IVF Success Rate Calculator
Estimate your IVF success probability based on age, diagnosis, and other key factors
Normal range: 1.0-4.0 ng/mL
Optimal range: 19-25
IVF Success Rates by Age
Under 35
40-55% per transfer
35-37
33-40% per transfer
38-40
23-27% per transfer
41-42
12-15% per transfer
Over 42
3-7% per transfer
Success rates inspired by published fertility research. Individual clinic results may vary.
Common Questions
How accurate are IVF success rate calculators?
IVF success rate calculators provide educational estimates inspired by published fertility research. While they offer useful predictions based on key factors like age and diagnosis, individual results vary significantly. For accurate predictions, consult your fertility clinic which can provide success rates based on their specific laboratory and your complete medical profile.
What AMH level is good for IVF success?
AMH levels between 1.0-4.0 ng/mL are generally considered good for IVF success, indicating adequate ovarian reserve. AMH above 4.0 suggests high reserve but may increase OHSS risk, while levels below 1.0 indicate diminished reserve and typically lower egg retrieval numbers. However, egg quality matters more than quantity, and IVF can succeed even with low AMH levels.
How does age affect IVF success rates?
Age is the single most important factor in IVF success. Women under 35 have 40-55% success rates per transfer, while those 35-37 see 33-40%, ages 38-40 have 23-27%, ages 41-42 see 12-15%, and over 42 have 3-7% success rates. This decline reflects decreasing egg quality and quantity with age, making early intervention important for fertility preservation.
Does PGT testing improve IVF success rates?
PGT-A genetic testing improves IVF success rates by identifying chromosomally normal embryos before transfer. For women over 37, PGT can increase success rates by 40% or more per embryo transferred. While PGT adds cost and may reduce the number of available embryos, it significantly improves implantation rates and reduces miscarriage risk by ensuring only healthy embryos are selected.