Drug candidates developed by Zedira:
ZED1227
Proof-of-concept shown in Phase 2a study in celiac disease
Proof-of-concept shown in Phase 2a study in celiac disease
- All dose groups met the primary endpoint
- Placebo-like safety profile
- First-in-class compound
- Validation of a transglutaminase as druggable target for the first time
Partnering opportunity:
Licensed to Takeda and Dr. Falk Pharma
ZED3269
- Novel 2nd generation tissue transglutaminase inhibitor
- Improved oral bioavailability
- Reversible-acting warhead
- Rodent pharmacokinetic and efficacy data available
Seeking licensee(s) / development partner(s)
Preferred indications include
ZED3197
- First-in-class “safe” anticoagulant
- Direct-acting irreversible Factor XIIIa (F13a) inhibitor
- Proof-of-principle in rabbit model shown
Seeking licensee(s) / development partner(s)
Preferred indications include
Zedira is open to considering alliances and deals with the pharmaceutical industry. Please do not hesitate to contact us.Zedira’s management team, Dr. Martin Hils and Dr. Ralf Pasternack, will be pleased to be at your disposal:
| Phone: | +49 6151 66628-0 or | |
| E-mail: | contact@zedira.com |
Successful ISO9001:2015 recertification 
Dr. Falk Pharma and Zedira announce successful completion of the phase 2a proof-of-concept study of ZED1227 for the treatment of Celiac Disease 
Dr. Falk Pharma und Zedira verkünden den erfolgreichen Abschluss der Phase 2a-Studie mit ZED1227 zur Behandlung von Zöliakie 
Reversibly acting transglutaminase 2 inhibitors: drug candidates for the treatment of fibrosis 
Transglutaminase antibodies and neurological manifestations of gluten sensitivity 
Design of Oral FXIIIa Blockers as Safer Anticoagulants Mission Impossible? 
Microbial transglutaminase (MTG) enables efficient and site-specific conjugation to native antibodies without the need of antibody engineering 
Tridegin as FXIIIa inhibitor 
Microbial transglutaminase: from discovery to market 
Tissue transglutaminase inhibitors 
Tissue transglutaminase in Alzheimers Disease 
Factor XIIIa: novel target for anticoagulation? 
Microbial transglutaminase for site-specific protein conjugation