01ICSI single sperm injection

IMSI is a technology that uses a high-power microscope to select sperm, which can better select sperm with suitable appearance and morphology and minimum fragmentation rate.

02 PGT pre-implantation genetic testing

PGT pre-implantation genetic testing helps screen out embryos affected by genetic or chromosomal defects, providing a higher chance of a successful pregnancy.

03 Frozen eggs

Whether for medical reasons or social reasons (such as work or study), eggs can be retrieved, frozen and stored.

04 IUI Intrauterine Insemination

It does not necessarily require medication to be performed. After ovulation, the washed sperm is placed into the woman's uterus.

05 IMSI high multiple screening single sperm injection

This technique avoids the use of sperm with vacuoles, which are highly likely to carry DNA fragments that will lead to failed fertilization and failed embryo implantation.

06 PESA/TESE sperm extraction technology

PESA percutaneous epididymal sperm aspiration, or TESE testicular microscopic sperm aspiration, where sperm are obtained directly from the testis and then injected through ICSI single sperm injection.

07 Semen analysis

The semen analysis includes sperm volume, pH, viscosity and liquefaction degree (solubility), sperm number, sperm vitality, and sperm shape.

08 MACS magnetic sperm screening

It can help select normal sperm for fertilization, thus increasing the chances of fertilization and improving the quality of embryos during IVF.

09 Sperm DNA fragmentation analysis

It helps to select the appropriate fertility treatment technology, and use high-factor screening single sperm injection to prepare sperm to increase the chance of success.

10 Screening for abnormal gene carriers

Let both expectant parents know whether they carry the gene, especially if one carries the recessive gene, which usually does not show any symptoms.

11 Hysteroscopy

Allows the doctor to see inside the uterus, allowing the doctor to look for pathologies in the uterine cavity, such as fibroids, polyps and uterine adhesions.

12 Frozen sperm

In a frozen environment at minus 196 degrees Celsius, sperm can be preserved for a long time by dehydrating sperm cells to reduce the formation of ice crystals.

13 Blastocyst culture

Embryos at the blastocyst stage are most suitable for implantation into the uterus, and embryos do not arrive at the uterus until they develop to the blastocyst stage to prepare for implantation.

14 Embryo real-time image monitoring system

Monitor the development of each embryo at any time through the image display screen, and identify normally growing embryos

15 Frozen embryos

Transferring embryos in a freeze-thaw cycle has a greater success rate than transferring embryos in a fresh cycle

If you want to learn more about the multinational assisted reproduction program, you can also contact the professional customer service ofJetanin Hospital in Thailandfor free consultation. Customer service phone number 18101365219