In vitro fertilization (IVF) is a process of fertilization in which eggs (ova) from a woman's ovary are removed. They are combined with sperm outside the body in a laboratory procedure, and then the fertilized egg (zygote) is transferred to the same or another woman s uterus for a successful pregnancy.

IVF is one of the several assisted reproductive techniques (ART) used to help infertile couples to conceive a child.

Causes of Infertility

Blocked fallopian tubes
Hormonal imbalance
Endometriosis
Women with ovulation disorder
Uterine fibroids
In the man, low sperm count or poor quality sperm
Genetic disorder
Procedures
Two procedures are done to gain access to ovaries

It involves inserting the needle through the vagina (transvaginally). With the help of an ultrasound machine, the physician guides the needle to the location of the ovaries
In the other procedure, called laparoscopy, a small thin tube with a viewing lens is inserted through an incision in the navel. This lets physician to see inside the patient, and locate the ovaries.
Method
Without additional techniques, the chances of pregnancy would be extremely small. The additional techniques used in IVF include-

Ovarian hyperstimulation- Stimulation to induce development of multiple follicles of the ovaries.
Final maturation induction- Induction of final oocyte maturation is performed, generally by an injection of human chorionic gonadotropin (HCG), when the ovarian follicles have reached a certain degree of development. This is known as the "trigger shot  
Egg and sperm preparation- Semen is prepared for fertilization by removing inactive cells and seminal fluid in a process called sperm washing. An oocyte selection may be performed prior to fertilization to select eggs with optimal chances of successful pregnancy. 
Co-incubation- Eggs are removed from the woman and placed in one of the fallopian tubes, along with the man's sperm. This allows fertilization to take place inside the woman's body. Therefore, this variation is actually an in vivo fertilization, not in vitro.
Embryo culture- The main durations of embryo culture are until cleavage stage (day two to four after co-incubation) or the blastocyst stage (day five or six after co-incubation)
Embryo transfer- The number to be transferred depends on the number available, the age of the woman and other health and diagnostic factors. Embryos are transferred to the patient's uterus through a thin, plastic catheter, which goes through her vagina and cervix.
Aftercare
After the IVF procedure is performed the woman can resume normal activities. A pregnancy test can be done approximately 12-14 days later to determine if the procedure was successful.

Risks

Multiple pregnancies
Ectopic pregnancy
Ovarian rupture, bleeding
Infections
Complications of anesthesia

In Vitro Fertilization - Quick Facts!

Frozen Embryo Transfer or FET is an extremely effective method to conceive a pregnancy. Recent studies have proved that there is a increased chance for pregnancy when the embryos, which get used are frozen and get placed inside the uterus at a time right after the ovaries are stimulated. Still, certain issues can arise with the transfer of frozen embryo, such as:

A Thin Lining of the Uterus
Research has shown that there are not many women who get pregnant if the lining in their uterine does not tend to thicken enough. It is not clear exactly why this problem occurs in most women and moreover there is no sure shot treatment to make the lining of the uterine thick. The experts on fertility would try out different methods like increasing the amount of estrogen or change the way how estrogen is given. There are other instances when women might be given supplemental medicines, while for some, the problem will continue to exist.

What Should Be Done In Case The Problem Persists?

In case the problem continues for some women, then there are certain approaches which experts might look to adopt. The first one is to cancel the transfer of embryo and try once again at any later stage, that too with a different treatment method.
The second option which they could think of is to go ahead with the transfer, wherein they might feel that a thin lining does not necessarily mean that it is impossible for a woman to get pregnant but definitely the efficiency would be reduced.
One last option is to make use of the opportunity for undergoing additional tests which would help them to assess the ability of the uterus to allow implantation of the embryos.
Unexpected Ovulation
For enabling the embryos to get implanted into uterus, placing them very precisely and at the appropriate time is important. This is regarded as the window of implantation. The time taken, is based on the time frame since progesterone reaches the lining of the uterine.

Doctor knows the exact time to place the embryos, right from the time he or she instructs a woman to start having progesterone supplements. In case a woman was to ovulate, the production of progesterone would begin earlier than the normal time and would lead to the shift of the window of implantation. As identifying the correct time of ovulation is almost impossible, so that would lead to some sort of uncertainty into the timing.

Due to this reason, there are doctors who would use medication in order to prevent unexpected ovulation from occurring. Generally an injection called Lupron is usually used as medication.

