Archives for April 2009

I’m exhausted…

Okay, I think I hit that proverbial wall.  You know, when your body is just so tired you just want to be lazy and sleep? 

During Hannah’s 2-hour Cerezyme treatment, I fell asleep for almost an hour of it.  I remember watching TV with her sleeping on me and the drape half-open around our area.   I woke up to a totally different show on the same channel and the drape wrapped completed around our area.  I hope I didn’t snore!  LOL  (Hannah did great at her treatment – slept through all of it!)

Last night I slept for over 5 hours straight.  The monitor didn’t go off once.  Yay!

Tonight, I am giving myself just one more hour to go through emails and get some stuff done and ready for the Chic-Fil-A fundraiser tomorrow.  I have NO idea what to expect or what I am supposed to do.  I am so thankful for my neighbor who set this up and to all my friends and neighbors who have volunteered to help and get the word out. 

36 hours until we leave to visit my folks and extended family in SoCal.  It has been a year since we have been back there, and it will be the first time almost all of them have met Hannah (except my folks who came here right after she was born).

Regenerative Medicine Offers Hope For Incurable Diseases

Not sure how this could or may pertain to GD, but it is worth learning more!

Regenerative Medicine Offers Hope For Incurable Diseases
Revolutionary stem cell therapies could replace diseased body tissues, offering enormous promise for patients with incurable conditions such as Parkinson’s disease and diabetes. Stem cells are immature cells that can divide into various types of cells that make up the bodies different organs and tissues. Stem cell therapy has been used for over 30 years to cure severe blood disorders such as leukaemia. At the 35th Annual Meeting of the European Group for Blood and Marrow Transplantation (EBMT), Prof. Katarina Le Blanc (Karolinska Institute, Stockholm, Sweden) chaired a session in which researchers discussed how stem cell therapy could regenerate other body tissues, thereby greatly improving human health and quality of life.

Regenerative medicine aims to treat currently incurable disorders, including neurodegenerative diseases such as Parkinson’s disease a devastating condition affecting around 6.3 million people worldwide. Regenerative medicine may also be used to treat muscular dystrophy and multiple sclerosis, and to repair or replace nerve cells (or ‘neurons’) damaged by spinal cord injury.

Regenerative medicine also has potential to generate new insulin-producing cells in people with diabetes. Around the world, 180 million people have diabetes and the condition contributes to 1-3 million deaths a year through complications such as heart disease and strokes. People with diabetes are unable to produce sufficient insulin, a hormone that helps control blood sugar levels, because of defects in the insulin-producing cells in the pancreas. Regeneration of these insulin-producing cells could offer a groundbreaking new approach to diabetes therapy.

Other uses of regenerative medicine include the growth of new cardiac muscle cells for patients who have suffered from heart attacks.

Stem cell therapy may either work by providing new stem cells to the patient or by stimulating growth of the patient’s own stem cells. Scientists have recently learned a great deal about how stem cells contribute to the regeneration of tissues in the human body after birth.

Dr Kirsty Spalding and co-workers (Karolinska Institute, Stockholm, Sweden) aged brain neurons by measuring levels of radioactive carbon-14, generated by nuclear bomb tests during the Cold War, in people’s DNA. Neurons in the brain’s cerebral neocortex are as old as the individual, i.e. these cells are only generated around the time of birth and not in adulthood. This means that the body has cannot normally replace these cells if they are damaged or diseased.

Bone marrow ‘stromal’ stem cells are able to differentiate into various types of tissue that form the skeleton, including bone and cartilage. Prof. Paolo Bianco (“La Sapienza” University, Rome, Italy) and co-workers have shown that stromal cells may be used to reconstruct bone, for example in the reconstruction of the face in with patients with injuries.

Experiments conducted by Prof. Yair Reisner and co-workers (Weizmann Institute, Rehovot, Israel) suggest that it in the future it may be possible to grow new organs such as the liver by transplanting stem cells from one individual to another.

Stem cell research and regenerative medicine are rapidly developing research areas, and considerable hope is placed on the use of stem cells in medicine to repair tissue for diseases that are currently not curable.

About the European Group for Blood and Marrow Transplantation

Bone marrow or stem cell transplantation is often the only curative treatment for different malignant diseases and is currently performed on more than 50,000 patients worldwide each year. The European Group for Blood and Marrow Transplantation (EBMT) as the leading non-profit, scientific society representing 527 transplant centres in and outside Europe, promotes all activity aiming to improve stem cell transplantation or cellular therapy. This includes registering all the activity relating to stem cell transplants with a view to improving treatment outcomes for patients. EBMT has set standards for indication and treatment for malignant and non-malignant diseases, along with running training programmes for continual professional development. These are continually audited and updated. EBMT is also responsible for accrediting the transplant centres based on their performance and data reporting.

Wonderful gesture from a friend

I got a box a few days ago from some friends of ours from New Orleans.  We actually met this couple in Russia, when we were finalizing our adoption for Abby, and they were finalizing their adoption of their son.  They are only a few weeks apart in age.   We have kept in touch over the years, and they brought home a new baby boy into their family right around the time we had Hannah.  Their boys are destined to marry my girls.

