For many years,surgical treatment of buried penis in children has been researched by several scholars,and numerous methods exist.This study aimed to explore the clinical effect of a modified fixation technique in trea...For many years,surgical treatment of buried penis in children has been researched by several scholars,and numerous methods exist.This study aimed to explore the clinical effect of a modified fixation technique in treating buried penis in children.Clinical data of 94 patients with buried penis who were treated using the modified penile fixation technique from March 2017 to February 2019 in Fujian Maternity and Child Health Hospital(Fuzhou,China)were retrospectively collected,compared,and analyzed.Clinical data of 107 patients with buried penis who were treated using traditional penile fixation technique from February 2014 to February 2017 were chosen for comparison.The results showed that at 6 months and 12 months after surgery,the penile lengths in the modified penile fixation group were longer than those in the traditional penile fixation group(both P<0.05).The incidence of postoperative skin contracture and penile retraction in the modified penile fixation group was less than that in the traditional penile fixation group(P=0.034 and P=0.012,respectively).When the two groups were compared in terms of parents'satisfaction scores,the scores for penile size,penile morphology,and voiding status in the modified penile fixation group were higher than those in the traditional penile fixation group at 2-week,6-month,and 12-month follow-ups after surgery(all P<0.05).We concluded that the modified penile fixation technique could effectively reduce the incidence of skin contracture and penile retraction and improve the penile length and satisfaction of patients'parents.展开更多
This study aimed to determine whether the abnormal deep layer of dartos fascia plays an important role in buried penis.Forty-nine patients with buried penis were treated with anatomical resection of the deep layer of ...This study aimed to determine whether the abnormal deep layer of dartos fascia plays an important role in buried penis.Forty-nine patients with buried penis were treated with anatomical resection of the deep layer of dartos fascia under a microscope.Penile length was measured before and after completely resecting the deep layer to investigate the role of this layer in penile retraction.The superficial and deep layers of dartos fascia were collected from 49 patients with buried penis,the normal superficial layers were collected from 25 children/adults who underwent circumcision for nonmedical reasons,and the normal deep layers were collected from 20 adult cadavers.The penile fascia samples were stained with hematoxylin-eosin,Masson’s trichrome,Sirius red,and Verhoeff’s Van Gieson,and subjected to immunohistochemical examination and scanning electron microscopy.The penile shaft(mean±standard deviation)was found to be significantly elongated after resecting the deep layer compared with that before resection(6.8±1.9 cm vs 6.0±1.6 cm,P<0.001).An abnormal deep layer of dartos fascia characterized by disordered and fragmented elastic fibers was observed in 87.8%(43/49)of buried penis samples,whereas no abnormal deep layer was observed in normal penises from cadavers(0/20,P<0.001).Thus,the abnormal deep layer of dartos fascia plays an important role in the buried penis.Its resection is helpful for avoiding recurrence.展开更多
Congenital buried penis is an uncommon urological anomaly affecting approximately 0.3%of young children.1 Buried penis occurs when a normal-length penis appears to be externally small,and congenital forms are associat...Congenital buried penis is an uncommon urological anomaly affecting approximately 0.3%of young children.1 Buried penis occurs when a normal-length penis appears to be externally small,and congenital forms are associated with poor attachment between the penile base and skin,inelastic dartos fascia,inadequate outer penile skin,or excess suprapubic fat deposition.展开更多
In this article,we respond to the comments by Gereta et al.1 on our modified fixation method for congenital buried penis of children.Buried penis is not only associated with the shape and exposed length of the penis,b...In this article,we respond to the comments by Gereta et al.1 on our modified fixation method for congenital buried penis of children.Buried penis is not only associated with the shape and exposed length of the penis,but it is much more important that it may lead to serious psychological problems of children,for example self-confidence,self-esteem,and gender awareness.展开更多
Background While the abnormal appearance of the concealed penis has been well recognized, the effect of buried penis on the structure and function of corpus cavernosum has not been well studied. To explore this issue,...Background While the abnormal appearance of the concealed penis has been well recognized, the effect of buried penis on the structure and function of corpus cavernosum has not been well studied. To explore this issue, we established a rat model and evaluated the effect of buried penis on cavernosum weight, contents and ultrastructure of tissue, and nitric oxide synthase (NOS) activity. Methods Two hundred and ten rats were randomly divided into 3 equal cohorts for 2, 4 and 6 months study (groups A, B and C). Each group was randomly divided into buried group (n=40), control group (n=15), and normal group (n=15), respectively. Intra-purse-string suture of the root of the penis was used to establish the model. Macroscopic development was judged by measuring the weight of the corpus cavernosum. Masson's trichrome staining was performed for observing microstructure while a transmission electron microscope was used for observing ultrastructure. The NOS activity was detected by a NOS activity assay kit. Results Buried penis had no significant influence on the appearance and weight of the corpus cavernosum. Buried penis resulted in decreased smooth muscle content (P 〉0.05 in group A, and P 〈0.05 in groups B and C) and increased fibrous connective tissue content (P 〉0.05 in groups A and B, and P 〈0.05 in group C) compared with the normal and control groups. Ultrastructural abnormalities of corpus cavernosum were observed in the 6-month buried group. Moreover, there was decrease of NOS activity in groups B and C (P 〈0.05 in group B and P 〈0.01 in group C) when compared with the normal and control groups. Conclusion Buried penis affects the structure and function of corpus cavernosum in rats and the effect is positively correlated with the buried time, but there is no significant effect on the macroscopic development.展开更多
