第3页-Surrogacy Industry News-Georgia Surrogacy Services, Legal IVF Hospital, Global Fertility Agency-TCC Surrogacy Service Centre

International consensus on perioperative management of testicular microtesticular sperm extraction (micro-TESE)

　　I. Background and clinical significance　　Non-obstructive azoospermia (NOA) is the most serious type of male infertility. Microtesticular sperm extraction (micro-TESE) has been widely used worldwide as the primary means of obtaining sperm in patients with NOA. Its perioperative management covers key aspects such as patient education, endocrine evaluation, microsurgical operation, enhanced recovery after surgery (ERAS), testicular sperm freezing and thawing technique, and long-term follow-up. Standardized perioperative management is essential to improve sperm retrieval rate (SRR) and assisted reproductive technology (ART) outcomes. 　　History of technology development　　Origin: First proposed by Schlegel’s team in 1999, the technique identifies and extracts spermatozoa from focal seminiferous tubules by microscopic manipulation.　　Recommended by international guidelines:　　American Society for Reproductive Medicine (ASRM): micro-TESE is the procedure with the highest SRR…

Ways to Keep Your Ovaries and Eggs Youthful

　　　　Just as the body ages with age, so do the ovaries and eggs. So you should take care to maintain a regular routine in your daily life to keep your ovaries rejuvenated.　　When do women start to have eggs?　　Women are born with primordial follicles (cells that produce eggs) that are part of the ovaries, and most of these follicles die before they mature. A woman is born with about 2 million primordial follicles, but by the time she has her first menstrual period, only 200,000 to 300,000 follicles are left. Since then, the number of primordial follicles decreases by a few hundred each month, and by the age of 45, there are only a few thousand left. Only about 500 eggs…

Pregnancy rate increased by 12% after transplant, no injections or pills read this one enough!

　　If you have had a transplant, I am sure whether this wait is 14 days or 7 days or 10 days, this is going to be very torturous and long and are you scratching your head wondering when you should test.　　The truth is that whether you test or don’t test doesn’t stop you from ruminating all the time, leading to fluctuations in your mindset and negative emotions affecting the blood supply to the uterus, leading to disturbed uterine contractions and thus affecting the embryo’s ability to settle in the womb.　　A lot of anxiety comes from the unknown, today the circle sister to transfer the third day of fresh embryo as an example, the embryo in the uterus every day ‘work’…

Is third generation IVF the last straw for recurrent miscarriages? This fatal flaw cannot be ignored!

　　　　Third-generation IVF is commonly referred to as embryos that have passed chromosome screening, and if there are no problems in the maternal environment, the chances of success after the transfer are higher than the success rate of pregnancy with embryos that have not been screened.　　But is this really the case? We found an authoritative evidence and share it with you!　　01Three-generation IVF you may not fully understand　　We all know that three-generation IVF is subject to chromosome screening, which is actually different, and for different groups of people, the screening is completely different.　　Triple IVF can be divided into three categories depending on what is being screened:　　The first type of screening is called PGT-A: this way can check whether the chromosomes of the…

Egg mitochondrial supplements, in the end, which are IQ tax, which efficient and practical

　　　　Mitochondrial supplements, which we have covered in countless science articles, because mitochondria are so important to the egg, the circle has seen an investigation.　　To clarify the relationship between mitochondria and embryonic development, researchers collected human unfertilised oocytes, early embryos and embryos with arrested development.　　It was found that 67% of unfertilised oocytes had fewer mitochondria in the cytoplasm, and 60% of developmentally aborted embryos had a reduced number of mitochondria located near the nucleus.　　In oocytes, mitochondrial populations are maternally inherited and critical for developmental competence.　　Dysfunction of mitochondrial quality control mechanisms may lead to reproductive failure, and because of their central role in oocyte and embryo development, mitochondria have been described as a potential diagnostic and therapeutic target for assisted reproduction.　　The latest…

What to choose between fresh, frozen and blastocyst embryos? The right one for you is the best!

Blastocyst culture is another choice that many IVF families face after egg retrieval. There are various myths about blastocysts circulating among many IVF people, who believe that blastocysts are the best embryos, and that they should be taken to blastocyst culture as long as there are embryos available. 　　Firstly, let’s understand about cleavage stage embryos, blastocysts and frozen embryos　　Typically, when undergoing IVF to assist conception, we use ovulation stimulating drugs to promote the growth of a group of follicles, and when the eggs mature, they are removed through egg retrieval and combined with sperm in a petri dish to form an embryo. The embryo continues to develop outside of the body and is classified as a cleavage stage embryo or…

Can IVF avoid birth defects?

Birth defects are a major concern for many prospective parents during the process of preparing for and giving birth to a child. With the development of IVF technology, many people expect to reduce the risk of birth defects through this assisted reproductive technology. So, can IVF really avoid birth defects?　　I. Advantages of IVF technology in reducing birth defects　　1. The core of the third generation of IVF – Pre-implantation Genetic Testing (PGT) technology　　This is an important tool used in IVF to screen the genetic material of embryos. PGT technology includes PGT – A (Aneuploidy Screening), PGT – M (Monogenic Disease Detection) and PGT – SR (Chromosomal Rearrangement Detection).　　PGT – A: It is mainly used to test whether the chromosome number of…

Can IVF solve the problem of ovarian decline? What kind of conditioning should be done before doing IVF?

　　In the field of assisted reproduction, the three-generation IVF technique has attracted a lot of attention and many couples facing ovarian recession have pinned their hopes on it. At the same time, physical conditioning before IVF is also crucial, as it can lay a solid foundation for successful conception.　　I. IVF and Ovarian Deterioration　　1. Principles and advantages of three-generation IVF technology　　Three-generation IVF technology mainly includes pre-implantation genetic testing (PGT), which is divided into PGT – A (aneuploidy screening), PGT – M (monogenic disease detection) and PGT – SR (chromosome structural rearrangement detection). The core advantage of this technology is the ability to test the genetic material of embryos and screen for embryos that are chromosomally normal or do not carry specific…

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