What is Trophoblast and its relationship to Cancer !!!

Before we try to tackle cancer, we need to understand how and why cancer goes “undetected” for a long time and why, once detected, it is “too late” and requires aggressive therapy that harms the body as a whole instead of “curing” it.

As a matter of fact, the body possesses an army of billions of white blood cells (collectively called leukocytes), and one of their main functions is to attack and destroy anything foreign, harmful or dangerous to the body.

Then it seems logical that they would attack cancer cells too, right? But we already know that this is not happening. One of the main reasons is that cancer (cancer cells) have the full characteristics of a trophoblast, and trophoblast cells are well known to the organism from its absolute cellular beginning (to be explained below).

Since the trophoblast cells in question are part of the life cycle (they are pre-embryonic), nature has made them “invisible” to white blood cells: trophoblast cells are enveloped by a thin fatty-protein layer that carries a negative electrical charge, which is the same charge that white blood cells carry: a negative one.As we know, two equal polarities repel each other, which is the main reason why the trophoblast remains well protected and invisible to white blood cells.

Let’s find out what a trophoblast is:

Trophoblast cells are specific pre-embryonic cells,which are something absolutely normal in the early stages of gestation. The interesting thing here is that during pregnancy, the trophoblast cell has the behavior of a cancer cell:The trophoblast multiplies rapidly, “eating” the uterine wall,making its way and preparing a place for the future embryo,which will attach to the uterus and receive protection and nourishment from it.

The trophoblast is formed as a result of a chain reaction with another cell called a diploid totipotent cell, for our purposes let us call it the total life cell, since it contains within itself all the individual characteristics of the whole organism and has the ability to become any type of tissue or organ as well as an embryo in its own right.

About 80% of these cells of total life are located in the ovaries or testes, where they serve as a genetic reservoir for future offspring. The remainder are distributed throughout the body and are actively involved in regeneration and healing of damaged tissue, which occurs in the following way: trauma of any origin, whether it be damaged tissue, physical trauma, chemical reaction, or in disease, leads to increased levels of estrogen, whose role is to serve as a stimulator or catalyst of the healing processes in the body.

It is a known (or perhaps not) scientific fact that once in contact with estrogen, this cell of total life begins the intensified production of trophoblast, and when trophoblast also comes into contact with estrogen, this often leads to the formation of malignant cells. Do you see the estrogen – trophoblast – cancer relationship?

When the formation of cancer cells starts, the body reacts by trying to isolate them from the rest by encapsulating/wrapping them with tissue. The most common result is the formation of a so-called lump.

Viewed through a microscope, most of these formations resemble a hybrid between a trophoblast and its surrounding cells. What is interesting here is that as cancer progresses, the entities in question more and more begin to adopt the classic characteristics/behaviour of a trophoblast (which

automatically means well protected from detection by white blood cells). For example, the cells of even the most malignant of all cancers: epitheliomas, are indistinguishable from trophoblast cells.

Can we “strip” trophoblast/ or cancer cells of their protein layer protector and make them vulnerable to white blood cells? Of course !!! Part of the solution lies in the pancreas, which secretes enzymes, and we emphasize one specific one called trypsin.

The ideal treatment should only fight malignant cells without affecting healthy cells or increasing the risk of new cancers forming.

In order to effectively combat a disease of an oncological nature, cancer cells must at all costs be recognized by white blood cells. Otherwise, the ‘cure’ is limited to conventional chemo- and radiotherapies, which are known to often destroy both cancerous and normal cells, and which lead to horrific side effects.