Back to the box.  So I opened up the box, and I saw a birthday invitation for their older son and a cute little gift for Hannah.  Attached to the invite was a letter from this couple asking that their friends not give gifts to their son but instead make a donation to help us fight for Hannah.  I cried when I read the letter.  It was beautiful, special, and I was just so moved.  Then, I opened the envelope that came with the package, and it was filled with numerous checks made out to Hannah.  They totalled over $600.  They held their own fundraiser for us.

I started bawling when I saw that.  We have had so many disappointments since we found out what we were dealing with, and this was just so unexpected.  I was overwhelmed that they cared so much for our family that they would do this for us!  I even called Daddy and told him…I think he thought something was wrong at first because I was still crying when I called to tell him!

I don’t have words to explain how wonderful this made me feel in so many different ways.  It wasn’t the money.  It was this incredible gesture, an amazing gift, from a connection that was made over 6000 miles away in a little city in Russia.  It was someone showing how much they believed in us and our fight for Hannah.   It was someone who wanted to do something extraordinary for us, our family,  to help keep us together.

T & M — Thank you, thank you, thank you.  We love you guys too.

Sleep apnea, Angel Care Movement Sensor Monitor … more paranoia?

Hannah has had a cold for the past 3 days.  Just a runny nose and congestion, but it definitely affects her when she is sleeping.  She has times when she snores for a bit.  But then there are times, like right now, when she is incredibly quiet that I can’t even hear her breath.  (And yes, she is still sleeping in the pack’n’play next to my bed…I haven’t made that move yet to her crib.  I’m working on it.)

Knowing that sleep apnea is one of the symptoms of her disease, I have been incredibly paranoid that she may have it.  I have kept myself awake until almost 3 AM for the past few nights, not intentionally, only because I’ve become obsessed with listening to make sure she is breathing and that she doesn’t have sleep apnea.  I can’t tell you how many times I hear silence, and I get up to put my hand on her chest to feel her breathing.  Sometimes I swear I don’t, but it is so late at night, I feel like my paranoia and exhaustion is wracking my brain.  I admit, I’m not proud of this.

Angelcare Monitor

Angelcare Monitor

Today, we went to Babies R Us, and we bought one of those SIDS breathing monitors for the pack’n’play.  You know, the one where if it doesn’t feel any movement in 20 seconds it sets off an alarm.  It is the Angel Care Movement Sensor.  We tested it out tonight since it requires a “firm surface”, and it works great (we layed it on a thin hardback book).

I’m sitting here with the little triangle monitor about a foot away from my head on my nightstand.  Hannah is about three feet away from me.  She was snoring a bit earlier, but she is incredibly quiet right now to the point that I can’t hear her breathing at all.  I’m looking over at the little monitor light, and I see the top light, the one that flickers every 3 seconds to show that it feels movement. 

Since I see the light flashing, I’m not getting up to check on her. 

I hate, hate, hate this paranoia I have fed into because of this disease!  I was NEVER that type of parent before!  

It is like I know that sleep apnea is probably going to be coming soon, and I want it to stay away as long as I can because I know the sooner we get the “next symptom,” the quicker this disease is progressing.  The longer we can keep the next symptom from appearing, the slower this disease will progress, hopefully.

But I need to sleep.  Hopefully this monitor 1 foot from my bed, keeping tabs on my daughter 3 feet from my bed (yes, I know, it is almost ridiculous – if someone told me about another parent who did this, I would have thought overly-paranoid freak as well) will put my mind at ease for now about this.

I have to keep reminding myself, she has an old-fashioned runny nose and congestion.  Just like a normal baby.

Oh well, tomorrow is another Cerezyme treatment, so I’ll be spending the day at the hospital again.

NIH Take three!

Daddy and I have been going back and forth over this NIH trip.  The main obstacles were 1] Daddy taking off more work, 2] Money, and 3] Ethan and Abby.  We just can’t afford to fly the kids to DC and the additional hotel/food/etc.  I REALLY want Daddy to go to Detroit with me next month for Hannah’s specialized brain scan, because I just don’t feel as comfortable being alone with Hannah in that situation (whereas the NIH, I know my aunt and uncle live there).

So we decided that it is just going to be me and Hannah at the NIH this trip.  I talked to my uncle (who apparently lives just a block away from the NIH!), and they will pick me up from the airport and basically be there for me during the whole trip.  It was very exciting to hear how willing they are to do this. 

This will work out just great now 🙂  Even Daddy feels much more relieved knowing that we can save those extra personal days for later in the year if we need them!  Now to set up a date!

Michael J. Fox Foundation Awards For Parkinson’s Drug Development Research

Off to find Dr. Wustman and Dr. Clark to see what is going on with this!

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The Michael J. Fox Foundation Awards $4.6 Million To 10 Industry Teams For Parkinson’s Drug Development Research
1/23/2007

Brandon Wustman, PhD, and Sean Clark, PhD, of Amicus Therapeutics will attempt to develop drugs that take advantage of a possible genetic link between Parkinson’s and Gaucher’s disease. Gaucher’s disease is an inherited deficiency of the enzyme glucocerebrosidase, which results in the buildup of a toxic substance in parts of the body including the spleen, liver and bones; carriers of the mutation for this disorder have a significantly elevated risk of developing PD. Drs. Wustman and Clark will test a compound known to stabilize glucocerebrosidase for its ability to block Parkinson’s and Gaucher’s pathology. They will also look for interactions between glucocerebrosidase and alpha-synuclein, a protein whose clumping is a hallmark of PD pathology.