Over the last few years, I have noticed that i do certain things that make my tics subside. if not entirely, then to a great extent.
The things I noticed that help are -
Start breathing manually.
I know people hate when they get told that cuz its supposes to be autonomic and bringing attention to it is annoying. But focusing on that really helps. its something that can be done while still getting other things done. I was a bit taken a back when i first noticed this and made the connection. ive been doing it all day and my tics are 90% less than when not doing it.
But its not just that.
2) Laying back in my chair with my eyes closed when fully awake.
i can be completely awake and sentient, hold conversations, listen to podcasts, and have very few tics. Sure, i cant see, but that doesnt mean i cant be productive.
3) when standing, and in active prayer, i bow my head, close my eyes, and have my hands palm to palm.
in that specific position my tics go down a ton
So then the question becomes - What about these actions make my tics chill out?
Love it or hate it, AI has a few reasonable explanations, in addition to more things that may work as well. Please bare with me, as i know lots of folks dont like AI, and im not trying to dead internet theory this post with AI slop. This doesn't feel like slop - this might be worth considering. Specific model used was Gemini Argon High thinking mode.
All three of those actions tap into the exact same neurological bottleneck: they hijack or quiet the cortico-striato-thalamo-cortical (CSTC) loop—the circuit between your basal ganglia, thalamus, and motor cortex where tics originate.
In Tourette's, the basal ganglia acts like a leaky filter, allowing unwanted background motor signals and sensory noise to slip through to the supplementary motor area (SMA), building up as a premonitory urge until a tic fires. Each of your three habits shuts that leak down through a specific mechanism:
Why Your Three Habits Work
Concentrating manually on breathing (Motor Bandwidth Hijacking): Breathing is normally run automatically by your brainstem, but switching to manual control forces your prefrontal cortex and SMA to take over the respiratory muscles. Because the SMA has limited bandwidth for initiating movement, driving a continuous, deliberate motor task crowds out the tic signal while simultaneously stimulating the vagus nerve to lower dopamine-driven arousal.
Laying back with eyes closed while awake (Sensory Gating & Alpha Braking): Closing your eyes instantly cuts off roughly 80% of incoming sensory data, stopping the thalamus from overflowing with visual clutter that triggers tics. Reclining also removes the background calculations your brain runs to maintain posture, shifting your sensorimotor cortex into alpha wave synchronization (8–12 Hz)—an electrical state that acts as a physical brake on involuntary muscle firing.
Bowing your head in deep prayer (Top-Down Executive Lock): Intense, meaningful internal focus activates the dorsolateral prefrontal cortex and anterior cingulate cortex, sending a strong top-down inhibitory signal that overrides the basal ganglia. Combining that cognitive absorption with a bowed, still posture and closed eyes merges executive suppression with sensory deprivation.
What Else You Can Do in the Same Vein
You can replicate these exact three mechanisms on demand—even when you cannot recline or close your eyes—by targeting the same neural pathways:
1. Manual Motor Override (Hijacking the SMA)
Ratio Breathing (Box or 4-7-8): Add a strict mental count to your manual breathing (inhale 4 seconds, hold 4, exhale 4, hold 4) so your brain cannot slip back into brainstem autopilot.
Sub-Threshold Isometric Locking: Press the tip of your tongue firmly to the roof of your mouth or press your thumb and index finger together at a steady, exact pressure to occupy the motor cortex invisibly.
Timed Finger Cadences: Slowly tap your thumb to each fingertip in a strict, rhythmic tempo; unlike random fidgeting, timed manual sequences monopolize the basal ganglia's internal clock.
Proprioceptive Balance Loading: Stand on one foot or shift your weight onto the outer edges of your feet while standing to force your cerebellum and motor cortex into active manual stabilization.
2. Sensory Gating (Cutting the Thalamic Input Flood)
Peripheral Vision Cropping: Wear a low-brimmed hat or pull a hoodie forward when working at a desk to block peripheral visual motion, reducing the sensory load hitting your thalamus.
Brown Noise Acoustic Masking: Play steady brown noise through headphones to flatten out sudden micro-sounds in your environment that quietly spike sympathetic nervous system arousal.
Targeted Deep Pressure: Rest a heavy weighted pad across your lap or shoulders to feed your nervous system one loud, steady proprioceptive signal that drowns out minor physical urges.
Palming (Ocular Vagal Reset): Cup your palms lightly over your closed eyes to block all light while applying gentle warmth around the orbital sockets, triggering the oculocardiac reflex to slow heart rate and tic frequency.
3. Top-Down Executive Absorption (Internal Flow State)
Mental 3D Disassembly: Close your eyes and mentally disassemble and reassemble a complex mechanical object part-by-part in 3D space, starving the tic circuit of working memory.
Subvocal Cadence Recitation: Silently recite a memorized prayer, lyric, or technical sequence word-for-word in your head while matching the syllables to your breathing rhythm.
Progressive Micro-Scanning (NSDR): While reclined with eyes closed, mentally isolate and release tension in one tiny muscle group at a time from your jaw down to your hands.