Best IVF Centre in Chennai | GG Superspeciality Hospitals

GG Superspeciality Hospitals

Built up on 31st January 1982, GG Hospital is as of now a four-storied, 70 had relations with healing facility covering all claims to fame in Obstetrics and Gynecology, general prescription, pediatrics – neonatology and general medical procedure. As a super forte doctor's facility, it manages all parts of fruitfulness research and offers the most recent inventive lab methods in the field of Assisted Reproduction.

Richness Research Center (FRC), a unit of GG Superspeciality Hospitals is one of the Best IVF Centre in Chennai was introduced in the year 1986. It is the spearheading organization for ART in South India. With a completely prepared cutting edge IVF research center, it serves around 3000 to 3500 childless couples each year from India and abroad.

The healing facility has a very much prepared general cum laparoscopic careful auditorium with a bordering work suite, neonatal emergency unit, diagnostics and clinical research facility, ultrasound imaging office, crisis room and an in house drug store. A few analytic and agent methodology are performed including hysterolaparoscopy, fruitfulness upgrading laparoscopic medical procedures other than insignificantly intrusive system for male barrenness.

The routinely refreshed library is furnished with all the most recent books on helped multiplication, andrology, ultrasonography, obstetrics and gynecology, high hazard pregnancy, pediatrics, endoscopic careful systems, hereditary qualities, endocrinology, cardiology and fundamental sciences like embryology, life structures, physiology, microbiology, pathology, histology, and organic chemistry. Remote web and membership to top richness diaries are advantages for the current highlights.

FRUITFULNESS FACTS

FEMALE REPRODUCTIVE SYSTEM

The Female conceptive framework is essentially partitioned into outer and inward genitalia. Outside Genitalia Mons pubis It is the stack of level lying before the pubic bone which is typically secured by hair following adolescence. In females the circulation of hair is triangular. Labia majora They are two extended folds of (fat tissue) secured by skin anticipating downwards and in reverse from the Mons pubis.

After continued childbearing they turn out to be less noticeable and in seniority they start to wilt. Following pubescence they are secured with hair and have a rich supply of sebaceous organs. Labia minora These are the two thin overlays of skin one each side, just inside the labia majora. They are seen just when the labia majora are isolated. There are no hair follicles however a lot of sebaceous follicles and sweat organs.

Clitoris

This is the profoundly edgy erectile tissue in the female relating to the penis of the male and is arranged in the most foremost bit of the vulva and tasks between the two folds of labia minora.

Hymen

This is a fragmented septum of mucous film which shuts the vaginal hole. The hymen is typically burst at the main intercourse and its unblemished nearness or nonappearance isn't really an indication of virginity.

Vestibule

This is the triangular surface which is limited anteriorly by the clitoris, along the side by the labia minora and posteriorly by the front edge of the hymen. The vestibule is punctured by six openings-urethra, vagina, channels of the bartholin's organs, paraurethral organs and pipes of skene organs.

Cervix

This is also called the neck of the uterus. It frames a funnel shaped projection from the lower end of the uterus into the upper piece of the vagina. It has two interchanges the inward os which opens into the lower fragment of the uterus and the outer os which opens into the vagina The cervix has cervical organs that emit mucous like liquid which turns out to be thin and positive at the season of Ovulation to encourage the simple entry of motile sperms. During alternate circumstances the cervix has thick discharge which does not enable the sperms to enter. The cervix has a critical part to play in barrenness.

What occurs during the Menstrual Cycle?

In the principal half of the cycle, levels of estrogen (the "female hormone") begin to rise. Estrogen assumes an imperative part in keeping you solid, particularly by helping you to fabricate solid bones and to help keep them solid as you get more established. Estrogen additionally makes the covering of the uterus (womb) develop and thicken. This covering of the womb is a place that will sustain the incipient organism if a pregnancy happens. In the meantime the coating of the womb is growing, an egg, or ovum, in one of the ovaries begins to develop. At about day 14 of a normal 28-day cycle, the egg leaves the ovary. This is called ovulation.

After the egg has left the ovary, it goes through the Fallopian tube to the uterus. Hormone levels rise and help set up the uterine coating for pregnancy. A lady is well on the way to get pregnant during the 3 days prior or upon the arrival of ovulation. Remember, ladies with cycles that are shorter or longer than normal may ovulate previously or after day 14.

Day 1 begins with the main day of your period. This happens after hormone levels drop toward the finish of the past cycle, flagging blood and tissues covering the uterus (womb) to separate and shed from the body. Draining keeps going around 5 days.

Usually by Day 7, draining has halted. Paving the way to this time, hormones cause liquid filled pockets called follicles to create on the ovaries. Every follicle contains an egg.

Between Day 7 and 14, one follicle will proceed to create and achieve development. The coating of the uterus begins to thicken, sitting tight for a treated egg to embed there. The coating is wealthy in blood and supplements.

Around Day 14 (in a 28-day cycle), hormones make the develop follicle burst and discharge an egg from the ovary, a procedure called ovulation.

Over the following couple of days, the egg goes down the fallopian tube towards the uterus. In the event that a sperm joins with the egg here, the treated egg will proceed down the fallopian tube and connect to the coating of the uterus.

How is a typical menstrual period?

During your period, you shed the thickened uterine coating and additional blood through the vagina. Your period may not be the same consistently. It might likewise be not the same as other ladies' periods. Periods can be light, direct, or substantial as far as how much blood leaves the vagina. This is called menstrual stream. The length of the period likewise fluctuates. Most periods last from 3 to 5 days. In any case, somewhere in the range of 2 to 7 days is ordinary.

For the initial couple of years after monthly cycle starts, longer cycles are normal. A lady's cycle has a tendency to abbreviate and turn out to be more customary with age. More often than not, periods will be in the scope of 21 to 35 days separated.

Dr. Kamala Selvaraj

Kamala Selvaraj is an obstetrician and gynecologist from Tamil Nadu, India. Destined to Tamil film performing artist Gemini Ganesan, she appointed the primary unnaturally conceived child of South India in August 1990. In 2002 she was granted PhD for her postulation on "Untimely Ovarian Failure and its administration". She was additionally granted the "Best Lady Doctor Award-1993" and "Rajiv Gandhi Memorial National Integration Award-1995". More than 800 infants have been conceived because of helped generation treatment directed by her doctor's facility.

Speciality training

Dr Kamala Selvaraj has experienced training in the accompanying Specialities

Training In Vitro Fertilization and Embryo Transfer at Monash University, Australia in 1985 and 1988.
Training in Micro Surgery and Tubal RecanalisationXII world meeting on Sterlity, National University Hospital, Singapore in 1986.
Refresher Training in IVF and ET (Hands on Practicals and Lectures, Assisted Reproduction Technology on National University Hospital, Singapore in May 1991.
Post Congress Workshop in Advances in Operative Training in Laparoscopy and Hysteroscopy at Bali Islands, Indonesia in September 1991.
Training in Micromanipulation ICSI Workshop at Bali Islands, Indonesia in October 1995.
Attended Workshop and Advanced Training in Blastocyst Culture at National University Hospital, Singapore in May 1995.
Training in Advanced Gynecological Laparoscopic Surgery and Basic Suturing (Hands on Workshop, Lectures and Demonstrations) at National University Hospital, Singapore in June 2001.