top of page
Innospera Hero Panel Large.png

We unlock the therapeutic potential of lipid signaling for fibrotic, metabolic and oncology conditions

Leadership Background 2.png

ABOUT INNOSPERA PHARMA

 

Innospera Pharma is a clinical-stage biotech developing lipid-mimetic small molecules to restore dysregulated signaling pathways in fibrotic and chronic diseases.

Our lead asset, ING-006, is in Phase 1 for idiopathic pulmonary fibrosis (IPF), with clinical development substantially de-risked by â€‹â€‹robust Phase 2 data generated with a known pan-PPAR agonist.​​

ING-006 uniquely combines allosteric peroxisome proliferator-activated receptor (PPAR) modulation with orthosteric agonist activity, restoring PPAR signaling across key cell types implicated in fibrosis.

This approach avoids traditional direct pathway inhibitions, often causing toxicities and tolerability issues and supports a differentiated safety and tolerability profile—a critical unmet need in IPF.

Leadership team

Board of Directors

Pierre Laurin BPharm, MSc

Executive Chairman, COO and co-founder, Innospera

François Ravenelle PhD

President and CEO Innospera

Micheline Beauvais CPA, MBA

Ex-CEO
Inversago Pharma
​

Patricia Escoffier PhD

Principal
Seido Capital
​

Hélène Moore MBA

Director
Anges Québec
​

Denis Garceau BPharm, PhD

Ex-CSO
Bellus Health
​

Hubert Sibre LLB

Partner
Miller Thomson
​

Maxime Daigle CPA

Board Observer, Director, Investissement Québec

Our lead product: ING-006

Restoring Downregulated Biology in IPF

THERAPEUTIC STRATEGY

IPF is characterized by reduced PPAR expression and activity: 

  • driven by TGF-ß-induced transcriptional suppression

  • compounded by a disrupted lipid profile that depletes endogenous PPAR ligands

 

​

Low PPAR activity

removes a brake on TGF-ß signaling, leading also to an upregulation of GPR84.

​

​

​​

RESTORING PPAR ACTIVITY

ING-006 is designed to restore PPAR activitywhilst having no effect on normal PPAR-active cells.

 

​​

​

​

​

ING-006 only restores what is lost.
Healthy tissues appear spared—a key driver of the exceptional tolerability and safety profile.

 

​

​​​​​​​

​​​​​​

​

DE-RISKED CLINICAL DEVELOPMENT

In addition to its allosteric PPAR activity, one of ING-006 metabolites  is also an orthosteric PPAR agonist with demonstrated safety and activity in phase 2 clinical trials.

 

​​

 

ING-006 presents an excellent toxicology profile with high safety margin, and is well tolerated in healthy volunteers in the on-going phase 1 clinical trial.

​

​

​​​

​​​​​​​​​

PPAR 2 binding site Illustration EN.png
Leadership Background 2.png

Our Pipeline

Pipeline May 2026 EN Desktop.png

ING-008 and ING-Series: Expanding the Lipid-Mimetic Platform
 

Next-generation lipid-mimetics

 

Analogues of prior clinical and preclinical fatty acid products, designed with differentiated PPAR agonist/modulation, potencies and unique DMPK properties.

Organ- and indication-specific potential

Opportunity to target new tissues and diseases while maintaining the strong safety/tolerability profile of the class.

Pipeline expansion

 

Multiple candidates under evaluation. 

​

​

Bright blue background.png

News and Events

02.10.25

Web Release

Innospera Pharma receives the “Investment of the Year” Award at Anges Québec 2025 Annual Meeting

​

09.06.25

Press Release

Innospera Pharma Appoints Dr. Glenn Crater as Chief Medical Officer to Support Advancement of ING-006 Toward the Clinic

​

12.05.25

Press Release

Innospera Pharma to Present Key Comparative Data About Novel GPCR Modulator for IPF at ATS 2025 Annual Meeting

​

bottom of page