Salman, A. Et Al. 1998. DNA flow cytometry reveals depressed spermatogenetic activity in the contralateral testis within 24 h of ipsilateral spermatic cord torsion independently of the presence of the testis and epididymis. EUROPEAN UROLOGY , vol.34, no.4 , 377-381.

Salman, A., Okur, D., & Tanyel, F. C., (1998). DNA flow cytometry reveals depressed spermatogenetic activity in the contralateral testis within 24 h of ipsilateral spermatic cord torsion independently of the presence of the testis and epididymis. EUROPEAN UROLOGY , vol.34, no.4, 377-381.

Salman, AB, DH Okur, And FERİDUN CAHİT TANYEL. "DNA flow cytometry reveals depressed spermatogenetic activity in the contralateral testis within 24 h of ipsilateral spermatic cord torsion independently of the presence of the testis and epididymis," EUROPEAN UROLOGY , vol.34, no.4, 377-381, 1998

Salman, AB Et Al. "DNA flow cytometry reveals depressed spermatogenetic activity in the contralateral testis within 24 h of ipsilateral spermatic cord torsion independently of the presence of the testis and epididymis." EUROPEAN UROLOGY , vol.34, no.4, pp.377-381, 1998

Salman, A. Okur, D. And Tanyel, F. C. (1998) . "DNA flow cytometry reveals depressed spermatogenetic activity in the contralateral testis within 24 h of ipsilateral spermatic cord torsion independently of the presence of the testis and epididymis." EUROPEAN UROLOGY , vol.34, no.4, pp.377-381.

@article{article, author={AB Salman Et Al. }, title={DNA flow cytometry reveals depressed spermatogenetic activity in the contralateral testis within 24 h of ipsilateral spermatic cord torsion independently of the presence of the testis and epididymis}, journal={EUROPEAN UROLOGY}, year=1998, pages={377-381} }