Timing for the Embryo Transfer is Inappropriate
This is a problem related to early ovulation. There are case when the implantation window is shifted, still the timing of the transfer becomes accurate. Recent studies have shown that quite a nominal percentage of women might have a window of implantation, which could be either earlier or later than normal time. A test called the Endometrial Receptivity Array can help determine at what time is the window of implantation open.

Frozen Embryo Transfer - Complications Associated With It!

As we all know that IVF stands for In vitro fertilisation. It is a method of stimulating the ovaries in a female body, to release an ovum (egg), which is taken out of the body and fertilised artificially in the laboratory with the help of a sperm. After this, the embryo is transferred back to the uterus where it grows and develops naturally.

Understanding the Procedure

The doctor attempts to have complete control over your menstrual and ovulation cycles, so as to know the correct time of the month when you ovulate. This includes, charting basal body temperatures, hormonal therapy drugs etc.
Frequent blood tests, ultrasound will be required to map the progress of ovulation.
Injections, drugs will be prescribed in required dosage to stimulate the ovaries.
During this time, the doctors will monitor the growth of oocytes (eggs).
After a suitable growth of the oocytes follicles, the eggs are retrieved for artificial insemination. (Fertilisation with the use of sperm cells in the laboratory).
After the successful fertilisation, the embryo is transferred back to the uterus.
Can IVF have side effects?

As a side effect it has a major chance of multiple pregnancies. People intending to have just one child, may not be mentally or economically prepared to take the responsibility of more than one child.
The drugs and medicines used throughout the IVF procedure may create hormonal complications in the long run. It bears a risk of ovarian hyperstimulation syndrome, if the mother has to go through the cycle multiple times.
But it offers a number of benefits too...

IVF increases the chance of pregnancy by a large percentage. It is one of the most successful methods of boosting fertility and pregnancy.
Couples, who have repeatedly failed to bear children naturally, can opt for this treatment to produce their own offspring.
In case the couples are completely infertile, donor eggs or sperms may be used in the process. However, in that case, the offspring will not bear the DNA of both parents.
IVF can greatly reduce the chance of surgery on the fallopian tubes.
IVF also provides an opportunity to choose the healthiest embryos before implanting it back in the uterus. A procedure, known as the pre-implantation genetic diagnosis, determines the presence of any abnormal genes or other chromosomal absurdity.
The procedure of IVF has a very high success rate and with technological advancements in the field of medicine, it has also become much safer.
IVF allows women, who go into premature menopause, to be able to bear a child. This treatment is mostly for women who decide to experience motherhood at a slightly older age.
IVF allows same sex partners and single women to bear an offspring.
It is extremely helpful for women who have their fallopian tubes damaged, blocked or surgically removed.

IVF - 9 Benefits You Must Know!

There is nothing more stressful to a patient and a caring gynaecologist than to face repeated IVF failure or recurrent pregnancy loss following IVF. So to advice couples who have failed one or more attempts, to keep on trying over and over and over; is not an easy job. Here, one can find solution in Ayurvedic treatment. Ayurveda, through its medicines, diet & lifestyle modifications and panchakarma raises a new hope after IVF failure. Ayurvedic treatment enhances success rate of Artificial Reproductive Techniques (IUI, IVF, ICSI-ET) or increases chance of natural conception as per cause of infertility.

What is Infertility?

Infertility is Inability to conceive even after one year of unprotected coitus or inability to carry pregnancy till full term. There are many causes of infertility; such as tubal block, PID, Endometriosis, PCOD in women and low sperm count, low sperm motility in men. When there is severe tubal disease, severe egg factors, failed IUI treatments, severe male factors, unexplained infertility, grade III & IV endometriosis; Test tube baby is suggested.

What is test tube baby? IVF (In-Vitro-Fertilization)?

It is a laboratory procedure in which processed sperm are either placed with oocyte (IVF) or injected into oocyte (ICSI) in a petridish to achieve fertilization. The resultant embryos are transferred into woman's uterus for implantation.

What are causes of IVF failure?

