From a series on researchers and innovators at Boston Children’s Hospital.
Kaifeng Liu, MD, a research fellow at Boston Children’s Hospital, takes his inspiration from ants.
“We’re often amazed by the power of large animals—whales, eagles, lions and tigers,” he says. “But these animals are genetically born with the strength to overpower other animals. Ants are small and hardworking. They work inch by inch and create a teamwork culture. Most of us are like ants. We have an average level of talent and are not able to perform like a lion. But we can work like ants and create beautiful things by working hard as part of a team—day by day, little by little.”
Liu has taken this inch-by-inch approach in a radical redesign of the conventional suturing needle: “I started to play with the surgical needle in graduate school in 1986.”
Nearly three decades later, Liu has devised an extremely short magnetic needle that transforms the current method of suturing—stitching with a needle and thread—that has been used for thousands of years. …
The current method of suturing used in surgery—stitching with a needle and thread—has been around for thousands of years. Kaifeng Liu, MD, a research fellow at Boston Children’s Hospital, hopes to reimagine this fundamental operating room practice. His workbench is filled with various prototypes of a magnetic needle, a device he hopes will make suturing simpler, faster and more efficient for researchers and clinicians alike.
Last week, Boston Children’s Hospital’s Innovation Acceleration Program hosted a jam-packed Innovators’ Showcase where teams from around the hospital networked, traded ideas and showed off their projects. Here are a few Vector thinks are worth watching.
1. An imaging ‘biomarker’ after concussion
Thirty percent of people who suffer a mild traumatic brain injury—a.k.a. concussion—have ongoing symptoms that can last months or years. If patients at risk could be identified, they could receive early interventions such as brain cooling and anti-seizure medications. New MRI protocols that can measure free, non-directional diffusion of water, coupled with sophisticated analytics, are achieving unprecedented pictures of what happens inside the brain after injury. …