For decades, intraocular pressure (IOP) has been treated as a discrete measurement — a number captured during a clinic visit, often with the implicit assumption that this value reflects a patient’s true pressure profile. But mounting evidence, paired with a deeper understanding of ocular physiology, tells a very different story: IOP is not a number. IOP is a dynamic waveform . Just as cardiology abandoned single-point blood pressure readings in favor of longitudinal, continuo

As artificial intelligence (AI) begins to shape the future of medical diagnostics and personalized care, ophthalmology is poised to...

Harnessing AI to increase our understanding of glaucoma is an exciting prospect but we need to follow the proper steps, including having lar

During this World Glaucoma Week it is important to reiterate the clinical benefit of gaining IOP fluctuation insights outside of the...

CEO Ariel Cao and I tremendously enjoyed the New Horizons Forum at the annual Glaucoma 360 meeting organized by the Glaucoma Research...

On the subject of glaucoma, I often explain how difficult it is for ophthalmologists to manage a disease where our goal is to control IOP...

The design for our iOP-Connect autonomous implantable IOP sensor is based on proven sensor technology. The device measures less than two...

Our current gold standard method for measuring intraocular pressure – Goldmann applanation tonometry – is plagued by fudge factors....

Eight years ago, my parents were affected by glaucoma. My mother was prescribed topical drops but they stung her eyes, so she stopped...

Offering a stream of objective, uncompromised data, it could revolutionize the glaucoma space… But for it to work, we need to rethink the...