Jerini AG
Drug discovery and drug development
Jerini was founded in 1994 as a spin-off from the Medical Faculty (Charité) Humboldt University Berlin to commercialise the SPOT™ technology. Due to the expanding applications of its technology platform in drug discovery and proteomics Jerini began its transformation into a drug discovery company and venture capital was applied for. Currently, Jerini has 108 Employees and has raised €71 mio. in total venture capital.
Jens Schneider-Mergener, Prof., CEO
Jochen Knolle, Dr., CSO
Adi Hoess, Dr., CCO
Berndt Modig, CFO
Karl-Gerhard Seifert, Dr., Chairman
Günter Stock, Prof. Dr., Dr. h.c.
Hubert Birner, Dr.
Stephan Goetz, Dr.
Zsolt Lavotha
Björn Odlander, Dr.
Ronald Frank, Dr.
Carl D. Johnson, Dr.
Tom Gadek, Dr.
Horst Kessler, Prof. Dr.
Simon Campbell, Dr.
Invalidenstr. 130
10115 Berlin
Germany
Phone: +49-30-978-930
Fax: +49-30-9789-3105
Jerini AG has built a pipeline of several preclinical and two clinical projects (phase II) with its proprietary Peptides-to-Drugs (P2D) discovery platform. P2D addresses extra- and intra-cellular targets and was developed to overcome the limitations of conventional HTS or protein-based discovery approaches. P2D includes massive parallel syntheses and screening of peptide leads, pharmacophore identification and tansformation into peptidomimetic and/or small molecule drugs. The peptide lead to a small molecule conversion step is a direct process that does not include any intermediate modifications of the peptide lead. It is supported by medicinal chemistry and cheminformatics and guided by matching the pharmacophore derived from massive peptide SAR data information against a virtual small molecule library. Jerini’s platform allows the rapid identification and/or optimisation of agonists and antagonists for target proteins.
The company’s lead product is Icatibant, a highly potent and selective peptidomimetic Bradykinin BK 2 receptor antagonist.
Icatibant is currently in Phase III clinical trials for the subcutaneous treatment of hereditary angioedema.
The following section contains a selection of the company’s most relevant patents. For comprehensive patent information please refer to the espacenet databases.
Related patents
- C5a Receptor Antagonists
- C5a Receptor Antagonists
- New Compounds for the Inhibition of Angiogenesis and Use of Thereof
- Compounds for the Inhibition of Integrins and Use Thereof
- Kinin Antagonists for Treating Bladder Dysfunction
- Phenol Derivatives and Their Use as Rotamase Inhibitors
- Antagonists of C5a-receptor
- New Compounds for the Inhibition of Angiogenesis and Use of Thereof
- Compounds for the Inhibition of Rotamases
- Method for Determining the Substrate Specificity of an Enzymatic Activity and a Device Therefor
- Method for Immobilizing Compounds by Means of Nitron Formation and Arrangement for Immobilizing Compounds
- Compounds for the Inhibition of Undesired Cell Proliferation and Use Thereof
- Compounds for the Inhibition of Undesired Cell Proliferationand Use Thereof
- C5a Receptor Antagonists
- Method for Determining Enzymatic Activity of Glycosyl Transferase
- C5a Receptor Antagonists
- Chemical Compounds for the Inhibition of Undesired Cell Proliferation and Use Thereof
- Compounds for the Inhibition of Rotamases
- New Compounds for the Inhibition of Undesired Cell Proliferation and Use Thereof
- Phenol Derivatives and Their Use as Rotamase Inhibitors
- Method of Immobilising of Chemical Compounds to Solid Phases
- Use of Nitriles as Inhibitors of Non-proteolytic Enzymes
- Fremgangsmåde til Bestemmelse af Substratspecificiteten af en Enzymatisk Aktivitet og Indretning Hertil
- Verfahren zur Bestimmung der Substratspezifität einer Enzymatischen Aktivität und Vorrichtung Hierzu
- Method for Determining Enzymatic Activity of Glycosyl Transferase
- Immobilizing Method and Arrangements of Compounds, which Are Produced Therewith, on a Planar Surface
- Method for Identifying Binding Partners with Position-specific Arrays
- Method for Immobilizing Compounds and Arrangement of Immobilized Compounds
- Method for Determining the Substrate Specificity of an Enzymatic Activity and a Device Therefor
- Dish Useful for Incubation, Washing, Electrophoresis Gels or Photography, Comprises a Grooved Base Promoting Turbulence
- New Compounds for the Inhibition of Undesired Cell Proliferation and Use Thereof
Related news
- Jerini AG Reports First Half Financial Results for 2007
- Jerini AG Reports Financial Results for Fiscal Year 2006
- Jerini Plans to Submit US New Drug Application in Third Quarter 2007 for Icatibant in Hereditary Angioedema
- Jerini to Hold Press Conference at the European Academy of Dermatology and Venereology Congress in Rhodes, Greece
- Jerini Announces Positive Results from Two Phase III Trials of Icatibant for the Treatment of Hereditary Angioedema
- Jerini Announces the Election of Two New Supervisory Board Members
- Jerini Completes Randomization of Last Patient in Phase III European Clinical Trial (FAST-2) of Icatibant for the Treatment of Hereditary Angioedema
- Jerini AG Reports First Quarter Financial Results
- Jerini Appoints Andrew D. Curtis as Vice President US Marketing for Jerini US, Inc.
- Jerini AG Presents Positive Macular Degeneration Data
- Jerini AG Successfully Raises Additional ?15.5 Million to Support Development of Lead Compound Icatibant
- German Federal Government Supports Jerini's Development of an Orally-available Bradykinin B2 Receptor Antagonist
- Jerini Awarded Second Prize at European BioTechnica Forum
- Jerini Initiaties Pivotal Registration Study for Icatibant in Hereditary Angioedema
- Jerini Concludes its Icatibant Phase II Study in Hereditary Angioedema with Positive Results
- Jerini is Spinning off its Peptide Technologies Business Unit
- Jerini Obtained Orphan Drug Status by U.S. FDA for Treatment of Burn Patients