NNPDF to Join National Effort to Add NPC to Newborn Screening Lists
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What is newborn screening?¹
Newborn screening is the practice of testing all babies in their first days of life for certain disorders and conditions that can hinder their normal development, affecting a child’s long-term health or survival. Each year, millions of babies in the U.S. are routinely screened for certain genetic, endocrine, and metabolic disorders. All newborn babies are required by the State to get tested typically before they leave the hospital. They are also tested for hearing loss and critical congenital heart defects (CCHDs) prior to discharge. To do the test, a nurse will take a few drops of blood from the newborn’s heel.
Why is newborn screening important?²
Each year, 4.1 million newborns are screened for congenital disorders in the United States. Of these, 4,000 infants are diagnosed as having a condition. It is estimated another 1,000 infants that have conditions go undetected. The conditions included in newborn screening can cause serious health problems starting in infancy or childhood. Early detection, diagnosis, and intervention can help prevent intellectual and physical disabilities, and life-threatening illnesses, enabling children to reach their full potential.
Why is newborn screening important to the rare disease community?³
Of the 7000 rare diseases, only 35 are included in the Recommended Universal Screening Panel (RUSP). Unfortunately, screening programs vary widely by state. While some states screen for fewer than 30 diseases, others screen for over 60. Although states ultimately determine what disorders their public health departments program will screen for, the RUSP establishes a recommended standardized list of disorders that every baby should be screened for. Serious problems can be prevented if disorders are detected right away. By knowing more about these very rare disorders and the advantages of early detection, the primary care physician can work with the child and family to develop a comprehensive plan of care.
How to locate a genetics professional?
To find a genetics professional in your community, check with your doctor for a referral. You can also contact your insurance company to find a medical geneticist or genetic counselor in your area who participates in your plan. For further information visit the NIH webpage on finding a genetics professional.
Have you ever heard of baby’s first test? In every state across the nation, hours after birth, infants are tested for a limited number of harmful or potentially fatal disorders that aren’t otherwise apparent at birth. A simple blood test can inform families whether their newborn has a certain condition or not. And when a screening comes back positive, clinicians inform families about the possibility of their newborn having a rare disease. While certainly unexpected, knowledge can bring power. Early diagnosis and treatment can sometimes make the difference between lifelong impairment and healthy development.
Today, however, even though technology exists to detect the disease at birth, NPC is absent from our nation’s newborn screening programs. NNPDF is proud to be joining the Firefly Fund’s NPC Newborn Screening Working Group, focused on advancing the cause of newborn screening for NPC. This multi-disciplinary stakeholder Working Group includes NPC researchers and clinicians from academic centers of excellence and the NIH, representatives from several NPC family foundations, key industry partners, and NPC advocates. While diverse in expertise, the Working Group has a common goal: to advance the cause of newborn screening for NPC and solidify its inclusion on the federal government’s Recommended Uniform Screening Panel (RUSP). The RUSP is the gold standard states look to when selecting conditions to include in their public health screening program.
NNPDF looks forward to working on this critical endeavor, helping to accumulate scientific evidence that demonstrates the positive public health benefit of routinely screening all newborns for NPC. While there is still much unknown about this ultra-rare disease, there is general consensus regarding the value and importance of early diagnosis. Such a change in the disease paradigm would enable clinicians and families to determine much earlier how and when to intervene. And, hopefully, to improve patient outcomes.