Mary Berg
Whelan
In life, everybody has a buddy. Whether it’s your siblings, your mom/dad, or even your cat, we all have a buddy and a buddy system. Cells have a “buddy system” with things in common that makes a big process. The process I will be introducing is called mitosis. But I am going to discuss it a little further, I will be talking about the role of the process, mitosis in cancer and how it can be cured.
Whelan
In life, everybody has a buddy. Whether it’s your siblings, your mom/dad, or even your cat, we all have a buddy and a buddy system. Cells have a “buddy system” with things in common that makes a big process. The process I will be introducing is called mitosis. But I am going to discuss it a little further, I will be talking about the role of the process, mitosis in cancer and how it can be cured.
First of
all, what is cancer? Cancer is a disease that can basically occur everywhere on
your body, including the outside such as your skin. Cancer is caused by cells
that grow uncontrollably. Cancer starts
out as a tumor, which starts out as kind of like a plant growth. But once the
tumor starts, a process called metastasis, takes the tumor and spreads the
cells and bacteria of it all over the body through the bloodstream. The tumor
doesn’t always spread, but it most likely is to. Everybody will inherit their
parents’ genes, especially from mother to daughter, and father to son. The
genes you get are most likely from your parents of the same gender (Cell Reproduction: Mitosis and Cancer).
Secondly,
cancer cells start in the nucleus where the DNA is, and your genes are in the
DNA chromosomes. The nucleus is the center of the whole cell “buddy
system”. A system is where a bunch of
little parts come together to make one big idea, and/or a big process. The DNA and genes is what makes the cancer
come together and form the process, Mitosis (Gregory).
Furthermore, some discoveries that were made on cancer cells. Such as
“Normally, cells divide every 24 hours in a very orderly fashion. One becomes
two, then three, then four, ETC. They all have a controlled start and stop time
on when they divide. But when they divide nonstop in a chaotic fashion, the
result can be cancer” (Cancer Discovery). “The thing all cancers have in common is the
uncontrolled growth in cells” (Cancer Discovery). “100 genes make the difference of healthy cells and
cancer cells. You may never smoke in your life but you can still get lung
cancer” (Cancer Discovery). Cancer cells are made from mitosis
because, when your cell keeps spliting ad reproducing your cancer cells are
born (Cancer
Discovery).
Pursing this further, there are many types of
treatments that someone with cancer can go in and get. Such as surgery,
surgery can be used us a treatment if the cancer isn’t spread though your whole
body. The doctors go in and try to get rid of most of the cancer and in most
cases everyone with cancer has surgery at least once (Society). Another treatment is Chemo, “Chemotherapy (chemo) is the
use of medicines or drugs to treat cancer they go in and try to target the
cancer cells” (Society). Another treatment is Radiation
therapy, “Radiation therapy uses high-energy particles or waves to destroy or
damage cancer cells” (Society). Lastly “Targeted
therapy is a newer type of cancer treatment that uses drugs or other substances
to more precisely identify and attack cancer cells, usually while doing little
damage to normal cells” (Society). There are
many more different types of treatments a patient with cancer can go through
those were just a few.
Many people thought that cancer just comes to your body when
really cancer starts due to mitosis. Mitosis is the main starting
of cancer due to the harm mass of multiplying cells (Cancer Discovery).
Bibliography:
"Cell Reproduction: Mitosis and Cancer." 25 February 2004. IUPUI
DEPARTMENT OF BIOLOGY. 16 April 2012
<http://www.biology.iupui.edu/biocourses/N100/2k4ch8mitosisnotes.html>.
Gregory, Michael. "Cancer." Suny. <http://faculty.clintoncc.suny.edu/faculty/michael.gregory/files/bio%20100/bio%20100%20lectures/cancer/cancer.htm>.