0.16) mm,respectively.The mean testicular volume,length of epididymal head,thickness of epididymal head and body and tail of the preterm newborns were significantly lower compared with the term newborns (t =12.810,8.261,6.819,8.058,3.591,all P ＜0.001).The mean testicular volume of the newborns were highly linear positively correlated with gestational age,birth weight and birth length (r =0.538,0.591,0.533,all P ＜ 0.001).In the preterm newborns at postmenstrual age (PMA) of 37 weeks,the mean testicular volume,length of epididymal head,thickness of epididymal head and body and tail of the preterm newborns had no significant difference between the 2 groups (t =1.561,0.863,0.282,1.732,1.147,all P ＞ 0.05).Conclusions The testicular volume,the length of epididymal head,thickness of epididymal head and body increase with gestational age,birth weight and birth length in early neonates.The growth of reproductive system in the preterm newborns at PMA 37 weeks catch-up with term newborns.If this catch-up growth was incomplete at PMA 37 weeks,special attention should be given to monitor underlying diseases.
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Objective To investigate the clinical value of serum follicle stimulating hormone(FSH) and testicular volume in the etiology diagnosis of azoospermia.Methods The clinical data of 373 patients with azoospermia were analyzed retrospectively.The patients were divided into the group A,B and C according to their FSH detected level.The FSH level was normal in the group A,slightly increase in the group B and severe increase in the group C.The testicular volume and the spern retrieval success rate of each group were analyzed statistically.Results The testicular sperm retrieval success rates in the group A,B and C were 70.81％,22.22％ and 0 respectively;the average testicular volumes in the three groups were(11.39±5.06),(8.79±4.18),(6.96±4.12)mL respectively,the differences among the three groups were statistically significant(P＜0.05).Conclusion In the patients with azoospermia,the FSH level and testicular volume help to judge the testicular spermatogenic functional status and identify the type of azoospermia.
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Genital size is a crucial index for the assessment of male sexual development, as abnormal penile or testicular size may be the earliest visible clinical manifestation of some diseases. However, there is a lack of data regarding penile and testicular size measurements for Chinese boys at all stages of childhood and puberty. This cross-sectional study aimed to develop appropriate growth curves and charts for male external genitalia among children and adolescents aged 0-17 years in Chongqing, China. A total of 2974 boys were enrolled in the present study. Penile length was measured using a rigid ruler, penile diameter was measured using a pachymeter, and testicular volume was determined using a Prader orchidometer. Age-specific percentile curves for penile length, penile diameter, and testicular volume were drawn using the generalized additive models for location, scale, and shape. Very similar growth curves were found for both penile length and penile diameter. Both of them gradually rose to 10 years of age and then sharply increased from 11 to 15 years of age. However, testicular volume changed little before the age of 10 years. This study contributes to the literature covering age-specific growth curve and charts about male external genitalia in Chinese children and adolescents. These age-related values are valuable in evaluating the growth and development status of male external genitalia and could be helpful in diagnosing genital disorders.
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Objective Through testicular sperm aspiration (TESA),testicular biopsy,and detection of serum reproductive hormone levels and testicular volume in azoospermia patients,to explore the correlation between spermatogenic function of testis and serum FSH,LH,INHB levels,and testicular volume.Methods 76 cases of azoospermia patients were collected as the research objects.Chemiluminescence method was employed to detect the levels of serum reproductive hormone,and testis model was used to detect testicular volume.Routine disinfection was given to make TESA.According to TESA results,patients were divided into sperm group (group A),and azoospermia group (group B).According to testicular biopsy results,patients were divided into normal spermatogenic function group (group C),sperm maturation block group(group D),permatogenic dysfunction group (group E),and sertoli-cell-only syndrome group (group F).At the same time,40 cases of healthy male were selected as the control group (group G),and they received sperm routine examination,serum reproductive hormone and testicular volume detection.Results The level of serum FSH,LH,INHB and testicular volume in group A and C had no significant difference compared with that in group G(P＞0.05).The level of serum FSH and LH was significantly higher in group C than that in group G.The level of serum INHB and testicular volume was significantly lower than that in group G (P＜0.05).The level of serum FSH in group E was higher than in group G.The level of serum INHB in group D and E was lower than that in group G,and the difference was statistically significant (P＜0.05).Spearman correlation analysis showed that the spermatogenic function of testis was negatively correlated with serum FSH and LH levels,and positively correlated with serum INHB level and testicular volume (P＜0.05).Conclusion The detection of serum FSH,LH,INHB levels and testicular volume has important clinical value for predicting testicular spermatogenie function in azoospermia patients,and can be used to guide clinical testicular sperm aspiration.
