A Research Proposal Evaluating the Effectiveness of the Brain Score and Craniosacral Fascial Therapy for Neonates

This research proposal investigates the utility of the Brain Score and craniosacral fascial therapy for newborns. We will use sound research methodology to measure the Brain Score’s reproducibility and reliability in assessing neonatal neurophysiology and the effectiveness of craniosacral fascial therapy on newborns and mothers-to-be to significantly decrease the incidence of many chronic pediatric diseases. The primary hypothesis states that fetal and birth trauma may cause tissue tightness, impair neurophysiology, and sow the seeds of chronic illness in children. As the genes imprint physical traits at conception, untreated trauma may also stamp newborns with chronic conditions for life. Because clinical experience has shown craniosacral fascial therapy to be effective for children, toddlers, and infants with these chronic conditions, the most logical step through inductive reasoning is to propose research methods to investigate the practice of the Brain Score and craniosacral fascial therapy for neonates. If the Brain Score proves to be a reproducible and reliable test, it will alert professionals to at-risk newborns and indicate craniosacral fascial therapy to improve neurophysiology. We intend to prove the primary hypothesis by showing that newborn treatment to mitigate nine months of fetal and birth trauma significantly decreases the incidence of fifteen common diseases in children. The secondary hypothesis states that mothers may pass trauma through their own craniosacral fascial strain patterns on to their newborns during the fetal and birth period to eventually cause pediatric illness. We intend to prove that preventative craniosacral fascial therapy for mothers-to-be has a significantly positive effect on neonatal neurophysiology, thus decreasing the incidence of future pediatric disease.