How long does it take for a test tube pregnancy to be considered stable?

Modern medical technology is developing faster and faster. For some infertile couples, they can achieve the purpose of conception through in vitro fertilization. In vitro fertilization is basically the same as natural conception. Except for the different methods of conception at the beginning, some other physiological manifestations of pregnancy are the same. So after three months of in vitro fertilization, the fetus is basically stable. Let's take a look at this aspect.

How long does it take for a test tube pregnancy to be considered stable?

Apart from the initial differences, IVF pregnancy and natural pregnancy follow the same process after the embryo implants. So, if you want to ask how long it takes for an IVF pregnancy to be considered stable, then, just like a natural pregnancy, it will take three months to be stable. Because in the case of normal conception, the placenta usually grows around three months of pregnancy. Once the placenta grows, it means that the development of the fetus in the uterus will tend to be stable. The same is true for test-tube babies, where the placenta grows and tends to be stable around three months. So the same is true for test-tube twins, where the placenta is basically mature around three months.

Malaysian IVF experts point out that in many ways, IVF pregnancy is very similar to natural pregnancy. Parents are often more anxious because they have put so much energy into making this pregnancy happen, and in many cases, they are focused on the conception rather than the pregnancy itself.

Your doctor may want to monitor your hCG (human chorionic gonadotropin, the pregnancy hormone) levels during the first few weeks, as this will help them keep an eye on your pregnancy. When you are undergoing IVF treatment, some of the fertility medications you are given can cause a pregnancy test to show a positive result even if you are not pregnant. Therefore, it is important not to take a pregnancy test too early. In the early stages of your IVF pregnancy, you will notice that your hCG levels are increasing, which is a good sign and a sign that the pregnancy is progressing well. After an IVF transfer, if you are not pregnant, your levels should be below 5 MIU/ml. If the pregnancy level is higher than expected, then, congratulations, you may be pregnant with twins!

Do I need to stay in bed for 3 months if the test tube is successful?

There is no need to stay in bed for a long time after embryo transplantation. Long-term bed rest will affect the transplantation effect and reduce the implantation rate. Generally, you only need to rest for two hours to resume normal life and work.

The dangers of long-term bed rest after embryo transfer:

1. Long-term bed rest can cause women to suffer from back pain, body stiffness, etc. Moreover, lying in bed all the time, all the woman's attention will be focused on her belly, which will make her nervous and anxious. These emotions will affect her endocrine system and reduce the embryo's implantation rate. Some women even worry about getting up to go to the bathroom, fearing that the embryo will "fall out." These worries are completely unnecessary. It’s better to live and work normally and share the attention.

2. Long-term bed rest will weaken gastrointestinal motility, and the progesterone used during embryo transfer will also reduce gastrointestinal motility, so constipation is prone to occur. It is recommended that women eat more fresh fruits, vegetables and high-fiber foods to prevent constipation.

3. If women stay in bed for a long time, the blood flow in the limbs will slow down. For elderly and obese women, it is easy to increase the risk of thrombotic diseases. Therefore, long-term bed rest is not recommended, and relevant studies have shown that long-term bed rest does not increase the embryo implantation rate.

Although you can lead a normal life and work, you should avoid strenuous exercise or physical labor. Relax your mind and keep your body and mind happy. Your mindset is the key factor in determining the success of the test tube.