diagnosis and treatment of infertility, first/second/third generation IVF (including
egg/sperm donation), microsperm retrieval, embryo freezing and resuscitation, artificial
insemination (including husband's sperm and sperm donation), paternity testing, chromosomal
disease
diagnosis, high-throughput gene sequencing, endometrial receptivity gene testing and other
clinical
technology applications. Many of these technologies are at the leading level both domestically
and
internationally.
Your egg quality is not ideal
The rate of embryo fragments formed this time is relatively high
In the consultation room of Tulip International Reproductive Center, these words are the last diagnosis that every elderly or women with poor ovarian function would want to hear. Ms. Li, who is 37 years old, has experienced two failed IVF attempts, each time falling in front of the "no high-quality embryos available for transplantation" checkpoint.
I have taken so many nutritional supplements and switched to imported drugs, why can't I grow a good embryo
This is a common confusion shared by her and countless women struggling on the test tube journey. However, a groundbreaking study recently published in the top journal Cell Reports has revealed a disruptive new direction for us: for many years, our "main battlefield" for improving egg quality may have been the wrong one.

From 30% to 80%: A stunning reversal from the gut
This study, led by scholars from Monash University in Australia, has yielded exciting data: through targeted interventions on gut microbiota, the rate of high-quality embryos (excellent embryo rate) in the experimental model dramatically increased from 30% at baseline to 80% - a full 50 percentage point improvement!
The key to this reversal lies not in the ovaries themselves, but in an organ that we have never directly linked to fertility: the intestine.
More precisely, it is a "microecological system" composed of trillions of microorganisms that inhabit our intestines.
How is this' remote control 'implemented?
Research has found that beneficial bacteria in the gut can metabolize the dietary fiber we consume into a series of short chain fatty acids (SCFAs) through fermentation, with the most critical one being butyrate.
It is this seemingly inconspicuous small molecule produced by the gut microbiota that plays the role of a "messenger", precisely reaching the ovaries through blood circulation and exerting a powerful, previously unrecognized regulatory effect.
A new perspective in the test tube laboratory: the root cause of "bad" embryos
During the embryo culture process of in vitro fertilization, we often observe:
Some patients have retrieved eggs with cloudy cytoplasm, vacuoles, and poor morphology.
After fertilization, the embryo develops slowly and has a high fragmentation rate.
During the process of nourishing the bladder, there was "subsequent fatigue" and developmental arrest occurred after the third day.
The traditional coping strategy is to adjust ovulation inducing drugs and increase auxiliary medications such as antioxidants. But this new study suggests that the root of the problem may lie in the "microenvironment" of egg development itself, which is being remotely regulated by gut health.
Scientific confirmation of the gut ovarian axis:
Research has confirmed that butyrate, as a 'messenger', can:
Improving the follicular microenvironment: It can significantly reduce the level of oxidative stress in follicular fluid, providing a cleaner and healthier internal environment for the growth and development of oocytes.
Optimizing energy metabolism: Butyrate helps improve the mitochondrial function of oocytes, allowing this "source of life" to have more energy and more "aftertaste" during development.

Real case study: From "no embryo can be moved" to "successfully obtaining blastocysts"
Patient background: Ms. Zhang, 39 years old, experienced a decline in ovarian reserve function (AMH 0.6), and her first two IVF attempts ended in 'no high-quality embryos available for transplantation'. She obtained 4-5 eggs in both attempts, but failed to form blastocysts in the laboratory.
Tulip Intervention: Prior to the third initiation cycle, nutrition experts from Tulip International Reproductive Center developed a three-month, "gut health centered" preconception plan for her. The core of the plan is to significantly increase the intake of high fiber foods, combined with specific probiotic supplements.
Dietary adjustment details:
Breakfast: replace the traditional porridge and steamed stuffed bun with oatmeal+Kia seed+blueberry.
Main course: Replace refined white rice with a mixed grain rice of brown rice, quinoa, chickpeas, and black beans.
Vegetables: Emphasize the intake of foods rich in "prebiotics", such as onions, garlic, asparagus, and burdock.
Result: Three months later, Ms. Zhang entered the ovulation induction cycle again. This time, she retrieved 6 eggs and successfully obtained 2 high-quality blastocysts rated as 4BB! This is the result she never achieved in her first two attempts. Doctor, I finally have a 'seed'! "The light in her eyes when she saw the report was the best feedback to science.

Three "intestines" for each test tube sisters
Based on this cutting-edge research, if you are preparing for pregnancy or entering an IVF cycle, in addition to following medical advice, the following three things are worth taking immediate action on:
Redefine your 'pregnancy preparation time':
The growth and maturation cycle of eggs is about 90 days. This means that improving gut microbiota and optimizing the microenvironment for egg development need to start at least 3 months in advance, rather than waiting until the start of the week to "cram".
Feed your gut probiotics, not just yourself:
Every meal you have determines the composition of your gut microbiota. Please consciously provide 'rations' for your' good bacteria '. High fiber and diverse plant-based foods are key.
Protect your 'microbiota factory':
Avoid overuse of antibiotics (be sure to follow medical advice when necessary).
Strictly control the intake of added sugars and refined carbohydrates, which are breeding grounds for "bad bacteria".
Ensure adequate sleep and effective stress management, as long-term stress can directly disrupt the balance of gut microbiota.
The biggest revelation from this study is that the success of in vitro fertilization is a systematic engineering, rather than a single medical operation. Human beings are a whole, and the health of the intestines and the function of the ovaries are much more closely connected than we imagine.
At Tulip International Reproductive Center, we always advocate the concept of "holistic health" for assisted reproduction. In the pursuit of becoming a mother, sometimes the biggest breakthrough comes precisely from our most familiar daily routines. It's time to shift your focus from the medicine bottle to your plate.
For fertility consultation in Kyrgyzstan, please contact your dedicated consultant
/Fertility Consultation /
Dr.Chan
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