The long arm of the human Y chromosome is required for male fertility. Microdeletions in three different regions of the human Y chromosome, designated AZFa, AZFb and AZFc, respectively, are frequently associated with male infertility. The varying frequency of Y microdeletions found in cohorts of infertile men (0.4-55.5%) is probably related to the criteria by which the patients are selected. We report the diagnosis of Y chromosomal microdeletion in a total of 1,470 men who attended our infertility clinic, the largest sample of infertile patients to have been analysed to date. This cohort consists of three populations. The first subgroup comprises 228 selected patients with severely impaired spermatogenesis. Since microdeletions had also bee...
Objective Microdeletions of the Y chromosome long arm are the most common molecular genetic causes ...
Background: Infertility affects about 15% of couples worldwide, and the male factor alone is respons...
4To whom correspondence should be addressed We evaluated the frequency of chromosomal aberrations an...
The long arm of the human Y chromosome is required for male fertility. Microdeletions in three diffe...
Molecular analysis of Y-chromosomal microdeletions is routinely performed in the work-up of male inf...
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...
Abstract Background Etiology of male infertility is intriguing and Y chromosome microdeletion within...
Background: Microdeletions of the azoospermia factor locus of the long arm of Y chromosome are an et...
The spermatogenesis failure with a genetic defect is one of the major causes of male infertility. Th...
Background: Genetic factors are candidates for about 30% of male infertility with sperm production-r...
Recently, microdeletions in the azoospermic factor region of the Y chromosome, in addition to chromo...
ABSTRACT. Microdeletions in Yq are associated with defects in spermatogenesis, while those in the AZ...
CONTEXT: An explosive growth in Y chromosome long arm (Yq) microdeletion testing demand for male inf...
This study was designed to determine the frequency of Y chromosome AZF (Azoospermia Factor ) subregi...
Objective Microdeletions of the Y chromosome long arm are the most common molecular genetic causes ...
Background: Infertility affects about 15% of couples worldwide, and the male factor alone is respons...
4To whom correspondence should be addressed We evaluated the frequency of chromosomal aberrations an...
The long arm of the human Y chromosome is required for male fertility. Microdeletions in three diffe...
Molecular analysis of Y-chromosomal microdeletions is routinely performed in the work-up of male inf...
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...
Abstract Background Etiology of male infertility is intriguing and Y chromosome microdeletion within...
Background: Microdeletions of the azoospermia factor locus of the long arm of Y chromosome are an et...
The spermatogenesis failure with a genetic defect is one of the major causes of male infertility. Th...
Background: Genetic factors are candidates for about 30% of male infertility with sperm production-r...
Recently, microdeletions in the azoospermic factor region of the Y chromosome, in addition to chromo...
ABSTRACT. Microdeletions in Yq are associated with defects in spermatogenesis, while those in the AZ...
CONTEXT: An explosive growth in Y chromosome long arm (Yq) microdeletion testing demand for male inf...
This study was designed to determine the frequency of Y chromosome AZF (Azoospermia Factor ) subregi...
Objective Microdeletions of the Y chromosome long arm are the most common molecular genetic causes ...
Background: Infertility affects about 15% of couples worldwide, and the male factor alone is respons...
4To whom correspondence should be addressed We evaluated the frequency of chromosomal aberrations an...