The aims of this review are to evaluate the morphological differences between 'sround cells' of spermatogenic and non-spermatogenic origin in semen. The latter group includes inflammatory cells like neutrophils, lymphocytes, and macrophages, and epithelial cells. A comparison was made between non-spermatogenic cells in semen samples and inflammatory cells in blood smears, using various staining procedures commonly used in routine andrology laboratories. The result presented in this review confirmed previously published data. In blood smears as well as in semen samples, only neutrophil leukocytes (both eosinophilic and basophilic) showed a positive reaction when exposed to the peroxidase stain. Lymphocytes, macrophages and other 'sround cell...
Inflammation of the male genital tract is a potential cause of male sterility. The quality of sperma...
Introduction: Male infertility is evaluated throughout the quantitative and qualitative analysis of ...
The presence of leucocytes within semen has the potential to impair sperm function. Neutrophils and ...
Objective: To determine the effects of leukocytes in semen on sperm quality and the ability to achie...
A preliminary investigation was undertaken further to determine the function of the leukocytic cells...
Fifty semen samples produced for IVF by patients diagnosed as having unexplained infertility were sc...
The study objective is to compare the results of semen analysis using the standard cell culture meth...
The non-spermatozoal cells (NSC) in the semen samples of 20 fertile human males have been studied by...
To discuss the clinical significance of determining immature germ cells (IGC) in human semen.Discont...
AbstractThe study was aimed at evaluating an in vitro induction of DNA damage in three sperm subpopu...
This study was aimed at investigating whether semen characteristics in different clinical diagnoses ...
Abstract Background Leukocytes represent the predominant source of reactive oxygen species both in s...
The current WHO 2010 manual for human semen analysis defines leukocytospermia as the presence of per...
Objectives Leucocytospermia is a rare cause of infertility with a variable incidence in infertile me...
International audienceThe current WHO 2010 manual for human semen analysis defines leukocytospermia ...
Inflammation of the male genital tract is a potential cause of male sterility. The quality of sperma...
Introduction: Male infertility is evaluated throughout the quantitative and qualitative analysis of ...
The presence of leucocytes within semen has the potential to impair sperm function. Neutrophils and ...
Objective: To determine the effects of leukocytes in semen on sperm quality and the ability to achie...
A preliminary investigation was undertaken further to determine the function of the leukocytic cells...
Fifty semen samples produced for IVF by patients diagnosed as having unexplained infertility were sc...
The study objective is to compare the results of semen analysis using the standard cell culture meth...
The non-spermatozoal cells (NSC) in the semen samples of 20 fertile human males have been studied by...
To discuss the clinical significance of determining immature germ cells (IGC) in human semen.Discont...
AbstractThe study was aimed at evaluating an in vitro induction of DNA damage in three sperm subpopu...
This study was aimed at investigating whether semen characteristics in different clinical diagnoses ...
Abstract Background Leukocytes represent the predominant source of reactive oxygen species both in s...
The current WHO 2010 manual for human semen analysis defines leukocytospermia as the presence of per...
Objectives Leucocytospermia is a rare cause of infertility with a variable incidence in infertile me...
International audienceThe current WHO 2010 manual for human semen analysis defines leukocytospermia ...
Inflammation of the male genital tract is a potential cause of male sterility. The quality of sperma...
Introduction: Male infertility is evaluated throughout the quantitative and qualitative analysis of ...
The presence of leucocytes within semen has the potential to impair sperm function. Neutrophils and ...