I have been working on this for decades and tonight it all came together.  I am posting it here so it is out in the world! It is NOT all the data by any means--this is just the abstract of the data I have collected.  I know this is not my usual ItsMac rant...this is much more serious and needs to be heard and discussed and investigated. 

Title: Twin Triggers — REM Sleep Suppression and Immune Insult in the Rise of Pediatric Neurological Disorders

Abstract: The "Back to Sleep" campaign, launched in the United States in 1994, intended to reduce sudden infant death syndrome (SIDS) by promoting supine sleep positioning. Simultaneously, the modern pediatric vaccine schedule introduced immune system challenges during infancy. This paper proposes a compounding neurodevelopmental risk when both variables—REM deprivation and early immune activation—are imposed on the developing brain. While both interventions are framed as public health triumphs, we present evidence suggesting their unintended neurological consequences may be significant contributors to the exponential rise in childhood disorders such as autism spectrum disorder (ASD), attention-deficit/hyperactivity disorder (ADHD), and sensory processing dysfunction.

Introduction: Supine infant sleep positioning became federally endorsed in the early 1990s through the "Back to Sleep" campaign. Concurrently, the pediatric vaccine schedule expanded, introducing multivalent injections in the first year of life—many administered before synaptogenesis concludes or the blood-brain barrier matures. While the correlation between vaccination and neurological disorders has been widely debated, the potential priming effect of sleep-induced REM suppression on neurological resilience remains largely unexplored.

Methods: A multidisciplinary literature review was conducted using sources from PubMed, ScienceDirect, CDC, NIH, and independent peer-reviewed studies. Our focus included:

• The physiological role of REM sleep in infants
• Supine vs. prone positioning impact on REM sleep quantity and quality
• Neurological outcomes related to early sleep deprivation
• Blood-brain barrier development and vaccine exposure timelines
• U.S. infant mortality and diagnostic trends from 1985 to 2010

Results:

1. REM sleep is vital for neurodevelopment—supporting synaptogenesis, pruning, memory consolidation, and sensory integration.
2. Supine sleep has been shown to reduce REM-rich active sleep and movement during infancy, compared to prone sleep.
3. Infants post-1994 were placed in stripped-down sensory environments—flat, firm, motionless cribs devoid of tactile stimuli.
4. Simultaneously, infants received multiple vaccines by 2 months, often beginning with a Hepatitis B injection at birth, exposing immature brains to aluminum adjuvants and systemic immune activation.
5. There is a significant uptick in autism, ADHD, and sensory processing diagnoses among children born after 1994.
6. No existing longitudinal studies evaluate the neurological impact of combining REM suppression with early-life vaccine protocols.

Discussion: The temporal correlation between the implementation of supine sleep mandates and the rise in pediatric neurological disorders is no longer dismissible as coincidence. REM sleep deprivation during synaptogenesis appears to suppress neural circuit completion and destabilize emotional and cognitive regulation. When compounded by neuroinflammatory stress from vaccines—administered during peak neural vulnerability—the risk of long-term dysfunction increases.

This paper introduces the "Compound Vulnerability Hypothesis": that back-sleeping protocols degrade neurological integrity, while vaccine-induced inflammation crosses the threshold of tolerance in already compromised systems.

Crucially, the reduction in SIDS rates may be an artifact of changing death classification—from "SIDS" to "suffocation" or "undetermined"—rather than evidence of sleep-position efficacy.

Conclusion: The convergence of two untested pediatric interventions—supine sleep mandates and immune system stimulation via early vaccines—may represent a dual trigger behind the epidemic of modern neurodevelopmental disorders. Urgent cohort studies and EEG-monitored trials must evaluate the combined impact of infant sleep environment and immune activation during synaptogenesis. Public health cannot afford to ignore the neurological cost of well-intentioned, but scientifically underexamined, policy decisions.