Why a Cord Blood Bank
Life is precious and thanks to advantages in science blood from the placenta
and umbilical cord normally discarded after birth can now be a lifeline
to someone else.
Cord blood is rich in stem cells and in a small amount of cord blood their
is sufficient stem cells to replenish a patients bone marrow, this could
mean the difference of life and death to a child with Leukemia or with
any of other malignant and generic blood diseases currently in WA we have
70 patients waiting and hoping for a suitable match. Cord blood stem cells
should not be confused with embryonic stem cells.
The Future
Cord Blood transplants have opened up a new world of hope and promise
for the seriously ill and may well in the future provide us with a cure
for diabities, Parkinson disease, spinal cord repairs, liver failure and
arthritis.
It will take imagination and foresight to keep pace with modern medicine
and the establishment of the Rotary Cord Blood Bank will help us take
great strides to a better future.
History
To celebrate Rotary’s 100th birthday The Rotary Clubs of Western
Australia came together to consider how Rotary could celebrate the occasion.
Submissions were called for from Rotary Clubs, Probus Clubs and Inner
Wheel. Of the fifty suggestions that were put forward and evaluated by
a committee of eminent Western Australians formed under the chairmanship
of Rotarian Con Michael, the now Governor of Western Australia.
The Inner Wheels Clubs suggestion was that Rotary in West Australia raise
6 million dollars to build a free public Cord Blood Bank and also provide
initial funding towards it’s operating costs this was chosen as
the most beneficial to all West Australians.
This Cord Blood bank will be managed by the Australian Red Cross Blood
Service and be located as an extension of their current building in Wellington
St, construction is expected to start late this year.
Rotary has raised $4.8 million dollars to date. With donations coming
not only from rotary clubs but the corporate sector and private donations.