Human chorionic gonadotrophin, or HCG, is a hormone that plays a vital role in the development of a new life by maintaining equilibrium in a woman’s body, proactively initiating processes to ensure the viability of the embryo.
It stimulates the release of progesterone by maintaining and acting on the corpus luteum, a temporary ovarian gland. Progesterone maintains the uterine lining and prepares the womb for implantation. HCG stimulates increased blood circulation to the uterus and helps prepare the endometrium, re-shaping and enriching it with capillaries and blood vessels and you can also get more information about HCG plan visit 1hcgdrops.com. HCG promotes cell-to-cell communication through tube-like gap junctions or cellular channels which permit materials to pass directly from one cell to another, allowing the embryo to safely and firmly fuse with the uterus.
The series of cell divisions occurring shortly after conception create a hollow ball, which is identified as a blastocyst. The outer layer of the blastocyst, called syncytiotrophoblast, produces the HCG hormone on or around the 5th day of gestation and eventually forms part of the placenta. The inner mass goes on to the uterus to form the fetal tissues.
The presence of HCG can be detected in routine pregnancy tests 7-9 days after conception, around which time the embryo will have started binding and implanting itself in the womb. HCG enters the bloodstream in escalating gushes every 2 or 3 days as the developing embryo is nurtured by the developing placenta. As the pregnancy progresses to its 6th week, HCG secretion will reach its peak and HCG levels will start to drop considerably until almost negligible. At this point, test substances can still detect its reduced presence. On the 12th week of pregnancy, the placenta is ready to assume the production of progesterone and nourishment of the baby, and ceases to release HCG.
HCG has also been linked to the strong immunity of the baby on its first few months, protecting the child from contracting highly-transmissible diseases acquired by the mother.
In modern fertility clinics, HCG is used to induce successful pregnancy using in vitro fertilization (IVF) or intrauterine insemination (IUI). HCG, acting with other gonadotrophins, stimulates ovulation. Singly, it promotes the release of mature and healthy eggs from the ovary.
In IVF procedures, HCG preparation is given to induce the ovaries to allow many eggs to develop and mature. Once ready, the eggs are surgically withdrawn, injected with sperm cell in a laboratory, and allowed to develop for a few days before being injected into the uterus for implantation. In IUI, an active sperm is injected directly inside the uterus, improving the chances of successful fertilization. This process only takes less than 5 minute to perform and is usually performed within 24-36 hours after HCG injection. Intrauterine insemination may be advised if the woman is anovulant, or if there are other issues like difficulty in ejaculating semen, inadequate sperm count, constricted cervical entry, or other unexplained conditions.
In men, LH and HCG are used to stimulate the production of testosterone, the male hormone responsible for promoting the normal functioning of male reproductive organs and the development of secondary sexual attributes. HCG is also used in the treatment of underdeveloped male organs.
Test kits containing hCG-reacting substances are used to validate pregnancy. Pregnancy tests may either use blood or urine samples to check the presence of the HCG hormone.
Screening of Down syndrome and other genetic abnormalities, as well as estimating the age of the fetus, are done by performing HCG quantitative tests.
There are other conditions that can cause the rise in HCG amounts in the body in the absence of pregnancy. Teratoma, testicular cancer, hydatidiform moles, seminoma, and germ cell tumors are some of the disorders that can cause the elevated HCG levels in the bloodstream. HCG testing may be utilized as indicator of the presence and progress of abnormal cell growths.
The potential application of HCG in cancer treatment is still in its testing phase but earlier clinical trials involving mice has shown that it has caused cancer cell apoptosis when injected on breast cancer cells.
HCG has been used and disabused in sports medicine because of its LH like properties and action mechanisms. It is usually combined with androgenic anabolic steroids to help in body building, bulking, and muscle development. It is banned in some sports because of its performance-enhancing properties.
HCG is a strong acting hormone that has been shown to stimulate the hypothalamus to secrete toxins and unhealthy fats from the body.
Dr. A.T.W.Simeons, a British endocrinologist, was the first to identify HCG’s role in the treatment of obesity when a low dosage of the Hormone was administered along with a highly restrictive calorie diet in a study he conducted in the early 1950s. His research showed that HCG can program the hypothalamus to release unwanted fats trapped in the body for use as energy to compensate for the depleted food consumption, allowing the body to lose 1-2 pounds daily. He used the findings as the basis for developing the HCG Diet Protocol which involves 500-calorie daily food consumption and 125 IU of HCG per day, a very low dosage compared to the volume secreted during pregnancy. The introduction of the HCG in the body at this level should not be a cause for raising undue alarm for false pregnancy or tumor incursion.
Today’s popular HCG Diet Protocols are based on the diet program prepared by Dr. Simeons, with some refinement over the years.
Our HCG Diet Protocol is a much improved, safer, more affordable, and more convenient version of Dr. Simeons’ diet program. We have eliminated major side effects associated with HCG injection methods by developing HCG Drops, and fortified the formula with more amino acids using our proprietary blend. Our program is easy to follow and sustainable so you can lose those unsightly fats fast and keep them off permanently.