Anticancer peptide PNC-27 adopts an HDM-2-binding conformation and kills cancer cells by binding to HDM-2 in their membranes.
PNC-27 Research Peptide
PNC-27 is an experimental peptide studied in cancer-cell membrane biology. Explore HDM2 interactions, laboratory findings, related peptides, and translational limitations.
About PNC-27
Identity and names
PNC-27 is a designed peptide containing a p53-derived region and a membrane-active leader. PNC-28 is a related but distinct peptide.
Compound type
It is an experimental chimeric peptide. Its identity depends on the full sequence and characterization, not merely the p53-derived component.
Mechanism
Studies investigate membrane-associated HDM2 binding and membrane disruption in cancer-cell models. This is different from assuming a standard intracellular p53 treatment mechanism.
Research focus and evidence
Published experiments include cell systems and mechanistic analyses. Activity against laboratory cancer cells does not establish patient response or tumor selectivity in all settings.
Regulatory status and limits
The cited studies do not establish an approved cancer therapy or human dosing protocol. Clinical translation requires independent efficacy, exposure, and safety evidence.
- p53-derived peptide design
- membrane-associated HDM2
- membrane disruption
- PNC-27 versus PNC-28
- preclinical cancer evidence
What Is PNC-27?
A foundational study linked PNC-27 to membrane-associated HDM2 in tested cancer-cell models. The work supports a proposed laboratory mechanism, rather than demonstrating that the peptide treats cancer in patients. PNC-27 membrane HDM2 study
A subsequent leukemia-cell investigation extended this question to K562 cells and examined membrane-dependent cell death. That extension remains model-specific and should not be presented as a clinical leukemia outcome. PNC-27 leukemia-cell study
PNC-27 Research Evidence
A concise view of registered clinical research, PubMed-indexed literature, evidence stage, and important limitations.
Selected registered research
No matching intervention record was found in ClinicalTrials.gov during this verification. This does not mean that no research exists.
Selected PubMed records
The anti-cancer peptide, PNC-27, induces tumor cell necrosis of a poorly differentiated non-solid tissue human leukemia cell line that depends on expression of HDM-2 in the plasma membrane of these cells.
PNC-27, a Chimeric p53-Penetratin Peptide Binds to HDM-2 in a p53 Peptide-like Structure, Induces Selective Membrane-Pore Formation and Leads to Cancer Cell Lysis.
Registry and publication counts describe discoverable records, not proof of effectiveness or safety. Study design, compound identity, population, endpoints, and regulatory context must be reviewed individually.
Essential PNC-27 guides
PNC-27 vs PNC-28: Key Differences in Research Peptides
PNC-27 vs PNC-28 compared: structure, p53 sequence length, HDM-2 binding, and research findings, plus why neither peptide is FDA-approved for human use.
PNC-27 and Pancreatic Cancer: What Research Shows
PNC-27 and pancreatic cancer: explore how this peptide targets cancer cells, preclinical research findings, and important safety considerations for patients.
PNC-27 Peptide UK: Research Status, Legality, Safety
PNC-27 peptide UK buyers should know it is not an approved medicine in the UK or US. Learn what lab research shows, how it works, and key safety limits.
PNC-27 Peptide Sciences: Research Overview & Safety
PNC-27 peptide sciences research overview: what this p53-derived peptide does in lab studies, how it compares to PNC-28, and safety and legal points.
PNC-27 and Prostate Cancer: What Research Shows
PNC-27 prostate cancer research is preclinical: no human trials and no FDA approval. Learn what lab studies show, how it compares to PNC-28, and the risks.
PNC-27 Cancer: Peptide Research, Trials & Safety
PNC-27 cancer research targets HDM-2 to kill tumor cells in lab studies. Learn what PNC-27 is, its trial status, dosage questions, and safety.
Where to Buy PNC-27 Peptide: Sourcing Guide
Looking for where to buy PNC-27? Compare research peptide suppliers, typical prices, purity testing, and legal status before you order a vial.
PNC 27 Cancer Treatment Cost: What Patients Should Know
PNC 27 cancer treatment cost is unknown because the peptide is not FDA-approved. See research peptide pricing, trial costs, and what to ask your oncologist.
PNC-27 Side Effects: What Research Actually Shows
PNC-27 side effects are not documented in humans because the peptide has never been tested in clinical trials. Here's what lab data and safety research show.
What Is PNC-27? Research, Safety, and Status
What is PNC-27? It is a synthetic peptide derived from p53 that targets HDM2-overexpressing cancer cells in lab studies. It is not FDA-approved for human use.
PNC-27 Benefits: What Research Shows So Far
PNC-27 benefits are studied in lab research, not approved for human use. Learn what early PNC-27 peptide studies suggest about cancer cell targeting.
PNC-27 Bodybuilding: Is It a Muscle-Building Peptide?
PNC-27 bodybuilding is a common search, but this peptide is not a muscle builder. Learn what PNC-27 is, its research, safety, and legal status.
PNC-27 Dosage: What Research Actually Shows
There is no established PNC-27 dosage for humans. Here's what lab studies actually report, how 5 mg vials are reconstituted, and why human data is missing.
PNC-27 Reviews: What the Research Actually Shows
PNC-27 reviews are mostly anecdotal research-chemical discussions. Here's what the science says, what users report, and the safety and legal gaps.
PNC-27 Breast Cancer Research: What Studies Show
PNC-27 breast cancer research is preclinical: lab and mouse studies only, no human trials and no FDA approval. Here is what the evidence shows so far.
PNC-27 Clinical Trials: Status, Evidence, and Safety
PNC-27 clinical trials: none are registered in humans. Learn what the research shows, how it compares to PNC-28, and why it stays a lab chemical.
PNC-27 Protocol: Research Guide, Dosage, and Safety
The PNC-27 protocol is a preclinical research method for studying this synthetic peptide. Learn how it works, typical lab doses, and safety concerns.