文摘For many years,surgical treatment of buried penis in children has been researched by several scholars,and numerous methods exist.This study aimed to explore the clinical effect of a modified fixation technique in treating buried penis in children.Clinical data of 94 patients with buried penis who were treated using the modified penile fixation technique from March 2017 to February 2019 in Fujian Maternity and Child Health Hospital(Fuzhou,China)were retrospectively collected,compared,and analyzed.Clinical data of 107 patients with buried penis who were treated using traditional penile fixation technique from February 2014 to February 2017 were chosen for comparison.The results showed that at 6 months and 12 months after surgery,the penile lengths in the modified penile fixation group were longer than those in the traditional penile fixation group(both P<0.05).The incidence of postoperative skin contracture and penile retraction in the modified penile fixation group was less than that in the traditional penile fixation group(P=0.034 and P=0.012,respectively).When the two groups were compared in terms of parents'satisfaction scores,the scores for penile size,penile morphology,and voiding status in the modified penile fixation group were higher than those in the traditional penile fixation group at 2-week,6-month,and 12-month follow-ups after surgery(all P<0.05).We concluded that the modified penile fixation technique could effectively reduce the incidence of skin contracture and penile retraction and improve the penile length and satisfaction of patients'parents.
文摘This study aimed to determine whether the abnormal deep layer of dartos fascia plays an important role in buried penis.Forty-nine patients with buried penis were treated with anatomical resection of the deep layer of dartos fascia under a microscope.Penile length was measured before and after completely resecting the deep layer to investigate the role of this layer in penile retraction.The superficial and deep layers of dartos fascia were collected from 49 patients with buried penis,the normal superficial layers were collected from 25 children/adults who underwent circumcision for nonmedical reasons,and the normal deep layers were collected from 20 adult cadavers.The penile fascia samples were stained with hematoxylin-eosin,Masson’s trichrome,Sirius red,and Verhoeff’s Van Gieson,and subjected to immunohistochemical examination and scanning electron microscopy.The penile shaft(mean±standard deviation)was found to be significantly elongated after resecting the deep layer compared with that before resection(6.8±1.9 cm vs 6.0±1.6 cm,P<0.001).An abnormal deep layer of dartos fascia characterized by disordered and fragmented elastic fibers was observed in 87.8%(43/49)of buried penis samples,whereas no abnormal deep layer was observed in normal penises from cadavers(0/20,P<0.001).Thus,the abnormal deep layer of dartos fascia plays an important role in the buried penis.Its resection is helpful for avoiding recurrence.
文摘Congenital buried penis is an uncommon urological anomaly affecting approximately 0.3%of young children.1 Buried penis occurs when a normal-length penis appears to be externally small,and congenital forms are associated with poor attachment between the penile base and skin,inelastic dartos fascia,inadequate outer penile skin,or excess suprapubic fat deposition.
文摘In this article,we respond to the comments by Gereta et al.1 on our modified fixation method for congenital buried penis of children.Buried penis is not only associated with the shape and exposed length of the penis,but it is much more important that it may lead to serious psychological problems of children,for example self-confidence,self-esteem,and gender awareness.
基金This study was supported by a grant from the National Natural Science Foundation of China (No. 30801145).
文摘Background While the abnormal appearance of the concealed penis has been well recognized, the effect of buried penis on the structure and function of corpus cavernosum has not been well studied. To explore this issue, we established a rat model and evaluated the effect of buried penis on cavernosum weight, contents and ultrastructure of tissue, and nitric oxide synthase (NOS) activity. Methods Two hundred and ten rats were randomly divided into 3 equal cohorts for 2, 4 and 6 months study (groups A, B and C). Each group was randomly divided into buried group (n=40), control group (n=15), and normal group (n=15), respectively. Intra-purse-string suture of the root of the penis was used to establish the model. Macroscopic development was judged by measuring the weight of the corpus cavernosum. Masson's trichrome staining was performed for observing microstructure while a transmission electron microscope was used for observing ultrastructure. The NOS activity was detected by a NOS activity assay kit. Results Buried penis had no significant influence on the appearance and weight of the corpus cavernosum. Buried penis resulted in decreased smooth muscle content (P 〉0.05 in group A, and P 〈0.05 in groups B and C) and increased fibrous connective tissue content (P 〉0.05 in groups A and B, and P 〈0.05 in group C) compared with the normal and control groups. Ultrastructural abnormalities of corpus cavernosum were observed in the 6-month buried group. Moreover, there was decrease of NOS activity in groups B and C (P 〈0.05 in group B and P 〈0.01 in group C) when compared with the normal and control groups. Conclusion Buried penis affects the structure and function of corpus cavernosum in rats and the effect is positively correlated with the buried time, but there is no significant effect on the macroscopic development.