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Research
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Introduction
- In Search of a Cure
FOP research is detective work. Though on April 23, 2006, the University of Pennsylvania School of Medicine announced that it had discovered the gene that causes FOP, there is still much work to be done in finding a treatment and cure for FOP.
Researching
this rare disorder may one day also benefit people who suffer
from more common bone-related conditions, such as osteoporosis,
arthritis, post-amputation treatment, certain spinal cord
injuries and some heart valve disorders.
Like
other genetic conditions, FOP research involves finding and
fixing a defective genetic switch. At the same time, however,
FOP is also unique. There is no other condition that turns
one type of tissue into another the way FOP turns muscle into
bone. Despite this, the research team has made significant
inroads in mapping the elusive FOP gene, and this brings great
hope to the FOP community.
There
are several difficulties, unfortunately, which hinder research
and delay the development of effective treatments:
Rarity of multigenerational
families
Scarcity
of tissue samples
Lack of awareness
Limited funding
Lack of a genetic
animal model

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Finding
the source of the puzzling FOP gene is possible, but this disease
process is relentless. Research discoveries and treatments are needed
quickly before extra bone permanently immobilizes more people with
FOP. The IFOPA is dedicated to finding a cure.
Opening
Doors for More Common Conditions
"The
answers for FOP are relevant to every condition that affects the
formation of bone," says Frederick
S. Kaplan, M.D, Isaac and Rose
Nassau
Professor of
Molecular Orthopaedic Medicine at
The University of Pennsylvania. Genetic discoveries in the FOP Laboratory
could
open doors for more common conditions such as arthritis, osteoporosis,
spinal cord injuries, and degeneration of heart valves.
Research
Needs
Umbilical
Cord
The
FOP Research Team at the University of Pennsylvania is interested
in speaking with any of FOP parents who have had the child's umbilical
cord blood collected at birth. The cord blood is rich in stem cells
that they normally cannot get without performing either an invasive
or a high risk procedure. If you can help, please call Rita at
215-746-0406.
Tissue/Marrow
With
recent advances in stem cell biology and tissue engineering, the
FOP research lab at the University of Pennsylvania along with their
collaborators are trying to establish stem cell lines for research.
What is a stem cell? Stem cells are individual cells that have the
ability to self-renew as well as make cells that will turn into
several different cell types including bone, muscle, and fat. In
establishing these cell lines, the research will gain incite into
the behavior of these cells compared to cells from individuals who
do not have FOP as well as have a self-repopulating source of cell
for research.
Stem
cells are found in many tissues in the body including muscle, bone
marrow and teeth. The researchers at PENN are constantly interested
in obtaining any of these tissues. All tissue needs to be received
by the University within 24 hours of harvest. We have established
a transport network that can have samples picked up and delivered
the same day with very little notice. If you would like additional
information or would like to donate tissue please contact Rita
at 215-746-0406 or in an emergency or during weekends you can
page Dr. David Glaser at 215-312-8953.
Please read about Andy Sando's bone marrow
contribution.
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