Tag Archive for: ICU

Platinum ELSO Award logo

Children’s National receives Platinum ELSO Award of Excellence

Platinum ELSO Award logoIn 1984, Children’s National Hospital became the first children’s hospital to offer Extracorporeal Membrane Oxygenation (ECMO) and remains one of the largest ECMO programs in the nation, led by Billie Lou Short, M.D., chief of the Division of Neonatology at Children’s National. This year, the Children’s National ECMO Program was recognized by the Extracorporeal Life Support Organization (ELSO) with the Platinum ELSO Award of Excellence in Extracorporeal Life Support. This award recognizes centers that demonstrate an exceptional commitment to evidence-based processes and quality measures, staff training and continuing education, patient satisfaction and ongoing clinical care.

By being designated as a Center of Excellence with ELSO, Children’s National has demonstrated extraordinary achievement in the following three categories:

  • Excellence in promoting the mission, activities and vision of ELSO
  • Excellence in patient care by using the highest quality measures, processes and structures based upon evidence
  • Excellence in training, education, collaboration and communication supporting ELSO guidelines that contributes to a healing environment for families, patients and staff

“As a member of the Founding Steering Committee of the ELSO organization which started in 1989, the goal was to bring critical care providers doing this highly technical therapy together to develop quality outcome data and standards of care,” says Dr. Short. “ELSO is now the international organization that most programs — neonatal, pediatric and adult — around the world belong to. So, it is an honor this year to have received the ELSO Award of Excellence at the platinum level representing the amazing Extracorporeal Life Support Team we have at Children’s National, caring for patients in all three ICUs.”

Join Children’s National at our 39th annual symposium, ECMO and the Advanced Therapies for Cardiovascular and Respiratory Failure, on February 26-March 1, 2023. Learn more at ecmomeeting.com.

patient undergoing MRI

Brain tumor team performs first ever LIFU procedure on pediatric DIPG patient

patient undergoing MRI

The ultrasound waves activate the drug selectively within the tumor, causing tumor cell death. Credit: Image provided by Insightec.

A multidisciplinary brain tumor team at Children’s National Hospital successfully performed the first treatment with sonodynamic therapy utilizing low intensity focused ultrasound (LIFU) and 5-aminolevulinic acid (5-ALA) medication on a pediatric patient. The treatment, performed on a 5-year-old child diagnosed with a diffuse intrinsic pontine glioma (DIPG), was done noninvasively through an intact skull. The child was discharged from the hospital one day later.

What happened?

Shortly after announcing the use of LIFU, the brain tumor team at Children’s National treated the patient as part of a cutting-edge trial using LIFU combined with a novel medication.

The ultrasound waves – which are given while the child is asleep through an intact skull and does not require an invasive neurosurgical procedure – activate the drug selectively within the tumor, causing tumor cell death.

“This treatment is currently being trialed in adults diagnosed with recurrent glioblastoma tumors, but has never been attempted in pediatric patients,” said Hasan Syed, M.D., co-director of the Focused Ultrasound Program at Children’s National. “Similar to the adult trial, our protocol involves using a medication that is taken up by tumor cells and then targeting those cells with LIFU to induce tumor cell death, and hopefully leading to tumor control.”

Dr. Syed co-directs the program with Roger Packer, M.D., head of the Brain Tumor Institute, and Lindsay Kilburn, M.D., director of the Experimental Therapeutics Program.

How are we leading the way?

The launch and use of LIFU was possible thanks to the efforts of a multidisciplinary team from various departments that understood if too high a dose of ultrasound was utilized, there could be associated brain swelling and even death.

“Our efforts show great teamwork and a commitment from the hospital and our clinical teams to develop innovative means to treat a tumor that kills 90% of those children afflicted within 18 months of diagnosis,” Dr. Syed said.

The work shows expertise of the brain tumor team, as well as radiology, anesthesiology and intensive care units.

“Despite the risks involved, the use of focused ultrasound is a novel way to try to treat these very deep-seated lesions that have been highly resistant to all forms of therapy and is potentially the greatest breakthrough we’ve had in this disease in the past 50 years,” Dr. Packer said.

What has limited therapy in the past?

DIPGs are deep-seated in critical areas of brain, controlling breathing and heart rate and cannot be removed. The brain has an intrinsic system called a blood brain barrier which blocks drugs from getting to the tumor.

Focused ultrasound is a new way to overcome the brain’s ability to stop the drugs from getting there. It can also be used to activate a drug as it passes through the brain stem.

“We are extremely excited to have taken the first step in developing this novel and non-invasive approach to treating one of our most deadly brain tumors,” Dr. Kilburn said. “This is the first step of numerous steps toward evaluating the many potential uses of LIFU as part of combination therapies to treat children with DIPGs and eventually other pediatric brain tumors.”

Children’s National is partnering with other institutions across the world to perform these studies. But because of the commitment of its team and its expertise, it is the first to use this technique in a child.

“I think we’re in a unique position thanks to the collaborations possible at Children’s National and the expertise of those caring for children with brain tumors,” Dr. Packer added.

