Facial Asymmetry in TIs: A Continued Discussion

TIs Have Noticed Similar Physical Facial Developments

I often see TIs write about a single drooping eyelid, facial asymmetry and more. I saw a particularly moving article on it by Neurally Yours at WordPress (

https://neurallyyours.wordpress.com

/). In it she records testimonies from several TIs on the phenomenon.

If you are a Targeted Individual look at your face in the mirror and see if you show the same signs. I’m talking about the puffy-on-one-side / concave-on-the-other look, different from the also commonly seen drooping eyelid (Ptosis) among TIs.
It tends to show up:

• under the eye

• along the inner cheek line

• maybe two inches below the lower eyelid

Some people describe it as “one side looks swollen,” while the other looks “sunken” or “pulled inward.” It’s close to the drooping-eyelid thing you sometimes hear from TIs, but not quite the same. This one is subtler and shows up more in the mid-face.

And here’s where something interesting comes in.

Recently, David Iorlano reported that when he does a sinus rinse using his hydrogen-peroxide solution, he gets noticeable relief from his tinnitus and V2K. This suggests direct interaction of targeting tech with the sinuses.

It raises a point:

If TIs are feeling facial pressure, asymmetry, puffiness, or that puffy/concave duality, could sinus pressure be part of the picture?
Maybe not the whole story, but part of it?

Sinus pressure is absolutely known to cause:

• one-sided swelling

• uneven drainage

• puffiness under a single eye

• tension along the cheekbone

• alternating puffiness and hollowness

And if the systems we talk about (whatever name you give them) affect inflammation, fluid balance, or the autonomic nerves around the face, then it wouldn’t be strange for the sinus cavities to respond unevenly.

Most of us don’t think about how complex the mid-face is. Under each eye, there’s a sinus cavity that can swell, drain, or clog up differently from its neighbor. Combine that with stress, disrupted sleep, and a nervous system stuck in alert mode, and you have the recipe for uneven pressure that shows up visibly.

So when TIs say:

• “My face looks lopsided today,” or

• “One eye looks different,” or

• “It’s like one cheek is puffed up”

These are worth recognizing, not necessarily incidental biology.

This is just a discussion, with hope meant to further it some.

TIs commonly report facial asymmetry.

A specific pattern is the puffy-one-side / concave-other effect.

Sinus pressure is a known, ordinary mechanism that can produce that exact look.

David’s sinus-rinse relief lines up with that possibility.

This doesn’t prove anything — but it gives us a reasonable first-order explanation to keep in mind.

Facial recognition technology is very advanced and well suited for these jobs as they already perform them. This tech could be instrumental in determining a concrete tie between the phenomenon and targeted individuals, and once done it can be a powerful non-invasive diagnostic tool.

A second biometric may help complete the picture.

In addition to facial asymmetry, research in neuroscience shows that eye-tracking can detect extremely small disruptions in cognitive processing, attention, and neurological stability. Studies in the Journal of Integrative Neuroscience and related clinical literature* (sources credited below) have demonstrated that involuntary eye movements — saccades, pursuit tracking, fixation drift — can reveal hidden disturbances in brain function.

This is important because TIs often describe episodes of sudden confusion, forced attention shifts, or momentary cognitive “drops.” Eye-tracking gives us a way to measure these effects objectively. When combined with facial-landmark asymmetry, we begin to see two separate biometrics pointing toward the same underlying phenomenon: neurological interference leaving visible, involuntary signatures on the face and eyes.

(Read about eye tracking as a cognitive diagnostic tool in this previous article)

*Sources (selected):

• Ocular Biomarkers for Early Detection of Alzheimer’s Disease (2023)
  https://pmc.ncbi.nlm.nih.gov/articles/PMC10444735/

• Saccadic Eye Movement in Mild Cognitive Impairment and Alzheimer’s Disease (2021)
  https://pmc.ncbi.nlm.nih.gov/articles/PMC9090874/

• Eye Movements in Alzheimer’s Disease: A Review (2015)
  https://pmc.ncbi.nlm.nih.gov/articles/PMC5332166/

• Eye Tracking in Parkinson’s Disease: A Review of Oculomotor Abnormalities (2025)
  https://pmc.ncbi.nlm.nih.gov/articles/PMC12025636/

• Automated Analysis of Eye Movements via Non-Invasive Tracking (2024)
  https://www.sciencedirect.com/science/article/pii/S0010482524000350

• Facial Asymmetry: A Narrative Review of Neurological Conditions (2022)
  https://www.mdpi.com/2073-8994/14/4/737