These grants are given to first-time career researchers to support these bright, young minds. Thank you! One of these grant recipients is Talvin Lee, a student who is completing his very first research project thanks to your support. We talked with Talvin about what it’s like to be a researcher and how his research could make big improvements in patient care.
I’m researching a type of treatment called extra corporeal membrane oxygenation, or ECMO for short. It’s a machine that supports the heart and lungs of people with long-term diseases such as chronic heart failure. While ECMO is an amazing piece of technology, it still has some downfalls—for someone who is already so sick, any complications can be very serious to their health.
So, I’m working on a way to reduce these complications through changing the amount of oxygen running through the machine. For someone with heart or lung failure, it makes sense to give them as much oxygen as they need. But we’ve started to notice that too much oxygen might be harming patients.
We have an ECMO circuit in our lab. We put some sample blood in it, expose the blood to different levels of oxygen, and see if there is any damage or it’s becoming toxic.
Oxygen isn’t like other drugs—it exists naturally, so we don’t have to develop it. If my study finds something, it’s just a matter of turning a valve on the ECMO machine and there will be an immediate impact on the patient.
I like seeing the difference I can make. I was originally planning to study medicine—I really like the clinical aspects. Through research I could help to improve clinical practice, so I decided to do a year of research before medicine.
With science, the results are never related to just one application. If it’s found that too much or too little oxygen is toxic in ECMO, it might be toxic in other situations. It’s humbling to know that my work might open even more doorways for research.
Knowing that my grant has come from the support and generosity of the public is so humbling—every part of my research has been made possible because of these incredible people. I cannot thank them enough for their support in helping to improve patient care and uncovering new areas of medical research.
When a patient's heart and lungs begin to fail, they are often put on a treatment called extra corporeal membrane oxygenation, or ECMO for short. These life-support systems are often the last chance to help critically ill patients recover by helping to pump blood and oxygen around the body. From infants to children and adults, these amazing machines have saved tens of thousands of lives worldwide.
Research has shown that the inability to talk can lead to depression, social withdrawal, lack of motivation to participate in self-care, and more. This is a common issue that occurs in intensive care units (or ICUs) all over the world - patients that require a tracheostomy (a procedure that involves inserting a tube through the windpipe to create an alternative airway for breathing) lose the ability to speak, as oxygen isn't make its way past their vocal chords.