Formulation Scientist — Aging Health Sciences

John A. Martens is the formulation architect behind MaculaPM® — the scientist responsible for translating cutting-edge retinal research into a stable, bioavailable supplement that works the way the science intends.

With 35 years as a corporate scientist at 3M Corporation and degrees in both Chemical Engineering and Chemistry, John brings a rare combination of precision engineering and deep materials science to nutraceutical development. His career has spanned pharmaceutical, nutraceutical, and biomedical product development, with particular focus on formulations related to eye health.

Turning research findings into a formulation is not straightforward — it requires navigating ingredient stability, bioavailability, dosing strategy, and delivery form. John’s role ensures that every ingredient in MaculaPM® is present in the right form, at the right dose, in a capsule designed for consistent nightly use.

His industrial science background — honed across decades at one of the world’s most respected research-driven companies — brings a level of formulation rigor rarely found in the supplement industry.

Credentials & Background

  • Degrees in Chemical Engineering and Chemistry
  • 35 years as Corporate Scientist, 3M Corporation
  • Decades of experience in nutraceutical, pharmaceutical, and biomedical product development
  • Specialization in eye disease-related formulations

These statements have not been evaluated by the FDA. This product is not intended to diagnose, treat, cure, or prevent any disease.

A Closer Look at Retinal Biology

The retina depends on a critical support layer called the Retinal Pigment Epithelium (RPE). RPE cells produce melanin pigment, and a byproduct of that synthesis process is L-DOPA. As we age, melanin synthesis in the RPE slows, reducing natural L-DOPA production. This reduction appears to be more pronounced in lightly pigmented individuals and typically accelerates after age 60.

In the eye, L-DOPA functions as a signaling molecule that interacts with GPR143, a G-protein coupled receptor. Research indicates that this signaling relationship influences the regulation of VEGF and supports the activity of PEDF, a protein naturally secreted by the RPE that scientific literature associates with neuroprotective activity, photoreceptor support, and healthy management of blood vessel growth.

Melatonin contributes to the circadian regulation of these processes. Because both L-DOPA and melatonin production decline naturally with age, MaculaPM® is designed to provide dietary support for these pathways during a period when the eye's own production may be diminished.