Success in ART
Abbildung 1: Success in ART as measured by LBR: Improved since 1981 from 5–10% to 24–40%.


Keywords: ART,  LBR,  life birth rate

Rate of live-birth delivery per initiated cycle
Abbildung 2: Rate of live-birth delivery per initiated cycle (variations due to age distribution and protocol use). Sources: Europe, UK, Germany: 2007 results from ESHRE [De Mouzon et al., 2012]; Canada: 2009 results from Canadian ART register (2011); USA: 2009 results from US CDC report (2011); Japan: 2008 results from Japan Society of Obstetrics & Gynecology; Australia/New Zealand: 2009 results from Australian Institute of Health and Welfare report, 2011.


Keywords: LBR,  live birth rate

Number of ET transferred and resulting multiple deliveries
Abbildung 3: Number of ET transferred and resulting multiple deliveries. During 13 years (1997–2009) in Europe multiple delivery rates declined by 32% and triplets by 78%. Source: European registry by ESHRE 2008 (CDC 2010); Assisted reproductive technology in Australia and New Zealand 2009.


Keywords: Embryo,  embryo transfer,  Implantation

Rate of OHSS per ART cycle initiated
Abbildung 4: Rate of OHSS per ART cycle initiated. Sources: Europe, UK, Germany: 2007 results from ESHRE [De Mouzon et al., 2012]; Canada: 2009 results from Canadian ART register (2011); USA: 2009 results from US CDC report (2011); Japan:2008 results from Japan Society of Obstetrics & Gynecology; Australia/New Zealand: 2009 results from Australian Institute of Health and Welfare report (2011).


Keywords: ART,  OHSS

Injection of autologous purified mitochondria
Abbildung 5: Injection of autologous purified mitochondria. Oocyte stem cells are purified from the other cells, in the ovarian cortex and the mitochondria is extracted from the stem cells. In order to satisfy legal, ethical and scientific criteria the source of the mitochondrial activity must meet two requirements: the mitochondria must be obtained from the same individual as the oocyte (autologous) and the mitochondria must be germ line quality (undamaged and free of mutations).


Keywords: Mitochondria,  oocyte,  single spermatozoon,  stem cell