Tuesday, June 3, 2014
Any Michigan Families?
As a proud alumna of the University of Michigan, I was excited to see that they have been awarded a Challenge Grant from Genetic Alliance to do awareness work for newborn screening! They are on a quest to catalog family stories about newborn screening for their project and if you live in Southeast Michigan, they'd love for you to participate! Find out more here! They need to hear from you by June 15th if you're interested.
Sunday, June 1, 2014
The Challenging World of FODs
A fellow Consumer Task Force on Newborn Screening Mom recently wrote an article for CoSozo about her family's experience raising three children with MCADD.
I would love for everyone to take the time to read her article. I really love everything she has to say! Thanks Kelly for sharing this with the world!
In case you missed that link, here it is again -- The Challenging World of FODs.
I would love for everyone to take the time to read her article. I really love everything she has to say! Thanks Kelly for sharing this with the world!
In case you missed that link, here it is again -- The Challenging World of FODs.
Saturday, May 24, 2014
Colorado Vaccination Legislation
Colorado House Bill 1288 was signed into law this week. This is the update from Children's Hospital Colorado on the legislation:
Under Colorado law today, all children enrolled in licensed child care and schools (public and private) must be immunized against a series of vaccine-preventable diseases like measles and pertussis. Parents can elect to exempt their children from these requirements for medical, religious, or personal belief reasons. This bill requires schools and child care centers to disclose their immunization and exemption rates, and also directs the Public Health Department to create an online, evidence-based education module about the benefits and risks of vaccines.
Under Colorado law today, all children enrolled in licensed child care and schools (public and private) must be immunized against a series of vaccine-preventable diseases like measles and pertussis. Parents can elect to exempt their children from these requirements for medical, religious, or personal belief reasons. This bill requires schools and child care centers to disclose their immunization and exemption rates, and also directs the Public Health Department to create an online, evidence-based education module about the benefits and risks of vaccines.
Why it’s good for kids:
Requiring schools to disclose their immunization and exemption rates
will arm parents with good information about choosing the right child
care center or school for their child, which is especially important for
medically fragile kids who are at higher risk for vaccine preventable
diseases.
Why it still needs more work:
Currently, a one-time parent signature is the only requirement to elect
a personal belief exemption. This bill initially included a provision
that would have required parents electing a personal belief exemption to
either get a medical provider’s signature or complete an online
education module addressing the risks and benefits of vaccines. This
requirement would help spread knowledge in our communities and ensure
our children don’t get sick from preventable diseases. The hospital and a
strong coalition of advocates will continue to work with parents,
health
experts, educators, and lawmakers to improve Colorado’s vaccine
requirements. This is important policy at any time, but it is especially
vital now, as Colorado is in the midst of a serious
outbreak of pertussis (whooping cough).
I'm excited that by the time the law goes into effect, I will be able to know the vaccination rates of the preschool that LB will attend, but I'm with Children's Hospital on wishing the law went just a little further in requiring parents to have a documented conversation with a medical provider or view scientific information about vaccinations before putting their child (and those that come into contact with their child) at risk of vaccine preventable illness. Maybe next year?
Saturday, May 17, 2014
Editing Our Genes?
A study published in Nature Biotechnology and also described in this article from The Independent, seems very exciting for genetic disorders!
Scientists used a genome-editing technology called Clustered Regularly Interspaced Short Palindromic Repeats (CRISPR) to cure adult laboratory mice of an inherited liver disease called type 1 tyrosinemia. This condition can be found in both animals and humans (it affects about 1 in 100,000 people and is part of newborn screening panels in some states) and is related to liver metabolism. Affected individuals are unable to break down the amino acid tyrosine and require a special diet and medication to prevent liver, kidney and brain damage.
The CRISPR technique enables researchers to snip out a mutated piece of DNA and replace it with the correct sequence. In this instance, the researchers were able to correct a single “letter” of the genetic alphabet which had been mutated in the gene involved in liver metabolism. They altered the genetic make-up of about a third of the liver cells in the mice through a high pressure intravenous injection and the researchers effectively cured the mice.
The fact that this technique can be used successfully in an adult animal could lead to the ability to use the technique in humans (probably after lots of ethics committees and institutional research boards weigh in on it and, of course, oodles of clinical trials are performed). It might be a long wait, but it sure is exciting to think about how a future gene therapy might fix the genetic defect in people with MCADD that prevents them from making the enzyme that allows them to break down medium chain fats.
Science is amazing!
Scientists used a genome-editing technology called Clustered Regularly Interspaced Short Palindromic Repeats (CRISPR) to cure adult laboratory mice of an inherited liver disease called type 1 tyrosinemia. This condition can be found in both animals and humans (it affects about 1 in 100,000 people and is part of newborn screening panels in some states) and is related to liver metabolism. Affected individuals are unable to break down the amino acid tyrosine and require a special diet and medication to prevent liver, kidney and brain damage.
The CRISPR technique enables researchers to snip out a mutated piece of DNA and replace it with the correct sequence. In this instance, the researchers were able to correct a single “letter” of the genetic alphabet which had been mutated in the gene involved in liver metabolism. They altered the genetic make-up of about a third of the liver cells in the mice through a high pressure intravenous injection and the researchers effectively cured the mice.
