About 10%-15% of azoospermic and 5%-10% of severely oligozoospermic men with idiopathic infertility have Yq microdeletions which could be transmitted to their male offspring by means of ICSI. We review present studies about Yq microdeletions including incidence, region, correlations between genotype and phenotype, the mechanism of Yq deletions and try to further understand the cause of male infertility as well as provide a new way for diagnosis and therapy.PubMed06445-8
Molecular analysis of Y-chromosomal microdeletions is routinely performed in the work-up of male inf...
ABSTRACT Male partners of infertile couples are known to frequently have abnormal semen parameters. ...
Background: Infertility affects about 15% of couples worldwide, and the male factor alone is respons...
Background: Genetic factors are candidates for about 30% of male infertility with sperm production-r...
The spermatogenesis failure with a genetic defect is one of the major causes of male infertility. Th...
The long arm of the human Y chromosome is required for male fertility. Microdeletions in three diffe...
Purpose: To determine the relationships between idiopathic oligo- or azoospermia and microdeletions ...
According to the latest data, globally 15% of couples have infertility and male infertility contribu...
Abstract The human Y chromosome harbors genes that are responsible for testis development and also f...
Background: About 15% of couples have infertility problems which 40% of them are related to the male...
Due to globally increasing problem of infertility and its effect in the life of affected couple’s, i...
Recently, microdeletions in the azoospermic factor region of the Y chromosome, in addition to chromo...
Among the 10 % or so of men who are diagnosed as oligo- or azoospermic in the absence of any physica...
Since 1995, thanks to a large number of studies, Y chromosome microdeletion screening has become par...
CONTEXT: An explosive growth in Y chromosome long arm (Yq) microdeletion testing demand for male inf...
Molecular analysis of Y-chromosomal microdeletions is routinely performed in the work-up of male inf...
ABSTRACT Male partners of infertile couples are known to frequently have abnormal semen parameters. ...
Background: Infertility affects about 15% of couples worldwide, and the male factor alone is respons...
Background: Genetic factors are candidates for about 30% of male infertility with sperm production-r...
The spermatogenesis failure with a genetic defect is one of the major causes of male infertility. Th...
The long arm of the human Y chromosome is required for male fertility. Microdeletions in three diffe...
Purpose: To determine the relationships between idiopathic oligo- or azoospermia and microdeletions ...
According to the latest data, globally 15% of couples have infertility and male infertility contribu...
Abstract The human Y chromosome harbors genes that are responsible for testis development and also f...
Background: About 15% of couples have infertility problems which 40% of them are related to the male...
Due to globally increasing problem of infertility and its effect in the life of affected couple’s, i...
Recently, microdeletions in the azoospermic factor region of the Y chromosome, in addition to chromo...
Among the 10 % or so of men who are diagnosed as oligo- or azoospermic in the absence of any physica...
Since 1995, thanks to a large number of studies, Y chromosome microdeletion screening has become par...
CONTEXT: An explosive growth in Y chromosome long arm (Yq) microdeletion testing demand for male inf...
Molecular analysis of Y-chromosomal microdeletions is routinely performed in the work-up of male inf...
ABSTRACT Male partners of infertile couples are known to frequently have abnormal semen parameters. ...
Background: Infertility affects about 15% of couples worldwide, and the male factor alone is respons...