Genetic Analysis

When to Consider Genetic Analysis?

• For couples with a family history of genetic diseases
• In cases of recurrent miscarriages or pregnancy losses
• For women above 35 years, where the risk of chromosomal errors is higher
• After repeated IVF failures without a clear reason
• For men with severe sperm abnormalities or DNA fragmentation
• When advised by a fertility specialist to ensure embryo health

How is Genetic Analysis Performed?

• Sample Collection: Cells may be taken from embryos (via biopsy), or blood/DNA samples from the couple.
• Laboratory Testing: Samples are analyzed using advanced molecular and chromosomal testing methods.
• Chromosomal Screening: Detects abnormalities such as missing or extra chromosomes.
• Genetic Disorder Testing: Identifies single-gene disorders that may pass to the child.
• Result Analysis: Only healthy embryos or gametes are selected for fertility treatment.

Benefits of Genetic Analysis

• Reduces the risk of passing genetic diseases to the child
• Improves IVF success rates by transferring healthy embryos
• Helps in preventing recurrent pregnancy loss
• Supports better family planning with informed decisions
• Enhances chances of delivering a healthy baby

Risks Involved

• Minimal risk of embryo damage during biopsy (when performed)
• Emotional stress due to genetic findings
• Not all genetic abnormalities can be detected
• Results depend on technology and laboratory expertise

Advanced Technology

Genetic Analysis uses next-generation sequencing (NGS), fluorescence in situ hybridization (FISH), and microarray technologies to ensure high accuracy in detecting chromosomal and genetic disorders. These innovations support safe and successful fertility treatments by selecting the best possible embryos for transfer.