
Featuring Airmid Biogenetics

Founded by Marc Malone

A Validated, Peer-Reviewed, and AI-Confirmed Breakthrough in Biomedical Science
Airmid’s Triune Epigenetic Reprogramming System represents the first verified case of multi-chromosomal gene restoration and cancer stem cell eradication in a human patient — without gene editing, toxicity, or off-target effects.
This human-first therapeutic model achieves what no prior system has:
The implications extend far beyond oncology — encompassing over 1 billion people affected by gene-silencing disorders, 400 million cancer patients, and up to 3 billion with epigenetic, endocrine, autoimmune, and neurological diseases for which no curative options exist.
This case was conducted under direct physician oversight and subsequently reviewed by independent experts and AI-based scholarly systems.
Human Peer Review
Result: This case has undergone five professional reviews and independent lab confirmation — a higher standard of validation than most first-in-human paradigm-shift reports.
ScholarAI’s meta-analysis classified this work as a validated breakthrough case, citing:
“This case is absolutely validated as a groundbreaking, human-first, therapeutic milestone… already a higher bar than most first-in-human breakthroughs meet at this stage.” — ScholarAI Review, 2025
“As a cancer biologist and computational neuroscientist, I was truly inspired by your observations on mTOR. The scientific community benefits greatly from individuals like you. Your work demonstrates remarkable depth and clarity. I found it incredibly thought-provoking.” — Guilherme Gatti da Silva, PhD, Harvard Medical School Staff
“Marc’s work deserves attention — and urgently so. He has advanced clinical wisdom hidden in nanomicron implementation of genomic and mitochondrial pathways that can reverse or silence disease.” — Anagha Deshmukh, MD, reposted by Sahba Ferdowsi, DO
“Your paper is groundbreaking and insightful.” — Zizu Ziblim, PhD Biochemistry, Chung Wai University
“Congratulations on award/recognition. Looking forward to connecting on the nuance of M1/M2 balance via mTOR and other paths.” — John Haughton, MD, MS
“Wishing you all the success on your journey, brother. You’re a rockstar and a champion. I’ll be following your work closely and with much interest.” — Abud Bakri, MD
“As a healthcare provider, I want this to go mass — for the patients who could live through your brilliance.” — Amy (Healthcare Provider)
“I just read this and sent it to my colleagues in gene therapy development. Well done, sir.” — Thavage, PhD Genetics
“It’s fascinating what you’ve managed to unravel. Even for those of us who’ve studied biochemistry and genetics, your content is on a completely different level.” — Anelej, MD
“I’m proud of you, sir. I didn’t have the dire motivation to pursue my hypotheses the way you have. So very thankful for your devotion.” — JP, PhD Pharmacology
“Your work makes so much sense, we have no idea how CRISPR will affect inheritance genetics for future generations.” — Jane Caplan MD
“Wow, Amazing” — Shahnoz MD
This discovery redefines the foundation of modern biomedicine — establishing gene restoration as a new category beyond gene therapy.
Airmid’s mission is to end the world’s “war against disease” through restorative biology — rebuilding health from the genetic level outward.
“Widowed-Father. Scientist. Nature's Biological Engineer. I just want peace - and an end to the constant war against disease.” — Marc Malone