Research estimates that congenital muscular torticollis affects up to 3 in every 100 newborns, with reported rates that have been rising for years. At our PX Docs clinics, we’re seeing those numbers climb year after year alongside the steady rise in birth interventions and birth trauma.
Unfortunately for most parents, traditional medicine hasn’t updated its understanding of what’s causing infant torticollis (or how to actually fix it) in decades. That leaves families like Nathan’s stuck with surface-level options like physical therapy stretches that don’t get anywhere close to the root cause of the problem.
Nathan’s torticollis was affecting his quality of life in many different ways. He struggled to hit his milestones, felt stiff, uncomfortable, and locked up most of the time, and suffered from constant ear infections. His mom was desperate to find help and relief for her baby because his occupational therapy wasn’t doing the trick.
While researching one night, Nathan’s rock star momma stumbled upon chiropractic care. Fortunately, there’s a real shift happening among today’s parents who are seeking out Pediatric Chiropractic Care more often and earlier than ever before. These families are seeing incredible results with a gentler, more effective, longer-lasting approach to their child’s torticollis. One that addresses the actual neurological root cause, not just the tight neck muscle.
What is Infant Torticollis?
Infant torticollis (also called “wryneck”) is a stiff, stuck, and twisted neck where your baby’s head is continually bent to one side, with the chin pointed to the opposite side. This makes it difficult for your baby to turn and rotate their head in both directions equally.
The condition is rooted in a tight neck muscle called the sternocleidomastoid (SCM) muscle. The SCM runs from behind the ear down to the collarbone and breastbone. When this muscle is shortened or in spasm on one side, your baby’s head tilts toward the tight side while the face rotates away from it. That’s the classic torticollis posture.
But here’s where conventional explanations stop short. The SCM muscle isn’t tight because it decided to be tight. It’s tight because the nerves controlling it are firing abnormally, usually because of upstream stress on the developing nervous system.
Our experience is that most cases of infant torticollis are overlooked and missed by standard pediatricians. Parents are often told to “watch and wait” or that their child will simply “grow out of it”—and as we often say, kids don’t grow out of these patterns. They grow into them.
Congenital vs. Acquired Torticollis
There are two clinical categories of infant torticollis:
- Congenital muscular torticollis: Present at or shortly after birth. Traditionally attributed to in-utero positioning (breech presentation, low amniotic fluid) or rare genetic conditions like Klippel-Feil syndrome. This is the most common type, often noticeable in the first 6-8 weeks of life.
- Acquired torticollis: Develops later, often from prolonged positioning (excessive time in car seats, swings, or sleeping in the same position) or from a delayed-onset response to undetected birth trauma.
In both cases, the underlying subluxation and nervous system interference are usually similar and almost always present.
What are the Signs and Symptoms of Infant Torticollis?
While torticollis in an older child or adult typically comes with pain and headaches, for an infant, the signs and symptoms look like the following:
- Frequent bouts of crying, irritability, and colic
- Difficulty latching, nursing, and breastfeeding (often only on one side)
- Infantile reflux and digestive problems
- Baby’s head tilted to one side, with the chin tilted to the other side
- Limited neck rotation and reduced range of motion
- Taking the same position, posture, and head tilt every time in the car seat or while sleeping
- Difficulty sleeping
- Swollen, tight, or spastic neck muscles
- A small pea-sized lump in the SCM muscle (sometimes called an “SCM pseudotumor”)
- Uneven, asymmetrical facial features and an uneven head shape
- Increased likelihood of positional plagiocephaly (flat spot on the head) and gross motor delays
It’s worth noting that congenital muscular torticollis also has a documented overlap with developmental dysplasia of the hip—many babies with torticollis also show some degree of hip involvement. This is why a thorough physical exam, not just a glance at the neck, matters from the very beginning.
What Causes Infant Torticollis?
Most explanations of infant torticollis stop at tight muscles and in utero positioning. That’s the surface story. The deeper story, and the one that explains why so many cases don’t resolve with stretches alone, is what we call “The Perfect Storm.”
“The Perfect Storm” is the accumulation of three categories of neurological stress that overwhelm a baby’s developing nervous system:
- Prenatal stress and fertility challenges: Maternal stress, anxiety, and medications bathe the baby’s developing nervous system in stress hormones before birth.
- Birth trauma and birth interventions: Forceps, vacuum extraction, C-section, induction, and prolonged labor place enormous physical force directly on a baby’s head, neck, and brainstem.
- Early childhood stressors: Repeated illness, antibiotic use, and unaddressed subluxation pile on top of the first two stages.
The most common driver of infant torticollis is the second one: birth trauma. Even by conservative clinical estimates, birth-related injuries occur in 6 to 8 of every 1,000 deliveries—and that only counts the most obvious ones. The amount of physical strain, tension, and pulling placed on a baby’s head and neck during birth interventions can leave that child with significant subluxation, and the torticollis we see is often the most visible outward sign.
Why the Upper Neck Matters So Much
The upper cervical spine, where the skull meets the top of the spine, is where the vagus nerve exits the skull. It’s also where the brainstem transitions into the spinal cord. Peer-reviewed research has identified the vagus nerve and Autonomic Nervous System as especially vulnerable during fetal development and birth, with measurable consequences for digestion, immunity, and emotional regulation later in life.
When birth force concentrates here, it creates exactly the kind of upper-neck subluxation that drives infant torticollis, and a cascade of related issues that conventional medicine often cares for as unrelated.
