نتایج جستجو برای: Male Factor Infertility

تعداد نتایج: 1161274  

Journal: :international journal of reproductive biomedicine 0
majid motovali-bashi zahra rezaei fariba dehghanian halimeh rezaei

background: infertility is a health problem which affects about 10-20% of married couples. male factor infertility is involved approximately 50% of infertile couples. most of male infertility is regarding to deletions in the male-specific region of the y chromosome. objective: in this study, the occurrence of deletions in the azf region and association between infertility and paternal age were ...

Journal: :Asian Journal of Andrology 2011

Journal: :Medical Journal Armed Forces India 1999

Journal: :Reproductive Medicine and Biology 2010

Journal: :Current Tissue Microenvironment Reports 2020

Journal: :World Journal of Radiology 2010

Journal: :Best practice & research. Clinical obstetrics & gynaecology 2012
Herman J Tournaye Ben J Cohlen

For many years, the management of male-factor infertility has been empirical rather than evidence-based. In current clinical practice, assisted reproductive techniques are the most successful methods of alleviating male-factor infertility. To date, it remains unclear what adjuvant actions can be taken to improve the outcome of assisted reproductive techniques for male-factor infertility. Eviden...

Journal: :Oncology 1998
R A Costabile M Spevak

With the increasing success of multimodality anticancer therapy, most men of reproductive age will survive their malignancy. Reproductive function is a principal concern of these men. Health-care providers are shifting the focus of oncologic care toward improving the quality of life in cancer patients, particularly with regard to fertility. For unknown reasons, fertility and sexual function are...

Background The human Y chromosome is essential for human sex determination and male germ cell development and maintenance. In 1996, Vogt et al. identified three recurrently deleted regions in Yq11 termed the azoospermia factor (AZF). The AZF region is subdivided into three non-overlapping sub-regions called AZFa, AZFb and AZFc and microdeletion in these regions is the most important etiology of...

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