Background: Semen analysis is considered as an important tool in infertility assessment process. One of the reasons implicated for altered semen quality, is bacteriospermia. This study aimed to determine the prevalence of bacteriospermia in seminal fluid and its effect on semen characteristics of infertile men attending infertility clinics in Kerman.Methods: Totally, 200 fertile and infertile men were investigated. Spermiogram, culture, isolation and identification were conducted according to WHO guideline and standard bacteriological methods.Results: Semen parameters including sperm motility, sperm count, sperm morphology, sperm viability and the percentage of round cells in seminal fluid, showed significant difference between fertile and ...
Background: Staphylococcus aureus is an infrequent, but one of the most successful bacteria that ass...
AbstractIntroductionInfections of male urogenital tracts may contribute to male infertility. However...
BACKGROUND: Male factor is attributable in up to 50% of cases of infertility. In vitro studies demon...
Background: The role of genital Ureaplasma species, genital Mycoplasma (M) species, and Chlamydia (C...
Male urogenital tract infection plays an important role in men infertility. Asymptomatic bacteriospe...
Background: Inability to conceive after at least 12 months of unprotected regular intercourse has be...
Background and Objectives: There are very few analysis tools to examine seminal fluid specimens, so ...
Aim: To determine the prevalence of bacterial infection in infertile male sperm and the relationship...
Objective: To evaluate the impact of bacteriospermia on semen parameters. Materials and methods: We ...
Objectives: To identify bacterial species present in the lower genital tract of males and to investi...
Objective To determine the impact of asymptomatic bacteriospermia on semen quality in subfertile men...
Context: Infections are an important cause of male infertility. The specific effects of infections o...
Background: The Semen analysis provides valuable information about the etiology and fertility potent...
Introduction: Infections of male urogenital tracts may contribute to male infertility. However, the ...
Background: The importance of male factor contribution to infertility is well recognised. Semen anal...
Background: Staphylococcus aureus is an infrequent, but one of the most successful bacteria that ass...
AbstractIntroductionInfections of male urogenital tracts may contribute to male infertility. However...
BACKGROUND: Male factor is attributable in up to 50% of cases of infertility. In vitro studies demon...
Background: The role of genital Ureaplasma species, genital Mycoplasma (M) species, and Chlamydia (C...
Male urogenital tract infection plays an important role in men infertility. Asymptomatic bacteriospe...
Background: Inability to conceive after at least 12 months of unprotected regular intercourse has be...
Background and Objectives: There are very few analysis tools to examine seminal fluid specimens, so ...
Aim: To determine the prevalence of bacterial infection in infertile male sperm and the relationship...
Objective: To evaluate the impact of bacteriospermia on semen parameters. Materials and methods: We ...
Objectives: To identify bacterial species present in the lower genital tract of males and to investi...
Objective To determine the impact of asymptomatic bacteriospermia on semen quality in subfertile men...
Context: Infections are an important cause of male infertility. The specific effects of infections o...
Background: The Semen analysis provides valuable information about the etiology and fertility potent...
Introduction: Infections of male urogenital tracts may contribute to male infertility. However, the ...
Background: The importance of male factor contribution to infertility is well recognised. Semen anal...
Background: Staphylococcus aureus is an infrequent, but one of the most successful bacteria that ass...
AbstractIntroductionInfections of male urogenital tracts may contribute to male infertility. However...
BACKGROUND: Male factor is attributable in up to 50% of cases of infertility. In vitro studies demon...