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Objective Through testicular biopsy and detection of serum sex hormone levels in patients with azoospermia,to explore the relationship between spermatogenic function of testis,testicular volume and serum LH and FSH levels.Methods 80 cases of azoospermia patients adimitted from Jan.2012 to Dec.2014 were collected as the research object.Immunization method was used to detect the serum sex hormone leve,testis model was adopted to detect testicular volume,and routine disinfection was given to make testicular biopsy.According to testicular biopsy results,patients were divided into normal spermatogenic function group (group A),spermatogenic dysfunction group (group B),sertoli-cell-only syndrome group (group C);percutaneous sperm group (group D),and puncture azoospermia group (group E).At the same time,50 cases of healthy male were selected as the control group and they received sperm routine examination and sex hormone detection.Correlation between spermatogenic function of testis,testicular volume and serum LH and FSH levels were studied.Results Serum levels of LH and FSH had no significant difference among group A,group B and the control group (P＞0.05).Serum level of LH and FSH was significantly higher in group C than that in group A,group B and the control group,and the differences had statistical significance (P＜0.05).Serum level of LH and FSH in group D had no significant difference compared with that of the control group (P＞0.05).Serum level of LH and FSH in group E was significantly higher than that in group D and the control group,and the difference had statistical significance (P＜0.05).The level of LH and FSH was significantly higher in abnormal testicular group than that in normal testis group,and the difference had statistical significance (P＜0.05).Spearman correlation analysis showed that the spermatogenic function of testis was negatively correlated with serum LH and FSH levels (r=-0.473,-0.441,P＜0.05).Testicular volume was negatively correlated with serum LH and FSH levels(r=-0.643,-0.715,P＜0.05),and the difference had statistical significance.Conclusion The determination of serum LH and FSH levels has important clinical value for predicting testicular spermatogenic function in azoospermia patients,and can be used to guide clinical puncture and prognosis judgement.
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Objective To investigate the correlation between the testicular volume and reproductive hormones level with sperm cytological detection results in azoospermic patients .Methods Based on the WHO male infertility etiology diagnosis classification criteria ,973 azoospermic patients were divided into the obstructive azoospermia (OA ) and non‐obstructive azoospermia (NOA ) . Then NOA was divided into the existing spermatogenic cells type group and non‐existing spermatogenic cells type group according to the sperm spermatogenic cell detection results .The testicular volume and reproductive hormones levels were statistically analyzed and compared among various groups .Results In 973 azoospermia patients ,235 cases were OA (24 .15% ) and 738 cases were NOA (75 .85% ) .There were 410 cases (55 .56% ) of existing spermatogenic cells type and 328 cases(44 .44% ) of non‐existing spermato‐genic cells type .The testicular volume in the existing spermatogenic cells type group and non‐existing spermatogenic cells of NOA was clearly reduced ,the T and T/LH were lower ,while the LH and FSH levels were significantly increased ,the difference between the OA group and the NOA group had statistical difference (P0 .05) .Conclusion The testicular volume and reproductive hormones level are closely related with the detection quantity of sperm cells and the detection of T /LH is helpful for understanding the relation between the function of leydig cells and basement membrane change .
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Teratozoospermia (<40% morphologically normal spermatozoa/ejaculate) is a frequent phenomenon in feline species. This research was carried out to study the possible differences in testicular volume, differential sperm morphometric traits, and potential differences regarding the sperm subpopulational structure during epididymal sperm maturation in teratozoospermic feline donors. Epididymal sperm samples were collected from the caput (R1), corpus (R2), and cauda (R3) epididymidis in two donor groups (N: normozoospermic; T: teratozoospermic). Aliquots were assessed for concentration, viability, motility, and acrosomal integrity. Sperm morphometric descriptors from CASA-Morph analysis were analyzed by the Principal Component Analysis (PCA) and clustering analyses. Irrespective of the group analyzed, PCA revealed two Principal Components (PCs) for each epididymal region explaining more than the 93% of the variance. Surprisingly, the number of subpopulations remained constant in regions R1-R2-R3 irrespective of the donor group analyzed. However, the distribution of these subpopulations was found to be structurally different and strongly influenced by the epididymal region and the donor group. In conclusion, testicular morphometry and the sperm subpopulation structure were different in N and T donors. The alterations in subpopulations during epididymal maturation could be used as a potential clinical indicator of teratozoospermic individuals since an important influence of teratozoospermia on sperm subpopulation structure has been demonstrated.