To work out on IVF failures, we should focus on causes of failure.
One of the most common causes of IVF failure is Abnormal Embryo. Abnormal embryo can be formed due to abnormal egg (oocyte) or abnormal sperm or if both are abnormal.
Another common cause is Implantation failure. Endometrium preparation and its receptivity are more important for implantation of an embryo. Endometrium should be 6 mm or more in thickness preferably 8-10 mm. To know details about endometrium preparation, Color Doppler should be done. It has also been observed that when pregnancy is achieved in absence of endometrial and sub-endometrial flow on the day of embryo transfer (ET), more than half of pregnancy will finish as spontaneous miscarriage. 
IVF cycle can be cancelled even before Ovum Pick Up due to Poor Ovarian Response, in which very few or no follicle growth is seen even after fertility injections.
Most neglected but important cause is Pre-treatment STRESS.
HOPE IN AYURVEDA:

According to Ayurveda, four factors are essential for conception; namely seed (oocyte and sperm), soil (reproductive track), season (fertile period) and water (nutrition).
Ayurvedic fertility treatments regularize metabolism of body, purify reproductive organs, maintain hormonal equilibrium, improve endometrium lining & receptivity, increase egg and sperm quality and relieve stress.
Womb preparation treatment of Ayurveda enhances success rate of IUI, IVF, ICSI-ET.

Womb Preparation Treatments:

Ayurvedic medicines
Ayurvedic herbs and medicinal preparations act as natural tonic to male and female reproductive organs. They maintain biological clock of menstruation; hence hormonal imbalance is corrected. They also help in making most potent and healthy sperm & ovum and eventually a healthy pregnancy.

Panchakarma (Detoxification)
Ayurveda can treat infertility by Panchakarma procedures like Basti, Uttarbasti, Vaman, Virechan, Nasya using different Ayurvedic formulations as per cause of infertility & failure of IVF and according to body constitution of patient.

Basti acts on vata predominantly. It increases strength of reproductive organs 
Uttarbasti is an intrauterine instillation of sterile medicated oil or ghee. It acts on endometrial receptors
Vamana and Virechana detox the whole body and improves digestive fire for proper nourishment of reproductive hormones and organs
Yoniprakshalana (Irrigation of vulva and vagina with warm decoction) and Pichudharan (Insertion of a sterile tampoon soaked in medicated ghee or oil in posterior fornix of vagina) are also helpful in infertility
According to Ayurveda; A Cheerful mind forms the basis of pregnancy; so relaxing panchakarma procedures like massage, steam, head massage, Shirodhara are done to reduce stress and its impact on infertility treatments.

Diet:
Like other fertility treatments, Ayurvedic treatment does not depend only on medicines. In fact, it ensures that patient follows a strict diet rules as per Ayurveda and avoids spicy and salty food. The proper food can help to provide proper nutrition to reproductive organs.

Lifestyle modification:
Nowadays infertility has become a part of lifestyle diseases. Ayurvedic Doctor can guide you to modify lifestyle according to your body constitution (Dinacharya) and seasonal variations (Rutucharya). It is always better to avoid cigarette smoking, tobacco and alcohol as they reduce fertility. Exercise is an inevitable part of lifestyle. One should learn exercise, yogasana (e.g. Surya Namaskara, Gomukhasan, Sarvangasan, Pavanmuktasan, Ardhamatsyandrasan, Naukasan, Dhanurasan, Shalabhasan etc.) and Pranayam from an experienced teacher.  

IVF Failure: Hope In Ayurveda!

What are the factors that make a woman fertile? + The most effective way to address infertility

Infertility is the inability to get pregnant after a year of unprotected intercourse. Both men and women can be infertile.

In about one-third of cases, the cause of infertility involves only the male.

In about one-third of cases, the cause of infertility involves only the female.

In the remaining cases, the cause of infertility involves both the male and female or no cause can be identified.

Women are born with a finite number of eggs. Thus, as the reproductive years progress, the number and quality of the eggs diminish. The chances of having a baby decrease by 3% to 5% per year after the age of 30 and this reduction is noted to a much greater extent after age 40.

Female infertility can also be caused by a number of factors including:

1. Damage to fallopian tubes

Damage to the fallopian tubes can prevent contact between the egg and sperm. Pelvic infections, endometriosis, and pelvic surgeries can lead to fallopian tube damage.

2. Hormonal causes

This can lead to ovulation disorders which prevent the ovaries from releasing eggs such as in polycystic ovary syndrome ,  hyperprolactinemia or disorders of the thyroid gland - hyperthyroidism / hypothyroidism, can interrupt the menstrual cycle and cause infertility.

