Thailand iBaby IVF Center: Thailand ibaby IVF Center is the former ALL IVF Center. The Thai ALL IVF Center was established in 2011 and is located in Bangkok, Thailand. It is a reproductive center for the treatment of infertility in all aspects. The center has professional medical care staff, patient consultation room, embryo culture room, sperm analysis and preparation room, genetics research room, treatment room, rest room. The reproductive center is not only equipped with advanced medical equipment, but also the attending physician Bishi is an infertility specialist with extensive experience.

Regarding laboratories, the laboratories of the ALL IVF Center are laboratories with complete facilities and comply with international standards. The laboratory needs a complete and clean room (with a complete environmental control system including basic first aid conditions, including oxygen supply, endotracheal intubation and other supplies and common first aid drugs and equipment). The room environment must be non-toxic, sterile, dust-free, and no ultraviolet light source.

Hospital medical equipment is also in strict accordance with relevant standards, using high-quality medical equipment, and professional embryo engineers monitor the growth and development of embryos.

Every piece of equipment in the hospital laboratory is personally guided and installed by a doctor with 10 years of experience in reproductive treatment. The doctor is well aware of the importance of the embryo laboratory to the success of reproductive treatment and every patient. All embryo development processes are performed and guided by the doctor and the embryo engineer supervisor personally.

The embryo laboratory is a team composed of embryo engineers and assistants who maintain embryo laboratory equipment. They choose the safest and high quality of drugs to ensure that your treatment process and embryo growth are the best and most meticulous care.

iBaby IVF Center will introduce next-generation sequencing technology (NGS) in pre-embryo transfer genetic diagnosis (PGD). NGS is currently the most advanced technology for studying the human genome.

Initially, they used next-generation sequencing technology (NGS) in pre-embryo transfer genetic diagnosis (PGD) to screen embryos with a higher implantation rate and increase the success rate of in vitro fertilization, but now they use this technology as a Testing tools to detect whether there is a higher risk of passing abnormal genes of the couples to the next generation of test-tube.

The benefits of using NGS technology in the PGD process:

To detect 23 pairs of chromosomal abnormalities

To detect single gene disease (parental inheritance)

To detect all chromosomes and single gene abnormalities at once

In order to reduce costs, more test-tube couples have a greater chance to do PGD

There are two ways to use NGS to detect chromosomes in the iBaby IVF Center

Preimplantation genetic screening (PGS), the genetic study of the composed embryo's genome is to determine the arrangement of chromosomes, and in this way, selecting embryos with normal chromosomes can increase the success rate of in vitro fertilization.

Pre-embryo transfer genetic diagnosis (PGD), in order to detect abnormal embryos, for those couples who are fertilized in vitro, can prevent single-gene diseases from being passed on to the next generation.

iBaby IVF Center employs professional embryologists to perform pre-implantation genetic screening (PGS), pre-embryo transfer genetic diagnosis (PGD) and three cell biopsies.

iBaby IVF Center introduced the new NGS technology after conducting extensive verification studies. It compared the two technologies of NGS and aCGH when hundreds of embryos were used for PGS, and found that NGS is better than aCGH. The result will be better.