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PNC-27

Evidence: C

Experimental / Early Research

1 min readLast reviewed August 17, 2026

Evidence Snapshot

Evidence: CLimited Human Evidence
2026-08-17Last updated

Regulatory Context

PNC-27 is an experimental research peptide, not an approved cancer therapy. No FDA-approved indication was identified for the exact compound in this research pass.

Research Takeaway

PNC-27 has been studied as a p53-derived chimeric peptide that binds membrane-associated HDM-2/MDM2 on susceptible cancer cells and can promote transmembrane pore formation followed by cell lysis/necrosis.

See all 6 evidence claims →

Quick Summary

Experimental / Early Research

PNC-27 is a chimeric 32-residue experimental anticancer peptide studied for its ability to bind membrane-associated HDM-2/MDM2 on cancer cells and trigger targeted cell lysis. Evidence is limited to in-vitro, ex-vivo, and animal cancer models; no human clinical efficacy has been established.

Mechanism & Research Overview

PNC-27 has been studied as a p53-derived chimeric peptide that binds membrane-associated HDM-2/MDM2 on susceptible cancer cells and can promote transmembrane pore formation followed by cell lysis/necrosis.

Evidence Claims

Individual scientific statements drawn from the sources cited below, each shown with the specific evidence boundary that statement does not establish.

Mechanism

Supported

PNC-27 has been studied as a p53-derived chimeric peptide that binds membrane-associated HDM-2/MDM2 on susceptible cancer cells and can promote transmembrane pore formation followed by cell lysis/necrosis.

Sources: Anticancer peptide PNC-27 adopts an HDM-2-binding conformation and targets HDM-2 in cancer-cell membranes; Structural/mechanistic study of PNC-27-HDM-2 complexes; Mechanistic study of PNC-27 blockade at the p53-binding region of HDM-2 and mitochondrial membrane effects

preclinical_evidence

Supported

In-vitro, ex-vivo, and animal studies report cytotoxic activity across several cancer models, including pancreatic, breast, ovarian, leukemia, and cervical models.

Sources: PNC-27 induces tumor-cell lysis as an intact peptide; PNC-27 kills K562 leukemia cells dependent on membrane HDM-2; Ex-vivo PNC-27 activity against primary ovarian cancer cells and chemotherapy-resistant ovarian cancer lines; PNC-27 activity against cervical cancer cell lines

Evidence Boundary

Supported

Experimental studies report lower toxicity toward selected non-transformed comparator cells, but this laboratory selectivity does not establish clinical safety in humans.

preclinical_evidence

Supported

An ovarian cancer model reported synergy between PNC-27 and paclitaxel; this is preclinical combination evidence, not a validated clinical regimen.

Sources: PNC-27 and paclitaxel synergy in ovarian cancer models

human_evidence

Supported

No adequate human therapeutic trial evidence was identified to establish efficacy, dosing, safety, or survival benefit for PNC-27.

Sources: Anticancer peptide PNC-27 adopts an HDM-2-binding conformation and targets HDM-2 in cancer-cell membranes

Regulatory Status

Supported

PNC-27 should be presented as an experimental research peptide, not an approved cancer therapy. No FDA-approved indication was identified for the exact compound in this research pass.

Sources: MitoCore Batch 9 regulatory search: FDA approval status and ClinicalTrials.gov registration check

Safety & Evidence Limitations

Considerations reported in the sources cited on this page — not a complete list of every possible risk, and not medical advice.

  • Higher-Priority Safety Consideration

    Do not phrase as "treats cancer," "cures cancer," or "safe alternative to chemotherapy." All evidence is preclinical.
  • Safety Consideration

    No adequate human therapeutic trial evidence was identified to establish efficacy, dosing, safety, or survival benefit.
  • Safety Consideration

    Repeated direct laboratory evidence supports cancer-cell cytotoxicity, but the research base remains concentrated among closely connected investigators, limiting independent replication.

Research Areas Being Studied

Research areas discussed on this page reflect the Experimental / Early Research category and the sources cited below.

Findings Reported in Studies

Educational summary only — reported in cited studies, not a claim of proven benefit.

No Human Study Findings Listed Yet

See preclinical, regulatory, and review sources below.

Study Tables by Evidence Type

Human Studies & Clinical Data

No Human Studies & Clinical Data Listed Yet

This section will be updated as sources are added.

