If your toddler spits out medicine…

Antibiotics_1850

“She must get the WHOLE DOSE.” Pediatrician says. “If she spits out half, get another half dose in her.”

If only my toddler could resist infection the way she resists medicine.

I don’t blame my girl. What happened to the Bubble Gum Medicine of my childhood??? This new stuff smells and tastes terrible.

Alice is on Day 8 of a 10-day cycle of antibiotics. Day 1 she threw up  the meds, Day 2 we switched to new antibiotics, Day 3 she mastered the spit.

The trouble with a 16-month-old is that you can’t bribe her to take her medicine.

I tried everything. Tiny squirts of medicine, aiming for the back of the throat or the side of her cheek…I plugged her nose so she’d have to swallow to breathe–didn’t work, she’d spit it out to breathe. I tried blowing in her face while administering the medicine–no effect.

I scooped the antibiotics back into her mouth. She screamed and spit and fought.

So how do you get a toddler who doesn’t understand reason or bribery to take her medicine? 

English:

 Ice cream soup. Mix the medicine in with melted chocolate ice cream and put it in the syringe.

The fight was over. Alice is no longer spitting and crying–she’s pretty happy about medicine now (just as good as Bubblegum Medicine!) and she’s getting the proper dose.

My successful recipe is 1 tablespoon of chocolate ice cream to 1 teaspoon antibiotics.**Ask your doctor first–our antibiotics were compatible with dairy but not all medications are.

 That’s my “parent hack” for sick toddlers…what’s yours?

Newborn Screening and Research: The Immortal Life of Blood Spots?

This post was inspired by some questions from @doulahattie. She’s reading The Immortal Life of Henrietta Lacks by Rebecca Skloot and had this question (paraphrasing):

I read that when you leave human tissue in a hospital or doctor’s office it doesn’t belong to you anymore…and anyone can sell it–is this true? Is this also case with blood left over from newborn screening? Can parents opt out of the research?

A very interesting and complicated question! Here are my thoughts…

Caveat: All the information in this post comes from the internet and what I learned in law school–I know just enough to be dangerous–not enough to claim any expertise.

 

CA newborn screen foot stick

My Property Law casebook had a memorable section titled “Body Parts.” I thought “It’s illegal to sell your kidney for profit” was going to be the extent of it, but science is amazing and now there have been lawsuits grappling with who has rights and responsibilities in relation to sperm, embryos, blood, cells and DNA.

The basic rule is this — most body products, once they leave your body, aren’t yours anymore and you don’t have control over what happens to them. The states and federal government have some laws in place that control what can be done with body parts and tissues–safe handling, privacy, etc. And the law of informed consent applies, but in a lot of ways we’re in a new frontier and we haven’t figured out what all the rules should be yet.

So what does this have to do with Newborn Screening?

Newborn screening is a public health service–it’s a blood test that new babies get in the hospital to identify a range of serious genetic disorders and diseases that can show up in babies who look perfectly healthy on the outside. Virtually every baby in the US gets the heel prick test, leading to the prevention of thousands of illnesses and premature deaths.

You can learn more about your state’s newborn screening program at: www.BabysFirstTest.org 

Here is the part that freaks some people out - some states don’t throw the leftover blood samples out – they store them and make the samples available for [approved] research.

Newborn Screening is about protecting the well-being of the individual baby first and foremost–but it didn’t take long for doctors and researchers involved in newborn screening to recognize that there is significant scientific value to those little drops of blood -

  • They provide a nearly complete representation of the population.
  • They can be integrated with existing public health data.
  • Because they consist of whole blood samples, they also contain a very wide range of biomarkers, including DNA, RNA, proteins, metabolites, and evidence of exposures to environmental or infectious agents.

Many states make residual blood spots available for research, with varying requirements. Here are a few examples of how leftover newborn screening blood spots have been used:

  • to identify PCB hazards for children born near Love Canal in New York
  • to determine mercury levels in newborns in Minnesota
  • to develop additional laboratory screening methods for sickle cell diseases
  • to search for new disease markers for childhood leukemia

No question, the responsible use of newborn blood spots in research is good for science, the public, and especially sick kids and their families.

