Stem Cells Skin Cancer
While skin cancer has typically not been a major focus for stem cell research in terms of treatment methods and technology it is, nevertheless, a major focus for searching out stem cells in terms of their relationship to cancer and the development of tumors. Cancer is, in itself, an uncontrolled development of cellular growth that can cause various malfunctions throughout a body while stem cells by their very nature are the driving force behind cellular growth and tissue development.
Research has been particularly focused on skin cancer stem cells in the past primarily due to the fact that not only is skin cancer a highly prevalent development among many people it is also relatively easy to study (requiring little invasive action for the removal of cancerous spots for laboratory study). Despite its ready availability for study. however, successfully pinpointing specific cancerous skin cells for study and development of treatment methods has proven difficult.
The primary reason for skin cancer stem cells being elusive is due to the fact that tumors, created by the uncontrolled cellular reproduction cycle initiated by malfunctioning stem cells, tend to contain a large number of different cell groups as cancerous growth can create a cellular “chain reaction” effect in which a large number of cellular lines are negatively impacted. This results in many biopsy studies of cancerous tumors to yield little to no viable record in most cases due to the difficulty in actually isolating specific cancerous stem cell lines.
Thankfully advancements have been made last month by Oxford researches dedicated to the research and development of stem cell technology related to skin cancer, its causes and treatment thereof. Thus far they have been able to successfully identify a number of cellular lines traced back to initial stem cells by isolating the cellular lines in the early stages of development and tracking them through their progress as they develop into cancerous tumors in order to pinpoint key elements in tumor development.
Their breakthroughs in stem cell tracking and selective identification mean a number of different approaches can be taken in the future in regards to both harmful and beneficial stem cell therapies. By being able to successfully identify cancerous stem cell developments in developing cancer regions researchers will now be able to better identify specific causes of cancer and identify as well as treat the primary problem site without needing to conduct invasive actions on surrounding tissue.
Subscribe to the comments for this post