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Natural killer cells attacking a tumor.

An unexpected journey reveals a potent way to attack tumors

Basic/Translational, Research
Research on the effects of prenatal exposure to the Zika virus has yielded an unexpected dividend: a potentially promising way to trigger natural killer (NK) cells to fight cancer. NK cells are first-responder immune cells. When enough of their activating receptors are triggered, they mobilize to kill infected, stressed, or cancerous cells at an early ... Read More about An unexpected journey reveals a potent way to attack tumors
Tagged: cancer, cellular and molecular medicine, immunology, immunotherapy, zika virus
An illustration shows the anatomy of a heart after a reverse double-switch procedure.

Experience and innovation create a safer type of heart surgery

Clinical, Research
The Eureka moment came the day before heart surgery. Easton Schlein wasn’t an ideal candidate for a full-scale surgical repair of an underdeveloped left ventricle. But his cardiac surgeons weren’t satisfied that they instead had to use the Fontan procedure, the only other option for that condition, but one associated with long-term liver complications.  Reviewing ... Read More about Experience and innovation create a safer type of heart surgery
Tagged: biventricular repair, cardiac research, cardiac surgery, congenital heart defect, transposition of the great arteries
Tubes of blood spinning on a centrifuge.

Deep plasma proteomics: Back to the future

Clinical, Research
Blood plasma is collected from people routinely during clinical care and for research. It is potentially a rich source of protein biomarkers for diagnostic and prognostic purposes, for measuring response to treatment, and for revealing disease biology. Yet identifying such biomarkers in plasma with proteomics, our best available tool, has been a challenge: Ninety-nine percent ... Read More about Deep plasma proteomics: Back to the future
Tagged: biomarkers, blood, coronavirus, diagnostics, proteomics
Sam and his family pose at a formal event about SSADH deficiency.

Conquering a rare metabolic condition: A family, a pediatrician, and two labs join forces

Basic/Translational, Research
As a newborn, Sam Hoffman never cried or made a sound. His mother, Carolyn, often had to wake him up to feed him. He missed many of his infant milestones. At one visit, his pediatrician tapped his leg and couldn’t get a reflex. A urine test found extremely high levels of 4-hydrobutyric acid or GHB ... Read More about Conquering a rare metabolic condition: A family, a pediatrician, and two labs join forces
Tagged: epilepsy, gene therapy, metabolism, neurology, neuroscience, rare disease, stem cells
Dr. Hedequist looks at a model of a spine after spinal fusion surgery.

Robotics, spinal fusion, and the quest for 100 percent accuracy

Clinical, Research
In any spinal fusion surgery, accurate screw placement is a top priority, and for good reason. Incorrectly positioned screws are the number one cause of surgical complications and revision surgeries according to the Scoliosis Research Society. While the vast majority of malpositioned screws — between four and 15 percent of all screws placed — do not ... Read More about Robotics, spinal fusion, and the quest for 100 percent accuracy
Tagged: orthopedics, robotics, scoliosis, spinal fusion surgery, spine division
An ionocyte under magnification.

Making ionocytes: A step toward cell or gene therapy for cystic fibrosis

Basic/Translational, Research
Cystic fibrosis transmembrane conductance regulator (CFTR) modulators were a breakthrough for cystic fibrosis, improving the movement of chloride and water and moistening mucus secretions. But these drugs are expensive, don’t work in all patients with cystic fibrosis, and have side effects and interactions with other drugs. People who do respond to CFTR modulators must take ... Read More about Making ionocytes: A step toward cell or gene therapy for cystic fibrosis
Tagged: cell therapy, cystic fibrosis, gene therapy, pulmonology, stem cells
A young woman draws blood from her fingertip to test her blood sugar.

Study shows young adults don’t easily transition to self-care of diabetes

Basic/Translational, Research
Diabetes is challenging to manage at any age, but even more so for young adults who are handling the condition on their own for the first time. They need to transition from pediatric to adult care as smoothly as possible — but a recent study finds this isn’t happening. Research led by Katharine Garvey, MD, MPH, ... Read More about Study shows young adults don’t easily transition to self-care of diabetes
Tagged: diabetes, emergency medicine, endocrinology, research
Female athlete sprints while pushing a baby stroller.

Girls and women in sports win the medal of lifelong health

Research
Title IX, the law that prohibits sports discrimination on the basis of sex, has transformed sports for girls and women. Before its passage in 1972, only 295,000 female athletes participated in U.S. high school sports. Today that number is 3.2 million. In that same period, the number of female college athletes swelled from 30,000 to ... Read More about Girls and women in sports win the medal of lifelong health
Tagged: female athletes, orthopedics, sports medicine
Cartoon of two researchers lifting a large pancreatic tumor out of a box.

Going out of the box to tackle pancreatic cancer

Basic/Translational, Research
Pancreatic cancers are deadly and hard to treat, in part because they are so often detected at an advanced stage; overall five-year survival rates are about 11 percent. Two separate labs at Boston Children’s Hospital took out-of-the-box approaches to this difficult cancer, and both uncovered some very promising leads. Wiping out pancreatic tumors’ immune defense ... Read More about Going out of the box to tackle pancreatic cancer
Tagged: cancer, cellular and molecular medicine, drug development, endocrinology, immunotherapy, metabolism, vascular biology
A scientist at a microscope with a brain and a double helix over her shoulder.

Could gene therapy relieve post-hemorrhagic hydrocephalus?

Basic/Translational, Research
Premature infants, especially very low birthweight babies, are at risk for intraventricular hemorrhage. A frequent complication of these brain bleeds is hydrocephalus, an accumulation of cerebrospinal fluid (CSF) in the brain ventricles that can gravely disrupt brain development. If hydrocephalus develops, a child may need shunt operations throughout life to manage the fluid buildup. Could ... Read More about Could gene therapy relieve post-hemorrhagic hydrocephalus?
Tagged: blood, gene therapy, genetics and genomics, hydrocephalus, neuroscience, neurosurgery, newborn medicine, prematurity

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