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Teisinis statusas
Patentas neįsigaliojo (pagal EPK)
| (51) | INT.CL. | G01N 33/53 | (2006.01) |
| G01N 33/5308 | (2013.01) | ||
| G01N2560/00 | (2013.01) | ||
| Y10T 436/163333 | (2015.01) |
| (11) | Patento numeris | 3499232 |
| (13) | Dokumento rūšis | T |
| (96) | Europos patento paraiškos numeris | 18209305.4 |
| Europos patento paraiškos padavimo data | 2012-10-08 | |
| (97) | Europos patento paraiškos paskelbimo data | 2019-06-19 |
| (45) | Paskelbimo apie Europos patento išdavimą data | 2023-12-06 |
| (46) | Apibrėžties vertimo paskelbimo data |
| (30) | Numeris | Data | Šalis |
| 11382314 | 2011-10-06 | EP |
| (72) |
Perelló Bestard, Joan , ES
Maraschiello De Zuani, Ciriaco , ES
Lenthéric, Iréne , ES
Mendoza De Las Heras, Paula , ES
Tur Espinosa, Fernando , ES
Tur Tur, Eva , ES
Encabo Alarcón, Máximo , ES
Martín Becerra, Eva , ES
Benito Amengual, Maria del Mar , ES
Isern Amengual, Bernat , ES
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| (73) |
Sanifit Therapeutics S.A. ,
Parc Bit, Edifici Europa, 2ª planta, 07121 Palma de Mallorca,
ES
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| (54) | METHOD FOR THE DIRECT DETECTION AND/OR QUANTIFICATION OF AT LEAST ONE COMPOUND WITH A MOLECULAR WEIGHT OF AT LEAST 200 |
| METHOD FOR THE DIRECT DETECTION AND/OR QUANTIFICATION OF AT LEAST ONE COMPOUND WITH A MOLECULAR WEIGHT OF AT LEAST 200 |