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Introduction: Recently there has been an increased association between environmental factors and male infertility. Aims: In the present study, the effect of changes in testicular biometric parameters (weight and volume) and testicular function (Sperm count, morphology, testosterone level) in Cadmium chloride administered Wistar rats was studied. Methodology: Twenty male albino Wistar rats were randomized into four groups (n=5). Group A (control) received rat chow and water, while Group B, C and D received 15mg/L, 20mg/L and 25mg/L of Cadmium chloride respectively for 6 weeks. Result: There was a significant (P=.05) and dose dependent decrease in testicular function parameters in the rats and a significant (P=.05) and positive correlation between the biometric parameters and testicular function. Conclusion: The findings showed that Cadmium chloride has a deleterious effect on testicular function and biometric parameters of the testes may be important in the assessment of testicular function.
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PURPOSE: The aim of this study is to assess effects of testicular volume difference and retrograde venous flow of pampiniform plexus measured by Duplex Doppler Ultrasonograpy (DDU) in patients with adolescent varicocele. MATERIALS AND METHODS: Physical examinations and DDU were performed to assess varicocele in fifty five patients with left sided adolescent varicocele. During both normal respiration and the Valsalva's maneuver, the maximum venous diameter (MVD), maximal velocity of reflux and the peak retrograde flow volume (RFV) was measured by DDU. The percentage testicular volume difference (%) between the right and left testicle was calculated as (right testicular volume-left testicular volume)x100/right testicular volume and divided into 3 group; below 10%, 10~20%, >20%. Grade of varicocele, MVD and peak RFV were analyzed as possible determinants of testicular hypotrophy in adolescent varicocele. RESULTS: A total of 55 patients (mean age 17.8 years, range 12 to 20) were included in this study. Of these, physical examination reviewed that 7 (12.7%), 18 (32.7%), 30 (54.6%) patients had grade I, II or III varicoceles on the left side respectively. The mean MVD was significantly higher according to grade of varicocele. The mean maximal velocity of reflux was significantly higher in the patients grade II and III than grade I, but was not significant between grade II and III. The mean peak RFV was significantly higher according to grade of varicocele. RFV was the only significant parameter of predictive value for percentage testicular volume difference. CONCLUSIONS: Patients with peak RFV >35ml minutes showed significant reduction of testicular volume. Measurement of RFV is recommended as predictive tools for assessing the percentage testicular volume difference in patients with adolescent varicocele.
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Adolescent , Humans , Organophosphorus Compounds , Physical Examination , Respiration , Testis , Triazoles , Valsalva Maneuver , VaricoceleABSTRACT
PURPOSE: The aim of this study was to compare testicular volumes measured by Prader orchidometer and scrotal ultrasound. MATERIALS AND METHODS: The volumes of 467 adult male testes were measured by Prader orchidometer and scrotal ultrasound. The testicular volumes on ultrasound were calculated by the formula: length x width x height x 0.71. The testicular volumes of the Prader orchidometer were divided into two groups: 15 ml or less, and over 15 ml. The two measurements were compared for each group. RESULTS: In the group with testicular volumes of 15 ml or less, the testicular volumes measured by orchidometer(13.29+/-1.94 ml) were significantly smaller than those measured by ultrasound(14.83+/-2.76 ml). In contrast, the group with over 15 ml did not show any significant difference in the volumes measured by orchidometer(21.21+/-2.58 ml) versusultrasound(20.77+/-4.26 ml). Mean paired differences of the testicular volumes between the orchidometer and ultrasound were 1.54+/-2.65 ml for the group with 15 ml or less and -0.44+/-3.38 ml for the group over15 ml these values are significantly different. CONCLUSIONS: In cases of testicular volume of 15 ml or less measured by Prader orchidometer, scrotal ultrasound is necessary for an accurate measurement of the volume.