“If they only asked, I would have said yes”

The blood of a two week-old infant is collecte...

Image via Wikipedia

So newborn screening and research are generally great, BUT some states have gotten their newborn screening programs into a mess by using newborn screening samples for research without:

  1.  informing parents
  2. having clear guidelines and explanations about how the babies’ privacy will be protected, and
  3. giving parents the informed choice to opt out. 

When parents find out after the fact that their child’s blood may be being used in research, they often feel violated. The cautionary tales are Texas and Minnesota, where millions of newborn blood spots are being destroyed essentially because medical professionals did not obtain informed consent from parents.

In those millions of blood spots that have been destroyed there was much to learn about the health of our communities and our babies. I wish the courts had required researchers and hospitals to go back and and ask for informed consent from all of those parents. Alas.

We need respect and dialogue

Researchers must have enough respect for members of the public to have a conversation with them about what is happening. Consent conveys respect by asking questions and inviting participation. It permits the expression of diverse beliefs, values, and preferences.

–From Challenges and Opportunities in Using Residual Newborn Screening Samples for Translational Research: Workshop Summary (this is a fascinating read–for free!)

That pretty much sums it up. There should be a big, transparent and ongoing conversation about what sort of research is worthy of our newborn’s blood spots and any privacy concerns. Ideally parents should be able to choose what sort of research they consent to, and if the blood spots are kept for more than 18 years, the newborn should one day have a say too!

What parents should know right now.

www.BabysFirstTest.org can tell you the rough outlines of what your state does with blood spots and where to get more information. Currently, in every state that holds blood spots for research parents DO have the right to opt out of research–it just isn’t publicized. Don’t opt out of the newborn screening itself, but if you’re uncomfortable with research as your state handles it, you can request that the blood spots be destroyed or returned to you after they’ve been tested for your child.

Are you comfortable with research performed on newborn screening blood spots? Why or Why not? When do you think research on blood spots is ok?

Worth Reading

5 Life-Saving Facts Everyone Should Know About Heart Defects

diagram showing a healthy heart and one suffer...

Healthy Heart and Heart with Hypoplastic Left Heart Syndrome

It’s Congenital Heart Defect Awareness Week (Feb 7-14)  and this is not a fun post, but it’s an important post.

Congenital Heart Defects–about 1 in 100 babies has one, it may only be a matter of time before this issue becomes personal. No better day than today to learn some quick, life-saving facts!

1. Doctors can do amazing things to save babies with broken hearts, but early detection is crucial.

Most CHDs don’t require surgery, but about 1 in 10 of the babies with CHDs have critical congenital heart defects which are life-threatening. For these babies to have a fighting chance, their heart defects need to be detected ASAP.

Early detection means that there is time to get a baby to the best hospital and doctors–it gives a bit of time to formulate a plan. Early detection also helps limit the damage caused by a critical heart defect–that increases the odds of survival and decreases the odds of brain damage and other permanent injuries.

2. Many CHDs are detected during prenatal scans–especially the Level II anatomy scan around the 20th week of pregnancy.

Tip: Ask to see the 4-chambers view and the outflow tracts of your little one’s heart at your anatomy scan. You’ll get a little lesson in anatomy and maybe your ultrasound tech will perform better because she knows her audience is watching the important bits. :)

I’ve heard around the internet that the 20-week scan is only for people who would terminate a pregnancy for medical reasons. Not true. The scan allows doctors to identify heart, neural tube and kidney defects that benefit from early diagnosis.  As I mentioned above, amazing things can be done, like in-utero surgery, and some day soon, amniotic stem cells could be taken while baby is still gestating to grow tissue to repair baby’s heart. There is a lot to feel hopeful about.

3. The “Pulse Ox Test” is a quick, cheap, and non-invasive screening for newborns that catches serious CHDs that other screenings miss, but most hospitals don’t perform this screening on all newborns–Ask for it.

