Blastomogenesis is the process of tumor formation in cancer that occurs as a result of dysregulation of cell division and specialization. This process involves various environmental factors, including harmful substances that can cause mutations and disturbances in the cell's DNA. Cancer is a disease that results from mutations in the human genome. Cancer is becoming increasingly common and often leads to premature death. Blastomogenesis can occur in any tissue of the body where normal epithelial cells are specialized and stop dividing. This may occur due to a random genetic mutational change, activation of signaling pathways such as receptor tyrosine kinases, or DNA mutations. Metabolic and physiological effects enable malignant cells to acquire characteristic phenotypic features, such as loss of hormone resistance, autonomous blood feeding, and secretory function. Extensive blastoma formations can be found in the mammary glands, kidneys, liver and gastrointestinal tract. Point blasts are found on the skin, ovaries, endometrium, lymph and peripheral blood. Cells are also found in the bone marrow, spleen, thyroid gland, subcortex and renal tubules. They usually spread