Su, female, an important pioneer of obstetrics and gynecology in China and a pioneer of modern reproductive medicine; Deputy Director, Chief Physician and Associate Professor of Infertility Treatment Center of Guangzhou Air Force 458 Hospital.
Chinese name: Su
Occupation: Deputy Director of Infertility Treatment Center of Guangzhou Air Force 458 Hospital
Main achievements: In recent years, more than 10 papers have been published in national and provincial core journals.
Representative works: In-depth study of prenatal and postnatal care of the third generation of IVF.
research direction
China's "God of Sending Children" —— Struggle with the tutor and bravely climb the peak of assisted reproductive technology.
Sue has worked in the field of assisted reproduction for more than 20 years. Every year, she brings the hope of having children to infertile patients and solves their life troubles. Now there are more than 2000 test-tube babies growing up healthily, and Sue calls them her own children. She proudly and happily said: My children are everywhere. Seeing their smiling faces and family harmony is the biggest gain of my work!
The mother who gave birth to so many children, China's "Songzi Niangniang", used her unrepentant years of more than 20 years to set a number of firsts in China: 198 1 established the first human frozen sperm bank; The first artificial insemination baby with frozen semen was born in 1983. 1988, the first donor embryo transfer test-tube baby was born; 199 1 made a breakthrough in exploring abnormal sperm separation technology to optimize sperm, and the world's first normal baby was born after artificial insemination in abnormal sperm; 200 1 successfully isolated and cultured human embryonic stem cells, and established the first human embryonic stem cell line. In 2005, she presided over the birth of the first baby whose genetic disease was prevented by embryo screening. Since then, her outstanding name has been engraved in the world life science field.
She gave up her surgery major for eight years to study human reproductive engineering. She studied under Lu Guang _, a famous historian assistant of reproductive medicine in China, and worked silently with Professor Lu to create a number of "firsts" at home and abroad.
With the efforts of her and her teacher Lu Guang _, the world's first normal baby separated from abnormal sperm in abnormal sperm was born.
Infertility was once a difficult disease for couples of childbearing age in China, and the incidence rate was as high as 10%. 1978, the world's first test-tube baby was born in Britain. Sue's father, a famous geneticist and human reproductive scientist in China, said with great excitement: "China will also engage in IVF!" However, he is 80 years old and feels overwhelmed. Sue said to her father, "May I?" Father's eyes sparkled with hope and trust! Su Yiran dropped her surgery major for eight years.
Su said: "There are many difficulties in switching to human reproductive engineering. First of all, read more foreign books and materials and understand English. I have studied Russian before, but I can't speak English. I picked up my English textbook and began to teach myself English from the phonetic pronunciation of English letters. "
After hard work, Su, her teacher Lu Guang _ and her colleagues established the first human frozen sperm bank in China on 198 1. Two years later, the first baby in China was born who was artificially inseminated with frozen semen! Let men with serious genetic diseases, azoospermia and sterilization no longer worry about fertility. Later, she and her teacher Lu Guang _ developed a set of abnormal sperm separation technology to select healthy sperm for patients with teratospermia. 199 1 year, the world's first normal baby with isolated teratospermia in abnormal sperm was born!
Recalling his father's words and deeds, Su said, "My previous, present and future research is based on the academic framework put forward by my father."
She leads the major of infertility and genetics, with patients all over the country and the United States, Canada and other countries. People affectionately call her "the goddess to send children".
In order to provide healthy embryos for patients with genetic diseases and elderly women, Su began to carry out in vitro fertilization research in China and put forward the idea of "donor embryo transfer". 1988, the first embryo transfer test-tube baby was born in China. She improved the method of embryo cryopreservation and successfully developed the ultra-fast embryo cryopreservation technology. In 2000, the first ultra-fast frozen embryo transfer test-tube baby was born in China.
Su led and established an expert on infertility and genetics. More than 4,000 babies were born through artificial insemination, and the cumulative pregnancy rate was 70%. More than 500 test-tube babies were born, and the clinical pregnancy rate was about 30%. Patients are all over the country and the United States, Canada and other countries. In 2002, the number of outpatient visits exceeded 30,000. People affectionately call her "Songzi Empress".
Her pioneering human embryo cloning technology in the world was two years earlier than that in the United States, which caused an international sensation.
Sue told me that she had too many things to do now. "If only there were more than 600 days a year, maybe more than 600 days is not enough! I want to race against time and continue to climb the peak of assisted reproductive technology. "
China is a famous expert in reproductive genetics.
Whenever talking about the topic of life, Sue said, "If the world is a big tree, you can only know a small leaf in it all your life.". Your life is like a flower. Although short-lived, its beauty and fragrance are infinite. Therefore, you must work hard to bloom and leave beauty and fragrance to the world. "
It is also the respect and passion for life that enables the Soviet Union to constantly surpass its limits and create miracles in the field of life science.
Main thesis
In-depth study of prenatal and postnatal care of the third generation of IVF.
In recent years, more than 10 papers have been published in national and provincial core journals.