Animal / Cell / Preclinical Data

TitleYearPopulation / ModelDose / Duration / FindingSafety NotesSource
PNC-27 activity against cervical cancer cell lines2025

PNC-27 showed cytotoxic activity against cervical cancer cell lines, extending the range of cancer models with reported activity.

Mechanistic study of PNC-27 blockade at the p53-binding region of HDM-2 and mitochondrial membrane effects2024

Mechanistic work showing PNC-27 blockade at the p53-binding region of HDM-2, with reported effects on mitochondrial membranes.

Structural/mechanistic study of PNC-27-HDM-2 complexes2022

Structural/mechanistic analysis of PNC-27-HDM-2 complexes, further characterizing the proposed membrane-binding mechanism.

PNC-27 and paclitaxel synergy in ovarian cancer models2017

Combining PNC-27 with paclitaxel produced synergistic cytotoxic effects in ovarian cancer models; this is preclinical combination evidence, not a validated clinical regimen.

Ex-vivo PNC-27 activity against primary ovarian cancer cells and chemotherapy-resistant ovarian cancer lines2015

PNC-27 showed cytotoxic activity against primary ex-vivo ovarian cancer cells, including chemotherapy-resistant lines.

PNC-27 kills K562 leukemia cells dependent on membrane HDM-22014

PNC-27 cytotoxicity against K562 leukemia cells depends on membrane-expressed HDM-2, supporting the membrane-HDM-2 targeting mechanism in a hematologic cancer model.

Anticancer peptide PNC-27 adopts an HDM-2-binding conformation and targets HDM-2 in cancer-cell membranes2010

PNC-27 adopts a conformation that binds membrane-associated HDM-2/MDM2 on cancer-cell membranes, supporting the core proposed mechanism of targeted membrane lysis.

PNC-27 induces tumor-cell lysis as an intact peptide2010

The intact PNC-27 peptide (not a metabolite or fragment) is responsible for tumor-cell lysis in vitro.

Regulatory Documents & Official Trial Registries

TitleYearPopulation / ModelDose / Duration / FindingSafety NotesSource
MitoCore Batch 9 regulatory search: FDA approval status and ClinicalTrials.gov registration check2026

Direct search performed 2026-08-17 for FDA drug-approval status and ClinicalTrials.gov interventional-trial registration for PNC-27, Pancragen, Bronchogen, Testagen, Chonluten, Prostamax, Ovagen, and N-Acetyl Epitalon Amidate (Ac-AEDG-NH2), including known aliases and sequence names. No FDA-approved drug product was identified for any of the eight compounds. No registered ClinicalTrials.gov interventional trial was identified for any of the eight compounds. All eight are marketed exclusively through peptide/research-chemical vendors as research-use-only products, not as approved medicines. Absence from these searches is not itself a formal FDA determination and does not establish safety or ineffectiveness -- it establishes only that no approval or registered trial was located in this search pass.

Anecdotal Reported Patterns — Not Medical Advice

Anecdotal Reported Patterns — Not Medical Advice

Reported dosing patterns are included for educational context only. They are self-reported, unverified, not medical advice, and not instructions for human use. Community-submitted patterns are not yet available in this Phase 1 prototype; this section is a placeholder reserved for moderated, aggregated community data.

Lab Markers to Discuss With a Clinician

Educational topics only — not self-monitoring instructions.

complete blood countliver and kidney function

FAQ

No. PNC-27 is an experimental research peptide with preclinical (cell, tissue, and animal) evidence only. No FDA-approved indication was identified for the exact compound.

Disclaimer

Educational information only. This page summarizes published preclinical research and does not provide medical advice, a recommendation, or instructions for human use.

Educational use only. This content is provided for informational and research-summary purposes only. It is not medical advice, not a treatment recommendation, not a dosing guide, and not a substitute for care from a licensed medical professional. Nothing here is intended to diagnose, treat, cure, prevent, or mitigate disease. Reported dosing patterns, when shown elsewhere on the site, must be labeled either as Study / Trial Dosing or Anecdotal Reported Patterns — Not Medical Advice. Community reports are self-reported, unverified, and not scientific proof.

Community-reported experiences, once enabled, must be displayed only as moderated, anonymized, or aggregated data. They are anecdotal, self-reported, unverified, and should never be presented as proof of safety, efficacy, or expected results.

Content status: Content pending review. Last updated 2026-08-17.

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