LT - A PHARMACEUTICAL COMPOSITION COMPRISING ELECTROHYDRODYNAMICALLY OBTAINED FIBRES, THE COMPOSITION HAVING IMPROVED RESIDENCE TIME ON THE APPLICATION SITE
EN - A PHARMACEUTICAL COMPOSITION COMPRISING ELECTROHYDRODYNAMICALLY OBTAINED FIBRES, THE COMPOSITION HAVING IMPROVED RESIDENCE TIME ON THE APPLICATION SITE
Legal status
Patent not validated
Bibliographic data
Indications of the International Patent Classification (IPC)
| (51) |
INT.CL. |
A61K 9/00 |
(2006.01) |
|
|
A61P 15/02 |
(2018.01) |
|
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A61K 47/32 |
(2006.01) |
|
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A61K 47/32 |
(2013.01) |
|
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A61K 47/34 |
(2017.01) |
|
|
A61K 47/34 |
(2013.01) |
|
|
A61K 47/36 |
(2006.01) |
|
|
A61K 47/36 |
(2013.01) |
|
|
A61K 47/38 |
(2006.01) |
|
|
A61P 1/02 |
(2018.01) |
|
|
A61K 31/00 |
(2006.01) |
|
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A61K 31/573 |
(2013.01) |
|
|
A61P 1/02 |
(2006.01) |
|
|
A61P 17/00 |
(2018.01) |
|
|
A61P 15/02 |
(2006.01) |
|
|
A61K 47/38 |
(2013.01) |
|
|
A61K 31/573 |
(2006.01) |
|
|
A61K 9/0092 |
(2013.01) |
European patent
| (11) |
Number of the document |
3334412 |
| (13) |
Kind of document |
T |
| (96) |
European patent application number |
16797943.4 |
|
Date of filing the European patent application |
2016-11-18 |
| (97) |
Date of publication of the European application |
2018-06-20 |
| (45) |
Date of publication and mention of the grant of the patent |
2021-10-20
|
| (46) |
Date of publication of the claims translation |
|
PCT application
| (86) |
Number |
PCT/EP2016/078151 |
|
Date |
2016-11-18 |
PCT application publication
| (87) |
Number |
WO 2017/085264 |
|
Date |
2017-05-26 |
Priority applications
| (30) |
Number |
Date |
Country code |
|
201570745 |
2015-11-19
|
DK |
Inventors
| (72) |
HANSEN, Jens , DK
ROMERO, Martin Eduardo Santocildes , GB
|
Grantee
| (73) |
Afyx Therapeutics A/S ,
Lergravsvej 57, 2. tv., 2300 København S,
DK
|
Title
| (54) |
A PHARMACEUTICAL COMPOSITION COMPRISING ELECTROHYDRODYNAMICALLY OBTAINED FIBRES, THE COMPOSITION HAVING IMPROVED RESIDENCE TIME ON THE APPLICATION SITE |
| |
A PHARMACEUTICAL COMPOSITION COMPRISING ELECTROHYDRODYNAMICALLY OBTAINED FIBRES, THE COMPOSITION HAVING IMPROVED RESIDENCE TIME ON THE APPLICATION SITE |