3. Cervical causes

A small group of women may have a problem in which the sperm cannot pass through the cervical canal. Whatever the reason is , this problem may be treated with intrauterine inseminations.

4. Uterine causes

Abnormal anatomy and distortion of the uterine cavity due to the presence of polyps and fibroids or problem with the endometrial lining can lead to failed implantation of the embryo.

Endometriosis occurs when endometrial tissue grows outside the uterus - often affecting the function of the ovaries, uterus, and fallopian tubes.

5. Primary Ovarian Insufficiency:

Also called as Premature Menopause, when the ovaries stop working prematurely before the age of 40. Certain conditions are associated with early menopause like immune system diseases, radiation or chemotherapy and smoking.

Causes of male infertility may include:

1. Abnormal sperm production or function due to various problems, such as undescended testicles, genetic defects, health problems including diabetes, prior infections such as mumps, trauma or prior surgeries on the testicles or inguinal region.

2. Problems with the delivery of sperm, due to sexual problems, such as premature or retrograde ejaculation, certain genetic diseases, such as cystic fibrosis, structural problems, such as blockage of the epididymis, or damage to the reproductive organs.

3. Overexposure to certain chemicals and toxins, such as pesticides, radiation, tobacco smoke, alcohol, frequent exposure to heat can elevate the testicular temperature, impairing sperm production.

4. Damage related to cancer and its treatment, including radiation or chemotherapy for which timely cryopreservation can be done for future use.

5. Unexplained infertility, In approximately 20% of couples the cause cannot be determined using the currently available methods of investigation.

Why is IVF the best way to treat infertility in women?

Conception is a complicated process that depends on upon many factors:

On the production of healthy sperm by the man and healthy eggs by the woman

The sperm's ability to fertilize the egg when they meet.

The ability of the fertilized egg (embryo) to become implanted in the woman's uterus

IVF (or in-vitro fertilization) is a lab procedure where the sperm and the egg are combined in a dish (where fertilization takes place) and is followed by transferring the embryo (the fertilized egg) into the uterus. It is increasingly being used as a method to conceive as it has been established as a safe procedure that helps bypass a number of complications women may face while conceiving such as ovulation problems and issues with the fallopian tube.

Even women who face issues such as PCOS, endometriosis, and premature ovarian failure can conceive through this process. Moreover, IVF has been in practice since 1978 and has a safe track record. The success rates of IVF are high as well, making it a preferred procedure for couples who suffer from fertility problems. Unexplained infertility can also be treated with the help of this procedure.



What factors that  make a woman fertile? + The most effective way to address infertility

It is as important for the man as it is for the woman to undergo certain tests before the IVF cycle is started. Fertility is not only an issue for a woman, but it also might be for the man in question. There are certain tests that need to be conducted on men before they can gear up for IVF:

1. Semen Analysis: One of the most important tests for male infertility is semen analysis. Sometimes, a man may be completely healthy, but his sperm production could be of poor quality. Semen analysis is done to provide an accurate evaluation of sperm number, the ability to move (motility), size and shape (morphology), as well as the consistency and volume of the sample collected.

2. Binding Test: Sometimes agglutination occurs where the sperms might stick to each other by their heads or tails. Sperm antibodies might cause this problem. The IVF treatment's success might be compromised if this happens. A simple binding test is done to determine this.

3. Trial Wash: This is also known as sperm wash. It is mostly done to remove chemicals from the sperm. Not doing a sperm wash might end up affecting the later stages of the IVF treatment. In this process, the misshapen and immotile sperm is separated so a clean sample of motile and healthy sperm can be collected.

4. TUNEL Assay: Since sperms build up about half of a child's genetic makeup, a TUNEL Assay or 'sperm DNA test' is required. This test is done to measure the sperm population that have fragmented DNA. Negative impacts on genetics can hamper the success of the fertility treatment.

TUNEL Assay is usually recommended to men with:
a) Leukocytes detected by the sperm analysis
b) Age approaching 50
c) A history of diabetes II type or prostatitis
d) Exposure to chemicals or prolonged heat at workplaces

5. Screening for Infectious Diseases: This test is done for both the partners to check for diseases like AIDS, Hepatitis C, and so on.

Tests Suggested for Men Before IVF

Don't wait any longer, manage your Insemination online with a Lybrate doctor today

Consult for Insemination - Online and Easy!

FilterClear All

COMMON SPECIALITIES

COMMON ISSUES