If I had to reduce my 5 life-saving facts to 1, this would be it.

So why aren’t hospitals doing it? Short Answer: some decision makers in healthcare funding (insurance companies, politicians, hospital administrators) want more long-range studies about whether the pulse ox test for newborns is “cost-effective.” In the mean time, babies who could be saved are dying. The truth is that pulse ox cost-effectiveness has been studied more than once–and the costs and resources it will take to do the Pulse Ox are worth it.

Cora’s Mom, Kristine McCormick, is doing an amazing job advocating for this test to be part of prenatal screening panels across the country. Go to Pulse Ox Advocacy to learn more.

4. Often, babies with life-threatening heart defects look perfect and healthy in every visible way.

The CDC estimates that each year at least 280 children are sent home from newbown nurseries with life-threatening and undetected heart defects. The odds are still vanishingly slim that this would be your baby, but it’s always good to know the warning signs of CHD.

For infants they include: turning blue or dusky colored, trouble feeding, rapid breathing, sweating along the forehead, and poor circulation. Don’t freak out, but if it seems like baby isn’t breathing well it’s a good time to call the Doctor.

5. Reducing risk factors = More babies born with healthy hearts.

This is a two-parter:

A. Evidence seems to indicate that CHDs are caused by a complex interaction of genetic and environmental factors–and the rate of children diagnosed with CHD is increasing. Much of this can probably be attributed to better diagnosis, but not all of it according to this epidemiological study in Pediatrics.

B. Since we can’t control our genes (and we can’t really read them to know what we’ve been dealt…yet), it’s a great idea to know the risk factors that have been identified so far and do what we can to limit them. Here are a few: folic acid intake, smoking (both parents), out-of-control diabetes (mother only), certain SSRIs during the 1st Tri (mother only), occupational exposure to solvents and/or ionizing radiation (both parents–but especially the father) . A great summary of the current knowledge about CHD is this statement endorsed by the American Pediatrics Association–it’s from 2007, however, and scientific knowledge is constantly advancing.

Now you know just enough to possibly save some lives.

Happy Valentines Day. <3

Hydronephrosis and My Baby

I haven’t thought much about hydronephrosis for at least 3 months–it’s not a big factor in Alice’s daily life, just like her doctors promised.  But this week Alice developed a fever of 105.2 F and vomited a couple of times–turns out she has a urinary tract infection, which can be bad news in a baby. Her pediatrician suspects that her kidney defect is behind it. There are much worse things, but poor Alice has uncomfortable procedures on the horizon.

Learning something was not quite right with our baby

Alice was diagnosed with unilateral hydronephrosis in utero at 33 weeks. I had the nicest ultrasound tech–she printed 3d images of Alice’s face for me (something no one had ever done before) and then quietly went to show the doctor that one kidney was, well, HUGE.

The doctor at the hospital told me very little, just that the kidney was “significantly dilated,” it was not a tumor, the problem might just go away or it might require surgery, and I needed to see a pediatric urologist.

Hydronephrosis looks like this:

Alice's Normal Kidney

Alice's Normal Kidney

fetal hydronephrosis

Alice's Not-so-normal Kidney

Basically,  one kidney (the right one) does not drain urine normally because of a blockage where the ureter attaches to the kidney.

I cried. I left a message for Charles and called my mom. She listened sympathetically and then said very kindly, “Welcome to parenthood.” She’s right.

It’s a massive leap of faith to bring a child into the world. You make a person. You feel utterly responsible for her. She’s your heart outside your body. And stuff is going to happen to her. There will be times when she suffers and there’s absolutely nothing you can do about it. That’s part of it.

Somehow remembering this helps me deal with the hard parts. Parenthood is the ultimate loss of control. She’s going to hurt sometimes because she’s alive and she’s her own person. And other times I’ve had to stop myself from begging a nurse to stick the I.V. in me instead since my veins are bigger and, you know, it would hurt her less. Your mileage may vary.

A bit more about hydronephrosis and Alice’s sweet swollen kidney after the jump…

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