Meet Elizabeth and her sweet family! She and I have been having quite a correspondence--some interesting things have come up.More about that soon.
Our journey with Zoe Elan Newton, Osteopetrosis, her stem cell transplant, and Beyond. Please start with the post from August 26th, 2008...
Dear Donor~
Across from me is a darling, vibrant, healthy, spirited, and very much alive little two year old. She is our only child-- and she is here today because you cared enough to sign up for the bone marrow registry and make your very cells available to save her.
How many people do you know who can say that they know they have personally saved a life?
Well, you can because you did.
My husband and I are so grateful to you and for you. Thank you, thank you. The words don't express the depth of our gratitude, but know that the sentiment is there.
Bless you!
Signed,
Very Grateful Parents
PS. We are sending in a form stating that we would be willing to let you know more about our daughter should you like to know more about the little person whose life you saved. Namaste!
Dear Kellie and Zoe,
I received your email today and could not wait to respond to your beautiful letter. Your kind words and thrilling news of Zoe's health brought tears to my eyes (numerous times) and to everyone here in Florida. We have all been praying for and sending healing thoughts to Zoe since last January.
When I found out a year ago December that I was lucky enough to be a perfect match and possibly save someone's life I felt like I was given a gift. Your letter was another gift that I will treasure.
My boys and I love to watch the television program Extreme Makeover, Home Edition. Over tears, we talk of how lucky Ty and his crew are to be able to help families improve the quality of their lives by giving them safe homes, paying their bills, sending kids to college, etc. On the day that we found out that I was going to be able to donate my marrow to help Zoe, my middle son, Dustin, looked at me and said, "now you get to be "Ty Peddington" too". And with your news, I did feel a bit like Ty. Honored, and ecstatic, that I was able to help improve the quality of your family's life.
Kellie, I can't imagine the heartache you have all gone through over the past two years. You must be savoring everyday. I bet there will be no "terrible two's" in your home.
I don't believe in coincidences, so I find it interesting that you are from Seattle. I was born in Bellevue (many years ago) and my dearest friend is a pediatric cardiologist at Children's Hospital and at the University out there. Coincidentally, she had her first daughter about two weeks after Zoe had her bone marrow transplant and I was out visiting her last March.
Thank you so much for sending me the update of Zoe's health. It means the world to me.
Namaste,
Elizabeth
P.S. I have attached a picture of my family: my husband, Daren, and boys Jonah (13), Dustin (11) and Trey (7).
Regenerative Research:Well, that all sounds promising, eh? But it's not only optic nerve regeneration that might allow Zoe to see in the future. Technology may light up the darkness for her.
As our knowledge of stem cells has expanded, so has the breadth of our research. A few short years ago, all the focus was on embryonic stem cells and research was limited by the ethical issues and related federal funding ban. Since then, we also have access to progenitor cells, adult stem cells that also have great potential without some of the limiting factors of embryonic stem cells mentioned above. Now, we have discovered that the human body has already existing, dormant stem cells in the central nervous system (CNS) which includes the spinal cord, brain, optic nerve and retina. With both embryonic stem cells and adult stem cells, additional research needs to be done to both develop consistent sources of stem cells and develop a surgical or other stem cell delivery technique. This new approach of activating already existing, dormant stem cells may eliminate the need for these added steps. In addition to knowing that these cells exist, we also now know the molecules that are responsible for that dormancy and we have identified the drug that can activate them. This drug then is likely to become the foundation of a new drug that will both activate and coax these cells to become the kind of cells needed in our goal to restore vision.
In optic nerve regeneration, we know that there are three barriers against regeneration we need to overcome in order to develop a therapy. We already know that the original drug will overcome the first barrier (dormancy) and the second barrier (scar), but the third barrier still must be overcome. This barrier comes from the proteins of the myelin (sheath covering the optic nerve) that send signals preventing regrowth. So the goal is, using the original drug as a foundation, build a new drug to overcome all the barriers safely and reliably.
At the Schepens Eye Research Institute, an affiliate of Harvard Medical School located in Boston, our regenerative center, The Ocular Regeneration Research Center, is made up of 3 separate laboratory teams exploring the great potential of stem cell and gene therapy technologies. The goal of all the labs is the repair/regeneration of the retina and optic nerve. Both are made up of nerve cells, which share the same barriers to regeneration that we are working to overcome. The real strength of Schepens' regenerative research is these 3 labs, 3 research teams, with varied approaches, working collaboratively, are making the idea of vision a reality in coming years. It is a very powerful combination.
Some of the group's individual accomplishments include:
- Dr.Feng Chen's first ever regeneration of the optic nerve in mice
- Dr. Michael Young's years of transplanting brain and retinal stems cells into mice and pigs in preparation for the next step, human retinal damage repair/regeneration
- Dr. Kameran Lashkari's novel, new discovery of adult progenitor cells from the retinas of premature babies that seem to migrate to damaged optic nerve and retina
- Dr. Chen's discovery of the mechanism to reawaken already existing, dormant stem cells in the retina, optic nerve and brain
- Dr. Young's discovery of the molecule in stem cells that is the key to integrating transplanted nerve cells into damaged tissue.