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Dr. Anat Safran

Chief embryologist consultant

Anat Safran, Ph.D., is the scientific director at New Life Specialized Medical Centre of Gynecology.

After graduating with a Bachelor’s degree in Life Science from Tel-Aviv University, she went on to do a Master’s degree at the Weizmann Institute of Science. Her desire to explore and develop her scientific interests naturally led her to pursue a doctorate degree (Ph.D.), which she completed with distinction.

From 1990 to 2005 Anat Safran held the position of an IVF laboratory director at Hadassah University Hospital, Jerusalem. 

Since 2006 she has been working as a scientific consultant/ scientific director of IVF centers worldwide.

She is the acting scientific director of New Life SMCG, Plovdiv, Bulgaria and InviMed Center of Motherhood (a network of five infertility clinics in Poland), as well as a former scientific consultant to IRIP, Instituto de Reproduccion Israeli – Panamericano (IRIP) (a sterility centre in the  Dominican Republic).

As a leading expert in the field of fertility and assisted reproduction, dr. Safran is also currently working as a consultant for Medicover – a medical company that provides healthcare services as well as private fertility treatment in 10 countries of Central and Eastern Europe, including Poland, Romania, Germany, Ukraine, Belarus, Moldavia, Bulgaria, Turkey, Serbia and Georgia. 

As a recognition of her life-long commitment to excellence in IVF laboratory practice, dr. Safran was awarded the certificate of quality control mentor in medical laboratories by the Israeli Accreditation Commission.

Throughout the years, Dr. Safran has also worked on a number of scientific-research projects and has co-authored more than 30 scientific papers, published in reputable journals. 

Some of the topics she has worked on include:

In Vitro Maturation of Oocytes 

The Developmental Potential of In Vitro Matured Human Oocytes after Cryopreservation 

Fertilization Rate of Oocyte, Extracted from Cryopreserved Ovarian Cortex

Hyaluronic Acid and its Effect on the Implantation Potential of Mice and Human Embryos

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