"The birth process is one of the most physically intense events a body goes through, and it is the first event a new body goes through. A spine check should be one of the first things that follows." — Dr. Romar Rochet
Where newborn subluxations come from
Birth trauma. The forces involved in delivery, even in uncomplicated births, apply significant stress to the infant's upper cervical spine, and the C1 and C2 vertebrae are particularly vulnerable. A subluxation at those levels creates interference in the upper cervical nerve pathways during the period when the nervous system is developing most rapidly.
Why it matters in infants
A developing body depends on a clear nerve-system connection to function and grow the way it was designed to. The Innate Intelligence that directs development needs uninterrupted communication pathways. A subluxation in the upper cervical spine does not produce the same complaints in an infant as it does in an adult, but the interference is there, and it affects everything the nervous system is trying to do.
How pediatric correction works
Pediatric subluxation correction is not the same as an adult adjustment. The force used is fingertip-gentle, appropriate for an infant's developing tissue and joint structures. We assess the upper cervical spine structurally and make the specific correction required. The adjustment clears the nerve interference; the body handles the rest.
Getting checked early is the point. Innate Intelligence directs growth and development. A subluxation in the upper cervical spine during the developmental window creates interference during the period it matters most, so early correction means early restoration of full nerve-system connection.
Why the atlas is the priority in newborns
The atlas — the first cervical vertebra, C1 — sits directly at the base of the skull and is the most commonly subluxated bone in newborns. Its position relates to brainstem function, the cranial nerve exits, and the quality of every signal moving between brain and body during the most developmentally critical period of a person's life. During delivery, whether vaginal or cesarean, the forces applied to the baby's head and neck can displace the atlas from its proper position, and instrument-assisted deliveries, prolonged labor, and positioning during birth compound that stress. The subluxation does not have to be severe to create interference. Even a minor displacement at C1 during the first days and weeks of life means the nervous system is developing against a background of nerve interference, which is why a subluxation check in the first weeks — not months — matters.
Is chiropractic safe for newborns?
The force used to correct a subluxation in a newborn is nothing like an adult adjustment. Two fingers. The weight of a light touch. The infant's joint structures are cartilaginous and highly responsive, and the correction required to restore proper atlas alignment is proportionally gentle. What matters is specificity — knowing exactly where the subluxation is and making the right correction, not a general manipulation.
I have checked newborns as young as a day old. The procedure takes seconds, and the baby rarely cries. What follows is that the nervous system, which the body's Innate Intelligence was already working through, now has a clear pathway to do so. Parents sometimes ask what the adjustment will do. We corrected the subluxation; Innate Intelligence handles the rest. That has always been the answer.
Want to understand what a subluxation is, how it creates nerve interference, and why correction restores function at any age?
What Is a Subluxation? →