ALLERGAN INC has a total of 11,149 patent applications. It decreased the IP activity by 10.0%. Its first patent ever was published in 1984. It filed its patents most often in United States, WIPO (World Intellectual Property Organization) and EPO (European Patent Office). Its main competitors in its focus markets pharmaceuticals, organic fine chemistry and medical technology are R TECH UENO KK, EGIS GYEGYSZERGYAR RT and EGIS GYOGYSZERGYAR NYILVANOSAN MUKODO RESZVENYTARSASAG.
# | Country | Total Patents | |
---|---|---|---|
#1 | United States | 2,657 | |
#2 | WIPO (World Intellectual Property Organization) | 1,457 | |
#3 | EPO (European Patent Office) | 1,373 | |
#4 | Australia | 1,276 | |
#5 | Canada | 879 | |
#6 | Brazil | 450 | |
#7 | China | 446 | |
#8 | Republic of Korea | 387 | |
#9 | Japan | 333 | |
#10 | Israel | 213 | |
#11 | Mexico | 190 | |
#12 | Hong Kong | 167 | |
#13 | New Zealand | 160 | |
#14 | Taiwan | 152 | |
#15 | Russian Federation | 132 | |
#16 | South Africa | 119 | |
#17 | Argentina | 103 | |
#18 | Hungary | 102 | |
#19 | Singapore | 94 | |
#20 | Ireland | 77 | |
#21 | Chile | 66 | |
#22 | Norway | 56 | |
#23 | Poland | 38 | |
#24 | Colombia | 31 | |
#25 | Philippines | 31 | |
#26 | Portugal | 24 | |
#27 | Finland | 21 | |
#28 | India | 21 | |
#29 | Ukraine | 18 | |
#30 | Denmark | 14 | |
#31 | Malaysia | 10 | |
#32 | Germany | 8 | |
#33 | Egypt | 5 | |
#34 | Costa Rica | 4 | |
#35 | Czechia | 4 | |
#36 | Peru | 4 | |
#37 | Slovenia | 4 | |
#38 | Ecuador | 3 | |
#39 | France | 3 | |
#40 | United Kingdom | 3 | |
#41 | Serbia | 3 | |
#42 | EAPO (Eurasian Patent Organization) | 2 | |
#43 | Luxembourg | 2 | |
#44 | Netherlands | 2 | |
#45 | Belgium | 1 | |
#46 | German Democratic Republic | 1 | |
#47 | Spain | 1 | |
#48 | Guatemala | 1 | |
#49 | Nicaragua | 1 |
# | Industry | |
---|---|---|
#1 | Pharmaceuticals | |
#2 | Organic fine chemistry | |
#3 | Medical technology | |
#4 | Machines | |
#5 | Biotechnology |
# | Name | Total Patents |
---|---|---|
#1 | Donello John E | 882 |
#2 | Garst Michael E | 838 |
#3 | Chow Ken | 645 |
#4 | Gil Daniel W | 589 |
#5 | Burk Robert M | 500 |
#6 | Old David W | 454 |
#7 | Beard Richard L | 440 |
#8 | Hughes Patrick M | 418 |
#9 | Woodward David F | 386 |
#10 | Aoki Kei Roger | 337 |
Publication | Filing date | Title |
---|---|---|
US2021059930A1 | Use of alpha-2-adrenergic receptor agonists for improving vision | |
WO2021021646A1 | Compositions and methods for treatment of presbyopia | |
US2021015908A1 | Methods for treating and for inhibiting progression of seizures | |
WO2020231869A1 | Implant identification by radiographic means | |
WO2020219707A1 | Compositions and methods for treatment of ocular conditions | |
WO2020163495A1 | Combination therapy using clostridial toxin derivative and at least one chemical depolarizing agent | |
US2020038133A1 | Multiple needle injector | |
WO2020056369A1 | Tissue expansion device | |
CA3112394A1 | Clostridial toxin - hyaluronic acid compositions | |
CA3112227A1 | Methods for treatment of masseter muscle hypertrophy | |
AU2019325486A1 | The use of alpha-2-adrenergic receptor agonists for improving vision | |
US2020054869A1 | Microneedle array with active ingredient | |
EP3801458A1 | Screening assay to assess topical delivery of biological therapeutic agents | |
BR112020023071A2 | method of distribution of biological agents from a topical formulation | |
CN112272578A | Sodium chlorite compositions with enhanced antimicrobial efficacy and reduced toxicity | |
EP3681500A2 | Use of pilocarpine hydrochloride for the treatment of ocular conditions | |
KR20200101953A | Botulinum toxin cell binding domain polypeptide and methods of use for treatment of fibrosis associated disorders | |
US2019192341A1 | Sustained-Release Implants for Lowering Intraocular Pressure with Extended Duration of Effect | |
TW201922758A | Enamines and diastereo-selective reduction of enamines | |
AU2018318075A1 | 3,4-disubstituted 3-cyclobutene-1,2-diones and use thereof |