Why we’re excited

The Brain Tumor Institute at Children’s National is excited about making this a potential treatment option for DIPG patients, which currently have really no surgical options or alternatives. It’s a way to deliver the ultrasound and therapies in a potentially less toxic way, not requiring surgery.

This trial and subsequently others will give doctors more options for children with DIPGs and other malignant tumors.

Dr. Bear Bot

Advances in telemedicine start with new cardiac critical care robot

Dr. Bear Bot

Dr. Bear Bot’s “robot-only” parking space in the Cardiac ICU. Alejandro Lopez-Magallon, M.D., is featured on the robot display screen, where he drives the robot from his location in the command center, in order to visit patient rooms and capture additional medical information and connect with patients, parents, and attending nurses and physicians.

The telemedicine robot at Children’s National arrived in late August 2018 and recently completed a 90-day test period in the tele-cardiac intensive care unit (cardiac ICU) at Children’s National. The bot travels between rooms as a virtual liaison connecting patients and attending nurses and physicians with Ricardo Munoz, M.D., executive director of the telemedicine program and the division chief of critical cardiac care, and Alejandro Lopez-Magallon, M.D., a cardiologist and medical director of the telemedicine program.

Drs. Munoz and Lopez-Magallon use a nine-screen virtual command center to remotely monitor patient vitals, especially for infants and children who are recovering from congenital heart surgery, flown in for an emergency diagnostic procedure, such as a catheterization, or who are in the process of receiving a heart or kidney transplant. Instead of traveling to individual rooms to check in on the status of one patient, the doctors can now monitor multiple patients simultaneously, enhancing their ability to diagnose, care for and intervene during critical events.

If Drs. Munoz or Lopez-Magallon need to take an X-ray or further examine a patient, they drive the robot from its ‘robot-only’ parking space adjacent to the nurse’s station, and connect with attending doctors and nurses in the teaming area. The onsite clinicians accompany one of the telemedicine doctors, both of whom remain in the command center but appear virtually on the robot’s display screen, to the patient’s room to capture additional medical information and to connect with patients and families.

Over time, the telemedicine team will measure models of efficiency in the tele-cardiac ICU, such as through-put, care coordination, and standards of safety, quality and care, measured by quality of life and short- and long-term patient health outcomes. This test run will serve as a model for future command centers offering remote critical care.

Ricardo Munoz and Alejandro Lopez-Magallon

(R) Ricardo Munoz, M.D., executive director of the telemedicine program and the division chief of critical cardiac care, and Alejandro Lopez-Magallon, M.D., a cardiologist and the associate medical director of the telemedicine program in the tele-cardiac ICU command center.

“As technology and medicine advance, so do our models of telemedicine, which we call virtual care,” says Shireen Atabaki, M.D., M.P.H., an emergency medicine physician at Children’s National, who manages an ambulatory virtual health program, which enables patients to use virtual health platforms to connect with doctors, but from the comfort of their home. “We find the patient-centered platforms and this new technology saves families’ time and we’re looking forward to studying internal models to see how this can help our doctors, enabling us to do even more.”

The ongoing virtual connection program that Dr. Atabaki references launched in spring 2016 and has enabled 900 children to connect to a doctor from a computer, tablet or smart phone, which has saved families 1,600 driving hours and more than 41,000 miles over a two-year period. Through this program, virtual care is provided to children in our region by 20 subspecialists, including cardiologists, dermatologists, neurologists, urgent care doctors, geneticists, gastroenterologists and endocrinologists.

To extend the benefits of virtual communication, while saving mileage and time, Dr. Atabaki and the telemedicine team at Children’s National will partner with K-12 school systems, local hospitals and health centers and global health systems.

The Children’s National robot was named Dr. Bear Bot after a 21-day voting period with patients and staff, beating 14 other child-selected names, including SMARTy (Special Medical Access to Remote Technology), Dr. Bot and Rosie. Dr. Bear Bot celebrated with an official reveal party on Valentine’s Day, which was streamed to over 220 patients through the hospital’s closed-circuit television and radio station.

PICU room

How to help bereaved families

PICU room

To help clinicians provide better care to families after children die, Tessie W. October, M.D., MPH, and colleagues recently published an article on this topic in a special supplement to Pediatric Critical Care Medicine on death and dying.

Death and dying are always difficult topics to discuss at hospitals. They’re especially hard conversations when they occur within pediatric intensive care units (PICUs), says Tessie W. October, M.D., MPH, a critical care specialist at Children’s National.

“It’s almost easier to pretend that children don’t die in the ICU. But they do,” Dr. October says.

Tragically, some children do die in ICUs. However, even when pediatric patients die, Dr. October adds, the pediatric care team’s relationship with the bereaved family continues. Knowing how to help vulnerable families during these trying times and ensuring they have needed resources can be critical to lessening the health and social consequences of grief. To help clinicians provide better care to families after children die, Dr. October and colleagues recently published an article on this topic in a special supplement to Pediatric Critical Care Medicine on death and dying.

The multi-institutional research team performed a narrative literature review for this budding field. They pored through more than 75 papers to better understand the health outcomes of parents whose child died within a PICU and the different ways that hospitals help families cope with these tragedies.

