Do dry or humid culture conditions affect embryo health?

This study compares two ways of preparing sperm for IVF when you are also doing genetic testing of embryos (PGT-A). One method uses a microfluidic chip, and the other is the standard spinning technique. The goal is to see which method leads to better embryo development.

This study tests whether adding antioxidants to the liquid that embryos grow in can improve the chance of having healthy embryos with the right number of chromosomes. It is for people undergoing IVF with ICSI and embryo testing (PGT-A).

This study measures changes in your blood immune markers during frozen embryo transfer when the embryo is chromosomally normal. It may help clinics understand what blood immune patterns relate to successful pregnancy in natural or hormone-prepared cycles.

This study tests a new way to grow embryos in the lab during IVF or ICSI treatment. The goal is to see if growing embryos without frequent movement or disturbance helps them develop better and improves your chances of pregnancy.

This study tests a new non-invasive way to check how embryos are developing before they are frozen and later transferred. It looks at fluid around the embryo to see if it can give extra information about embryo health.

This study looks at embryo health using a DNA test called PGT-A for couples having IVF. It may help researchers better understand what the test can and cannot tell about which embryos are healthiest.