A Geometric Pharmacology Framework for NRICM101 and NRICM201: Disease-Phase-Specific TCM Formulae as Early Viral Suppressor and Host-Rescue Attractor

NRICM101 (Qinguan No.1) and NRICM201 (Qinguan No.2) are Taiwanese government-approved TCM formulae for mild-to-moderate and severe COVID-19, respectively. This paper constructs a unified disease-phase geometric pharmacology framework that repositions NRICM101 as an early viral-phase formula (Phase I-III: viral entry suppression, replication inhibition, innate immune priming) and NRICM201 as a severe host-dysregulation formula (Phase IV-VII: cytokine storm attenuation, oxidative/mitochondrial rescue, vascular barrier protection, multi-organ preservation). Key contributions: (1) Disease-phase mapping of NRICM101 Jun/Chen/Zuo clusters: Jun=Mpro inhibition (Phase II), Chen=multi-target L=5 flavonoid adaptors (Phase I-III), Zuo=ACE2/anti-inflammatory support (Phase I + early III). (2) NRICM101 broad-spectrum activity against influenza A and RSV is interpreted as coverage of a shared host pathological phase space (NF-kB/IFN imbalance, oxidative stress, innate immune activation), not virus-specific targeting. (3) NRICM201 cross-disease efficacy in COPD, viral-induced MOF, and toxin-induced MOF (author animal experimental data) is interpreted as rescue from a convergent pathological inflammatory attractor. (4) Lo-Shu geometric zone analysis: NRICM101 operates in L=4-5 multi-target Yin-center zone; NRICM201 expands coverage to L=2/4 defensive zones. The two formulae represent a pharmacological phase transition, not a dose escalation.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-05-12
DOI
https://doi.org/10.5281/zenodo.20134371
Primary Topic
Computational Drug Discovery Methods
Type
preprint
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preprint

A Geometric Pharmacology Framework for NRICM101 and NRICM201: Disease-Phase-Specific TCM Formulae as Early Viral Suppressor and Host-Rescue Attractor

Yao-Kai Kao
Zenodo (CERN European Organization for Nuclear Research)
Computational Drug Discovery Methods
preprint

A Geometric Pharmacology Framework for NRICM101 and NRICM201: Disease-Phase-Specific TCM Formulae as Early Viral Suppressor and Host-Rescue Attractor

Yao-Kai Kao
preprint en

Abstract

NRICM101 (Qinguan No.1) and NRICM201 (Qinguan No.2) are Taiwanese government-approved TCM formulae for mild-to-moderate and severe COVID-19, respectively. This paper constructs a unified disease-phase geometric pharmacology framework that repositions NRICM101 as an early viral-phase formula (Phase I-III: viral entry suppression, replication inhibition, innate immune priming) and NRICM201 as a severe host-dysregulation formula (Phase IV-VII: cytokine storm attenuation, oxidative/mitochondrial rescue, vascular barrier protection, multi-organ preservation). Key contributions: (1) Disease-phase mapping of NRICM101 Jun/Chen/Zuo clusters: Jun=Mpro inhibition (Phase II), Chen=multi-target L=5 flavonoid adaptors (Phase I-III), Zuo=ACE2/anti-inflammatory support (Phase I + early III). (2) NRICM101 broad-spectrum activity against influenza A and RSV is interpreted as coverage of a shared host pathological phase space (NF-kB/IFN imbalance, oxidative stress, innate immune activation), not virus-specific targeting. (3) NRICM201 cross-disease efficacy in COPD, viral-induced MOF, and toxin-induced MOF (author animal experimental data) is interpreted as rescue from a convergent pathological inflammatory attractor. (4) Lo-Shu geometric zone analysis: NRICM101 operates in L=4-5 multi-target Yin-center zone; NRICM201 expands coverage to L=2/4 defensive zones. The two formulae represent a pharmacological phase transition, not a dose escalation.

Zenodo (CERN European Organization for Nuclear Research)
National Yang Ming Chiao Tung University (TW)
Computational Drug Discovery Methods
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A Geometric Pharmacology Framework for NRICM101 and NRICM201: Disease-Phase-Specific TCM Formulae as Early Viral Suppressor and Host-Rescue Attractor — Yao-Kai Kao · Zenodo (CERN European Organization for Nuclear Research) (2026) | TGRS Research Map | TGRS