The fact that this technique can be used successfully in an adult animal could lead to the ability to use the technique in humans (probably after lots of ethics committees and institutional research boards weigh in on it and, of course, oodles of clinical trials are performed). It might be a long wait, but it sure is exciting to think about how a future gene therapy might fix the genetic defect in people with MCADD that prevents them from making the enzyme that allows them to break down medium chain fats.
Science is amazing!
Saturday, May 3, 2014
Dietary Fats Explained!
While skimming through my alumni e-newsletter this weekend, I happened upon an interesting article about dietary fats. While the main point of the article was to inform generally healthy people about the role of fats in their diet and which fats are healthy, there were some interesting facts in the article that helped me understand my son's MCADD a little bit more.
Some things that I learned:
First, I learned that fats have 4 main roles in our bodies...
Second, I learned that fatty acids have a chain length categorized as short to very long. This becomes important since the different chain lengths undergo different metabolic fates. Short-chain and medium-chain fatty acids are quickly available for use as energy. Long-chain fatty acids, in contrast, undergo more complex processes and are deposited as fat in the liver and other body fat cells. Thus, the short- and medium-chain fatty acids often are considered “good” fats since they are easily metabolized and don’t necessarily contribute to fatty livers.
The four different types of fatty acids include:
Anyway, if you're interested in a deeper dive into fats, I'd encourage you to read the article and, of course, GO BLUE!
Some things that I learned:
First, I learned that fats have 4 main roles in our bodies...
- Energy source and reserve–Fat provides 80-90 percent of the energy requirement at rest. One gram of pure lipid contains about 9 calories of energy, more than twice the energy available from carbohydrate or protein.
- Protection of vital organs– The body’s internal fat (about 4 percent of the total) protects against trauma to vital organs like the heart, liver, kidneys, spleen, brain, and spinal cord.
- Thermal insulation–Fat keeps us warm!
- Vitamin carrier and hunger suppressor–Approximately 20g of daily dietary fat provides a sufficient source and transport medium for the four fat-soluble vitamins: A, D, E, and K. Severely reducing lipid intake depresses the body’s level of these vitamins and may lead to a deficiency.
Second, I learned that fatty acids have a chain length categorized as short to very long. This becomes important since the different chain lengths undergo different metabolic fates. Short-chain and medium-chain fatty acids are quickly available for use as energy. Long-chain fatty acids, in contrast, undergo more complex processes and are deposited as fat in the liver and other body fat cells. Thus, the short- and medium-chain fatty acids often are considered “good” fats since they are easily metabolized and don’t necessarily contribute to fatty livers.
The four different types of fatty acids include:
- Short-chain fatty acids = <6 carbons. These are typically found in butter and some tropical fats.
- Medium-chain fatty acids = 6-12 carbons. You’ll find these in coconut oil, palm kernel oil, and breast milk.
- Long-chain fatty acids = 13-21 carbons. These are found in animal, fish, cocoa, seeds, nuts, and vegetable oils. (Chain lengths of 16-18 carbons are most common)
- Very-long-chain fatty acids = >22 carbons. Examples include omega-3 and omega-6 fatty acids found in fatty fish (omega-3) and some processed vegetable oils
Anyway, if you're interested in a deeper dive into fats, I'd encourage you to read the article and, of course, GO BLUE!
Monday, April 21, 2014
To Immunize or Not to Immunize - Part 3
When I talk to people who choose not to vaccinate, one of the things they often cite as a reason for their decision is that they don't want to risk their child having an adverse reaction to the vaccination. The CDC has one more infographic that puts the risk of vaccine reactioin. Did you know that your child is far more likely to be struck by lightning, be a member of the U.S. Olympic team or get elected to Congress than have a vaccine reaction?
Sunday, April 20, 2014
To Immunize or Not to Immunize - Part 2
As I mentioned yesterday, our entire family gets regular immunizations. I should also mention that, without us even asking, our extended families and our child care
provider have also been receiving annual flu shots and other vaccine
boosters before they come into contact with our children. Everyone
knows what illness can lead to for LB and the stress that a
hospitalization can place on our family. We sincerely appreciate their
decision to protect our family by immunizing themselves. This is the
concept of "herd immunity" -- protecting the weakest members of a
community by immunizing those with whom they come into contact. It is
how vaccination works!
This graphic from the Centers for Disease Control helps put into perspective the risks of NOT vaccinating your child. Not only could your child get sick, they could also put those around them at risk. Those around them could possibly include children or adults who cannot be immunized for authentic, medical reasons and who rely on herd immunity to keep them safe.
While all families will choose what is best for them, I urge parents to 1) consult trusted, peer-reviewed resources about vaccinations and 2) talk to your pediatrician about vaccinations before making a decision.
This graphic from the Centers for Disease Control helps put into perspective the risks of NOT vaccinating your child. Not only could your child get sick, they could also put those around them at risk. Those around them could possibly include children or adults who cannot be immunized for authentic, medical reasons and who rely on herd immunity to keep them safe.
While all families will choose what is best for them, I urge parents to 1) consult trusted, peer-reviewed resources about vaccinations and 2) talk to your pediatrician about vaccinations before making a decision.
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