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Educational track

etracks

SIG Reproductive Genetics    developed by the ESHRE Special Interest Group Reproductive Genetics


Genetics and genetic testing in assisted reproduction

Level

Basic


Target audience

Geneticists, embryologists, obstetricians, andrologists


Topics included

  • Genetics and female infertility

  • Genetic causes of female infertility

  • Molecular mechanisms behind women's biological clock

  • Pre-selected for an award: Chromosome errors in human eggs shape natural fertility

  • Genes involved in menopause and POI

  • Genetics and male infertility

  • Genetic causes of male infertility

  • Current clinical application of DNA fragmentation analysis based on evidences and potential effects on the offspring

  • The microbiome as a marker of male fertility potential

  • SNP, CGH and NGS in the characterization of male infertility

  • Chromosomal aberrations in male reproductive disorders: evolving diagnosis tools and related genetic counselling

  • Infertility and heritable diseases

  • Gene editing

  • PGT-M

  • Carrier Screening

  • Mitochondrial dna copy number

  • Preventing mitochondrial disease

  • Development of new technologies to reduce the risk of transmitting mitochondrial DNA mutations

  • Expanded carrier screening

  • Development, Diagnostic sensitivity and clinical utility of expanded carrier screening

  • ESHRE ethics committees recommendations on expanded carrier screening in MAR

  • Cost-effectiveness consideration for ECS over disease management

  • PGT

  • Recommendations for good practice in PGT

  • The ESHRE PGD Consortium, a Brief History and Summary of Activities

  • Non-invasive PGT

  • PGT-A

  • PGT-A for everyone. Pro / con debate

  • New evidence on mosaic developmental potential: multicentric study of 822 mosaic embryos diagnosed by preimplantation genetic testing with trophectoderm biopsy

  • PGT-M

  • Cell-based non-invasive prenatal testing (cbNIPT): an alternative to chorionic villus sampling to confirm diagnosis of unaffected fetuses following preimplantation genetic testing for monogenic disorders (PGT-M)

  • A novel long-range DNA sequencing approach improves the design of new protocols for preimplantation genetic testing of monogenic disease (PGT-M).

  • PGT-M current approaches


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