WHAT SAY THE RESEARCH ON THE POSSIBILITY OF TRANSFORMING CANCER CELLS IN NORMAL CELLS WITH EPIGENETIC REPROGRAM OF THEIR DNA.
The world's leading research in vitro and in animals.
RESEARCH HAS DISCOVERED THAT CENCER CELLS LOOKS LIKE EMBRIO CELLS. CANCER CELLS RESPOND TO THE STEM CELLS DIFFERENTIATION FACTORS THAT CAN REPROGRAM THEM.
ONCOVITA WAS BORN FROM A GROUP OF ONCOLOGIST,RELATIVES OF PATIENTS, DOCTORS AND RESEARCHERS. WE COLLECTEDTHE INTERNATIONAL SCIENTIFIC RESEARCH ON INTEGRATED IN CANCER THERAPY WITH ZEBRAFISH. TELL US ABOUT INTERESTING ARTECLES AND RESEARCH TO KEEP OUR COLLECTION UPDATED.
This study was published in Nature, one of the leading journals in the world of science. The more a magazine is important the more difficult it is to publish research studies because these are scrutinized by a group of severe Continue reading →
Prostate cancer is the most common solid tumor in Europe and 95% of cases is a acinar adenocarcinoma.
Because of the dubious origin of these cells, it is difficult to establish a “gold standard” treatment.
By consulting many publications on Continue reading →
In embryos the growth of the tumors is stopped or slowed by proteins, called factors of stem cell differentiation, present during the process of formation of the organs. These factors are present both in the uterus of the mammals as Continue reading →
Experiments on animals have shown that regulatory factors can stop or slow down the growth of tumors. These factors are present in embryos of oviparous or in the gravid uterus of mammals, when in the embryo the various tissues differentiate. Continue reading →
When a cell is ill and is no longer able to heal,it activates a mechanism that leads to suicide, is called apoptosis. In tumor cells in addition to other failures has failed also this mechanism and the cells that should Continue reading →
Preliminary studies have shown that some proteins extracted from the embryos of zebrafish, a particular type of fish, are able to block the multiplication of cancer cells. This study seeks to examine the biological properties of these proteins.
During the Continue reading →
Some cells of aggressive melanomas also express characteristic genes of other types of cells including endothelial, nerve and stem and prove then differentiated. A research was set up to see if the zebrafish model was functional for the study of Continue reading →
When you colonize the tumor cells in a developing embryo a spontaneous correction of the tumor cell or its elimination through “cell suicide” is observed.
It is now known that tumor cells have many aspects in common with the behavior Continue reading →
Five human tumor cell lines were treated in vitro with extract from the embryos of Zebrafish (glioblastoma, melanoma, adenocarcinoma of the kidney, lung and of the lymphoblastic leukemia).
Each line has demonstrated a reduction of cell growth resulting from the Continue reading →
The term ” tumor cell reprogramming” is used to define the transformation of the tumor cells into normal cells fully differentiated.
The hypotheses that tumor cells can be corrected by factors of stem cell differentiation are based on evidence that Continue reading →