The Three Components of Subluxation
Subluxation isn’t just a “bone out of place.” It has three main components:
- Misalignment—abnormal positioning of the spinal vertebrae
- Fixation—reduced range of motion in the affected segment
- Neurological interference—disrupted nerve communication caused by reduced proprioception (the brain’s awareness of where the body is in space) and increased nociception (pain and stress signaling)
That third component is what matters most. When the nerves at the top of the spine are firing abnormally, the SCM muscle stays locked in spasm. You can stretch the muscle all day long, but if the nerve signal isn’t corrected, the muscle keeps pulling the head right back into that twisted position.
A subluxated infant is a sympathetic-dominant infant. Picture the nervous system as having a gas pedal (the “fight-or-flight” system) and a brake pedal (the “rest, digest, and regulate” system). When upper-neck subluxation interferes with the vagus nerve, the gas pedal stays jammed to the floor. This state is called dysautonomia, and it explains why babies with torticollis are so often described as “tense,” “won’t relax,” or “wired and tired.”
Care Options for Infant Torticollis
The first thing we encourage parents to do if they suspect their child has infant torticollis is not to rely solely on their pediatrician’s exam findings. Pediatricians are trained to spot the most obvious cases, but they don’t have nearly the experience or detailed training in those systems as a Pediatric Chiropractor or Physical Therapist would.
If the pediatrician does identify torticollis, the standard referral is to a physical therapist (PT), who will demonstrate a few positioning and stretching exercises for parents to do at home. The intention is good, but most parents tell us these stretches are extremely painful for the child and often aggravate the condition, leaving the baby in a sustained state of fight-or-flight tension. Stretching a muscle that’s locked in neurological spasm without first addressing the upstream nerve interference is like pressing harder on a stuck door instead of fixing the hinge.
The Pediatric Chiropractic approach to caring for infant torticollis can be summarized in three simple and safe steps:
- Find and locate the exact location and severity of the subluxation(s)
- Make safe, gentle, neuro-tonal adjustments to relieve the tension and remove the subluxation(s)
- Coach parents to watch for recurrence around growth spurts, teething, illness, or other stress events
Here’s what parents routinely tell us: when Pediatric Chiropractic becomes the foundation, the physical therapy stretches, tummy time, and positioning work all become easier and far more effective. Published research on infants with related brainstem-driven conditions has shown meaningful clinical improvement after gentle chiropractic intervention. As PX Docs, we love working in conjunction with your child’s therapy team for maximum results. This isn’t an either/or—it’s about the right order.
How Is Infant Torticollis Diagnosed at a PX Docs Clinic?
A thorough Pediatric Chiropractic evaluation goes beyond simple positioning and range-of-motion tests. We routinely see kids ages 5 and up who had torticollis as infants, did traditional medical and therapy care only, and still carry retained subluxation patterns, patterns we easily detect on exam and INSiGHT Scans neurological evaluation.
INSiGHT Scans use heart rate variability (HRV), surface EMG (sEMG), and thermal scanning to objectively measure how well your child’s nervous system is functioning. They are not a treatment or cure for any condition, not even back pain. They are an assessment tool that shows us, in real numbers, where the nervous system dysregulation is and how severe it is. Learn more about the PX Docs Clinical Process here.
How Long Does Infant Torticollis Take to Resolve?
The honest answer: it depends on how long the torticollis has been there, how severe the underlying subluxation is, and how consistent care is.
In many cases, parents start to see results in just a few visits. Full resolution generally takes a few weeks to a few months of consistent care. At the Report of Findings visit, your PX Doc will walk you through your child’s exact, personalized care plan.
Getting the torticollis fully resolved before transitioning into wellness care matters for your child’s long-term neurodevelopment. If subluxation and the resulting dysautonomia are left in there, even at mild to moderate levels, they can contribute to gross motor delays, fine motor challenges, Sensory Processing Disorder, and ADHD later on.
The Torticollis–Ear Infection–Respiratory Connection
Kids with unresolved infant torticollis are also more susceptible to chronic ear infections. The muscles in the neck are functionally connected to the muscles of the ear, and when neck muscles are tight or in spasm, they affect the Eustachian tube—the small passageway that connects the middle ear to the back of the throat.
The Eustachian tube’s primary job is to equalize pressure in the middle ear and drain fluid out. When neck muscles are tight, the tube can become blocked or constricted, leading to fluid buildup that bacteria love. That’s how a “neck issue” becomes a recurring ear-infection issue.
The same mechanism increases the risk of other respiratory issues, such as croup, chronic cough, and RSV, because the same subluxation patterns that drive the torticollis also limit the body’s ability to drain fluid from the ears and move mucus through the respiratory system.
Find Your Local PX Doc Today
Early intervention matters. The sooner the underlying subluxation is identified and addressed, the easier the recovery, and the lower the risk of the downstream issues described above.
There is no “cookie-cutter” approach to infant torticollis. Each child receives an individualized exam, a scan, and a personalized care plan tailored to the exact root cause of their challenges.
One month into Nathan’s care plan, his digestive issues and eczema cleared up. By month two, his mobility had improved dramatically, he started hitting milestones, and the ear infections were gone.
To find your local PX Doctor, head over to our directory page, plug in your city and state or zip code, and schedule your consultation today.PX Docs has established sourcing guidelines and relies on relevant and credible sources for the data, facts, and expert insights and analysis we reference. You can learn more about our mission, ethics, and how we cite sources in our editorial policy.
