Developer of hyaluronic acid based scaffolds designed for 3D cell culture. The company's hyaluronic acid based scaffolds are based on 3D study model for oncology and stem cell culture.
Deal Type | Date | Amount | Raised to Date | Post-Val | Status | Stage |
---|---|---|---|---|---|---|
2. Bankruptcy: Liquidation | 07-Mar-2017 | 00.000 | Completed | Bankruptcy: Liquidation | ||
1. Early Stage VC | 30-Apr-2014 | 00.000 | 00.000 | Completed | Generating Revenue/Not Profitable |
Publication ID | Patent Title | Status | First Filing Date | Technology (CPC) | Citations |
---|---|---|---|---|---|
FR-3023486-B1 | Process for the chemical modification of polyetheramines, novel polyetheramines that can be obtained by this process, and the use of these polyetheramines | Active | 11-Jul-2014 | 00000000000 | |
FR-3023486-A1 | Process for the chemical modification of polyetheramines, novel polyetheramines that can be obtained by this process, and the use of these polyetheramines | Granted | 11-Jul-2014 | 00000000000 | |
FR-3023485-B1 | Method of modifying polysaccharides by grafting polyetheramines, polysaccharides so modified, and preparations comprising them and having rheological properties thermosensitive | Active | 11-Jul-2014 | 0000000000 | |
FR-3023485-A1 | Method of modifying polysaccharides by grafting polyetheramines, polysaccharides so modified, and preparations comprising them and having rheological properties thermosensitive | Granted | 11-Jul-2014 | 0000000000 | 0 |
US-20170204364-A1 | Method for modifying polysaccharides by grafting polyetheramines, polysaccharides thus modified and preparations comprising same and having heat-sensitive rheological properties | Abandoned | 11-Jul-2014 | C12N5/0043 |
Growth Rate
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Key Data Points
Twitter Followers
5.5k
Similarweb Unique Visitors
15.0K
Majestic Referring Domains
314
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