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Adult , Humans , Male , Testis , UltrasonographyABSTRACT
PURPOSE: The aim of this study was to estimate the current prevalence of varicocele and their effect on the testicular volume. MATERIALS AND METHODS: The relationship between testicular volume and the degree of varicocele, as classified by Dubin-Amelar, was evaluated in 1,281 Korean school boys, between 15 and 18 years of age. All examinations were carried out by a single urologist, and the testicular volume was measured in the upright posture using a Prader's orchidometer. All the boys were assessed for their previous medical history, family history. RESULTS: There was a 12.9% prevalence of varicocele in the adolescents. The mean testicular volume in the control groups was 14.29+/-2.10ml on the left and 14.45+/-2.13ml on the right. Patients with left varicocele had a testicular volume of 13.09+/-2.34ml on the left and 13.24+/-2.32ml on the right. The testicular volume of patients with a grade I varicocele were similar to those in the control group. Patients with grade II and III varicoceles had significantly smaller testes than the control groups. CONCLUSIONS: The reduction in testicular volume due to a varicocele correlated with the severity of the varicocele grade. Careful evaluation for testicular volume loss, and early surgical intervention, should be offered to adolescent patients with varicoceles.
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Adolescent , Humans , Posture , Prevalence , Testis , VaricoceleABSTRACT
PURPOSE: The aim of this study was to estimate the current prevalence of varicocele and their effect on the testicular volume. MATERIALS AND METHODS: The relationship between testicular volume and the degree of varicocele, as classified by Dubin-Amelar, was evaluated in 1,281 Korean school boys, between 15 and 18 years of age. All examinations were carried out by a single urologist, and the testicular volume was measured in the upright posture using a Prader's orchidometer. All the boys were assessed for their previous medical history, family history. RESULTS: There was a 12.9% prevalence of varicocele in the adolescents. The mean testicular volume in the control groups was 14.29+/-2.10ml on the left and 14.45+/-2.13ml on the right. Patients with left varicocele had a testicular volume of 13.09+/-2.34ml on the left and 13.24+/-2.32ml on the right. The testicular volume of patients with a grade I varicocele were similar to those in the control group. Patients with grade II and III varicoceles had significantly smaller testes than the control groups. CONCLUSIONS: The reduction in testicular volume due to a varicocele correlated with the severity of the varicocele grade. Careful evaluation for testicular volume loss, and early surgical intervention, should be offered to adolescent patients with varicoceles.
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Adolescent , Humans , Posture , Prevalence , Testis , VaricoceleABSTRACT
PURPOSE: The goal of this study was to estimate development of secondary sex characters and genitalia including testicular volume, penile length and girth, and prevalence of varicocele. In addition, we evalua ted the relationship between testicular volume and presence of varicocele. MATERIALS AND METHODS: A cross sectional study was conducted on 893 school boys between the ages of 14 to 15 years, 3rd grade middle school in Chonju city during the period september to October, 1999. The testicular volume was measured in the upright posture using Prader's orchidometer and penile length and girth were estimated with a ruler. Varicocele was evaluated by dubin's method. RESULTS: The testis volume (mean+/-SD) was 10.20+/-2.6ml on right and 9.93+/-2.6 on left and penile length (mean+/-SD) was 10.9+/-1.6cm and penile girth (mean+/-SD) was 8.0+/-0.8cm. The prevalence of varicocele was 38.2% (342/893) in left side, 16%(146/893) in right side. The difference in testicular volume between right and left testis was statistically significant in students with unilateral varicocele than the students without varicocele (0.78+/-1.06ml v/s, 0.54+/-1.01ml, p=0.004). CONCLUSIONS: In this study, we obtained mean testicular volume, penile length and girth and higher incidence rate of varicocele on adolescent school age group in Chonju area. The difference in testicular varicocele. The reduction of the testicular volume with varicocele correlated with the severity of grade of varicocele need following up to disclose the effect of the varicocele on the testicular growth and fertility potential.
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Adolescent , Humans , Fertility , Genitalia , Incidence , Posture , Prevalence , Testis , VaricoceleABSTRACT
Objective To evaluate the laparoscopic Palomo procedure in the management of varicocele in adolescent by assessment of the postoperative testicular growth and the changes of the biggest vessel diameter of varix. Methods From July 1999 to March 2004, laparoscopic high mass - ligation of testicular vessels according to Palomo procedure was performed on 31 boys who all presented with left varicocele Before and after operation at 1 month,3 and 6 months, the biggest vessel diameter of varicocele was measured by ultrasonography, testicular blood supply was evaluated by color Doppler flow imaging(CDFI) ,and fastis was recorded in length, width and thickness by ultrasonographic measurement, which volume was calculated by the formula V =?/6 ? length ? width ? thickness. Also the ratio of left to right testicular volume was calculated, and the left testicle was thought atrophy if the ratio was below 75% The biggest vessel diameter of varix, testicular blood supply, and the postoperative testicular increasing volume were compared before and after operation. Results The biggest vessel diameter of varicocele significantly reduced 1 month after operation(P