Empowering Primary Care Through Research.

Chimerenomic macromolecular RNA is the largest

active man-made molecule in the world

Godson Osuji and Remigius Okea are pioneering research scientists who have developed the largest known series of active biological molecules. These remarkable molecules, referred to as chimerenomic RNA, are unique macromolecular RNA that are produced independent of the genetic code. Each chimerenomic macromolecular RNA, also called NTinti, typically comprises 10.5 billion nucleotide bases (see references 1, 2, 3), and has a mass of approximately 3.57 x 10^12 Daltons, making it 1.7 times larger and longer than the human genome, which consists of 3.2 billion base pairs and weighs 2.04 x 10^12 Daltons. Indeed, chimerenomic macromolecular RNA is the largest active man-made molecule in the world.

These biologically active chimerenomic NTinti RNAs have proven invaluable across various fields, including biology, molecular chemistry, and medicine, leading to the emergence of new disciplines known as chimerenomic sciences. This innovative field is paving the way for the invention of breakthroughs because of the new understanding of previously inexplicable phenomena in science and medicine. Osuji and Okea have aptly dubbed these biologically active extra-large RNA molecules the "molecule of new life”

1. Osuji GO, Okea RN (2024). Environment-wide reprogramming of total RNA abundance and metabolic processes by glutamate dehydrogenase-synthesized RNA enzyme: Terminologies for the new RNAs. JAAPCR Vol. 1, issue 1.
2. Okea RN, Osuji GO (2024). Transformation from growth to aging in human astrocyte cell cultures: The role of NADH-glutamate dehydrogenase isoenzymes. JAAPCR Vol. 1, issue 3.
3. Okea RN, Osuji GO (2025). New Treatment for Alzheimer's Dementia and Parkinson's Disease Ready for Clinical Trial; The Chimerenomic RNA Enzyme. JAAPCR Vol. 2, issue 2.