Innovating Cancer Care

A new class of selective oral drugs overstressing pathological cells to cure patients

BiPER Therapeutics develops first-in-class selective BiP inhibitors as targeted therapy with a first focus on treating cancers patients

Our Technology
intersect

See the Science Behind Our Treatment

science
logo-smallScience & Technology

First-in-class selective BiP inhibitors to treat cancers and beyond

BPR001-615 is first-in-class, highly selective, orally bioavailable, targeted therapy designed to treat the > 50% of BiP High patients through a precision medicine approach across multiple indications

Know more
logo-smallAbout

About BiPER Therapeutics

BiPER ‘s name summarizes the original and unique approach of our Lead candidate targeting BiP and leading to cancer cell death through unresolved ER (Endoplasmic Reticulum) Stress induction

BIPER Therapeutics primary focus is to treat cancer patients by pushing cancer cells to burn out. We are advancing a first pipeline of first-in-class small molecules that induce unresolved ER stress in cancer cells and strentengh non-cancer cells to change the course of disease and change patients' life

Know more
about

Patients Supported in Care

Pipeline

Our pipeline highlights three first-in-class candidates advancing through early-stage development toward clinical validation.

Know more
Candidate Indication
Lead Selection
IND Enabling
Phase 1/2a
Phase 2b
BPR001-615 Gastro Intestinal Cancer
BPR002 Solid Tumors
BPR003 Non-oncology Undisclosed
Investors
logo-smallInvestors & Partnership

Partner with Innovation

BiPER Therapeutics seeks collaboration with pharmaceutical leaders and investors to accelerate the clinical development of our first-in-class BiP inhibitors and redefine the standard of care.

Know more

Collaborating with premier scientific pioneers to define the next generation of cancer care

partner1
partner2
partner3
partner4
partner5
partner6
partner7
logo-smallContact

Get in Touch

Whether you are an investor, potential partner, or researcher, reach out to explore how we can collaborate to bring these life-saving therapies to patients.