GRITSTONE ONCOLOGY INC has a total of 147 patent applications. It increased the IP activity by 508.0%. Its first patent ever was published in 2016. It filed its patents most often in WIPO (World Intellectual Property Organization), United States and Australia. Its main competitors in its focus markets pharmaceuticals, biotechnology and computer technology are INST PASTEUR SHANGHAI CAS, INST OF BASIC MEDICAL SCIENCES CHINESE ACAD OF MEDICAL SCIENCES and THE US SECRETARY OF THE DEPARTMENT OF HEALTH AND HUMAN SERVICES.
# | Country | Total Patents | |
---|---|---|---|
#1 | WIPO (World Intellectual Property Organization) | 20 | |
#2 | United States | 15 | |
#3 | Australia | 14 | |
#4 | Canada | 14 | |
#5 | EPO (European Patent Office) | 13 | |
#6 | Republic of Korea | 13 | |
#7 | China | 11 | |
#8 | Israel | 11 | |
#9 | Taiwan | 11 | |
#10 | Singapore | 5 | |
#11 | Brazil | 4 | |
#12 | Colombia | 4 | |
#13 | Mexico | 4 | |
#14 | Peru | 3 | |
#15 | Philippines | 3 | |
#16 | Hong Kong | 1 | |
#17 | Russian Federation | 1 |
# | Industry | |
---|---|---|
#1 | Pharmaceuticals | |
#2 | Biotechnology | |
#3 | Computer technology | |
#4 | Measurement | |
#5 | Audio-visual technology | |
#6 | Organic fine chemistry |
# | Technology | |
---|---|---|
#1 | Medical preparations | |
#2 | Analysing materials | |
#3 | Bioinformatics | |
#4 | Therapeutic chemical compounds | |
#5 | Peptides | |
#6 | Microorganisms | |
#7 | Measuring microorganism processes | |
#8 | Advertising | |
#9 | Specific computer systems | |
#10 | Combinatorial chemistry |
# | Name | Total Patents |
---|---|---|
#1 | Yelensky Roman | 107 |
#2 | Busby Jennifer | 95 |
#3 | Bulik-Sullivan Brendan | 90 |
#4 | Jooss Karin | 59 |
#5 | Blair Wade | 55 |
#6 | Skoberne Mojca | 43 |
#7 | Derti Adnan | 38 |
#8 | Gitlin Leonid | 32 |
#9 | Scallan Ciaran Daniel | 26 |
#10 | Francis Joshua Michael | 19 |
Publication | Filing date | Title |
---|---|---|
WO2021003348A1 | Hiv antigens and mhc complexes | |
WO2020243719A1 | Modified adenoviruses | |
TW202100168A | Identification of neoantigens with mhc class ii model | |
WO2020180648A1 | Selection of t cell receptors | |
WO2020160189A1 | Multispecific binding proteins | |
WO2020097393A1 | Alphavirus neoantigen vectors and interferon inhibitors | |
WO2020037302A1 | Antigen-binding proteins targeting shared antigens | |
WO2019226941A1 | Shared antigens | |
EP3796930A1 | Immune checkpoint inhibitor co-expression vectors | |
AU2019227813A1 | Neoantigen identification with pan-allele models | |
EP3731876A1 | Antigen-binding proteins targeting shared antigens | |
WO2019104203A1 | Reducing junction epitope presentation for neoantigens | |
AU2018348165A1 | Neoantigen identification using hotspots | |
WO2019050994A1 | Neoantigen identification for t-cell therapy | |
CN111328288A | Antigen binding proteins targeting common antigens | |
KR20200016265A | Identification, manufacture, and uses of new antigens | |
CA3062591A1 | Alphavirus neoantigen vectors | |
MX2019012433A | Neoantigen identification, manufacture, and use. | |
MX2019006010A | Viral delivery of neoantigens. | |
KR20180107102A | Identification of new antigens, manufacture, and uses |