The researchers found a range of detrimental health outcomes, from a significantly increased risk of parental death in the aftermath of a child’s death to higher rates of myocardial infarction, cancer and multiple sclerosis. Bereaved parents used more health care resources themselves, took more sick days and had more sleep problems than parents who weren’t bereaved.

Likewise, parents whose child died were at a high risk of experiencing mental health conditions including complicated grief, anxiety, depression and posttraumatic stress disorder. Divorce was eight times higher among bereaved parents compared with the general population, and financial crises were common after voluntary or involuntary unemployment.

Knowing which risks parents could face can help the care team respond better if a child dies, Dr. October explains. Their review highlighted simple ways to support families in the immediate aftermath of a child’s death and beyond, such as:

  • Giving parents the opportunity to spend time alone with the child’s body
  • Allowing friends, family and others to visit at the parents’ discretion and
  • Providing easy access to professional support, such as chaplains, social workers and grief coordinators.

Even simple acts such as closing doors and blinds to provide privacy can be helpful, Dr. October says.

An ongoing relationship with health care providers is also important for helping parents grieve, she adds. Children’s National is among hospitals across the country to set up meetings for parents and other family members within weeks of a child’s death. This gives parents a chance to ask questions about what happened in the confusing blur of the PICU and to gather resources for themselves and surviving siblings. Children’s National also provides ongoing support through periodic calls, sending sympathy cards, attending funeral services and in a special annual memorial during which surviving family members release butterflies.

“Our role doesn’t end when a child dies,” Dr. October says. “To help parents through bereavement, we need to maintain that strong connection.”

Another way to help bereaved families is to make sure they have adequate information, she adds, particularly about the confusing subject of brain death. In a different study recently published in Chest Journal, Dr. October and Children’s colleagues sought to understand which information the public typically accesses about this topic.

The team searched Google and YouTube using “brain dead” and “brain death” as search terms. They evaluated the top 10 results on both sites, assessing the accuracy of information using 2010 guidelines released by the American Academy of Neurology. They also assessed the reading level of websites and evaluated comments about the YouTube videos for content accuracy and tone.

They found that there was inaccurate information on four of the 10 websites, six of the 10 videos and within 80 percent of the YouTube comments. Most of these inaccuracies dealt with using terms like brain death, coma and persistent vegetative state interchangeably. “These conditions are very different and affect how we treat patients,” Dr. October says.

The average reading level of the websites was 12th grade, far too sophisticated for much of the public to comprehend, she adds. And the majority of comments on the YouTube videos were negative, often disparaging clinicians and deriding organ donation.

“It’s really important for providers to recognize that this is an emotionally laden topic, and a lot of times, families come to us with information that’s not always true,” she says. “That’s why it’s especially important for the field to respond with empathy and care.”

In addition to Dr. October, co-authors of the Pediatric Critical Care Medicine study include Karen Dryden-Palmer, R.N., MSN, Ph.D., The Hospital for Sick Children; Beverley Copnell, Ph.D., BAppSc, R.N., Monash University; and Senior Author Kathleen L. Meert, M.D., FCCM, Children’s Hospital of Michigan. Dr. October’s co-authors for the Chest Journal article include Lead Author, Amy H. Jones, M.D., and co-author Zoelle B. Dizon, BA, both of Children’s National.

Children’s receives $3M research grant from Mallinckrodt

Mallinckrodt Pharmaceuticals has awarded a $3 million Healthcare Advancement Grant to Children’s National Health System, supporting a research initiative focused on pediatric patients in the intensive care setting.

In the U.S., 20 percent of hospitalized children are cared for in the pediatric intensive care unit (ICU). Yet this is an under-researched patient population with layers of complexity. These patients face a 2.5 to 5 percent mortality rate, with 5 to 10 percent serious morbidity rate, and the morbidity and mortality rates double within three years.

Children’s National is uniquely qualified to address this opportunity, with its level IV neonatal ICU, ranked third in the nation by U.S. News and World Report in its 2016-2017 Best Children’s Hospitals survey. Home to the Children’s Research Institute and the Sheikh Zayed Institute for Pediatric Surgical Innovation, Children’s National is one of the nation’s top National Institute of Health (NIH)-funded pediatric institutions. It is a member of the Collaborative Pediatric Critical Care Research Network of the NIH and enjoys strong partnerships with major universities in the Washington, DC, area, providing data-generation resources. The institution plans to mine data from this myriad of sources and more to unearth knowledge and improve outcomes.

Children’s National has identified three priorities to launch and execute this multi-year initiative, specifically:

  • Establish a Critical Care Outcomes Research Initiative team
  • Build on existing partnerships and expand to acquire additional data
  • Build outcomes research studies in the critical care arena

“We applaud Mallinckrodt for their forward thinking as we begin this important research initiative that will help meet the challenges faced by seriously ill pediatric patients,” said Robin Steinhorn, M.D., Senior Vice President for the Center for Hospital-Based Specialties. “We firmly believe the combination of this generous research grant, our many collaborative relationships and Children’s National’s renowned research enterprise will lead to improved outcomes for children in the future.”