Thomson Reuters Markush Data Feed: A New Way to Search and Analyse Chemical Information from Patents. Brian Larner Thomson Reuters

Transcription

1 Thomson Reuters Markush Data Feed: A New Way to Search and Analyse Chemical Information from Patents Brian Larner Thomson Reuters

2 THOMSON REUTERS MARKUSH DATA Indexing for 2.4 million patent families 1.6m Markush structures, re-drawn & stored in Thomson Reuters vmn file format 1.98m specific compounds plus the corresponding DWPI records 28 patent issuing authorities covered backfile from 1978 for US, EP and WO patents covers pharmaceutical, agrochemical and general chemistry patents Indexed as part of the editorial process that creates Derwent World Patents Index (DWPI) Informative English language titles & abstracts from worldwide patents Patent family listing, patent assignees

3 COVERAGE START DATES Austria 1987 Korea 2008 Australia 1987 Malaysia 2010 Belgium 1987 Netherlands 1987 Brazil 2010 New Zealand 1987 Canada 1987 PCT/WO 1978 (Pharma); 1982 (Agro + Gen. Chem.) China 2008 Poland 2011 European Patents 1978 (Pharma); 1982 (Agro + Russia Gen. Chem.) and 2010 to date France (FR-M); 1978 (Pharma); 1982 (Agro + Gen South Africa 1987 Chem) 1980 (Pharma); and Germany 1987 to date (Agro + Gen. Spain 2010 Chem.) Great Britain 1980 (Pharma); and 1987 to date (Agro + Gen. Sweden 1987 Chem.) Gulf Cooperation Council 2008 Switzerland 1987 India 2000 Thailand 2010 Ireland 1987 United States 1978 (Pharma); 1982 (Agro + Gen. Chem.) Japan 1987 Vietnam 2010

4 MARKUSH DATA ACCESS Markush structure data available alongside corresponding specific compounds & DWPI records Load into ChemAxon s JChem database tools Resulting solution gives access to full chemistry & patents dataset data can be searched, enumerated & integrated into the customer s own systems & workflows 4

5 JCHEM MARKUSH BENEFITS Structure data displayed alongside high quality patent summaries from DWPI includes abstract, patent assignee, patent family, activities & mechanisms of action Time saving visualisation and enumeration capabilities enable fast relevance analysis of hit structures/patents Enumerated structures are in standard format allowing easy integration with other chemistry datasets/tools

6 WHAT YOU CAN DO IN INSTANT JCHEM Review specific DWPI records using the form view for inventions Use enumeration to better understand the range of structures covered by a Markush claim and potentially identify white space around it Carry out structure queries on the Markush or Specific compound data base Optionally combine these with searches of the bibliographic fields or of the DWPI abstract Review all the Markush structures found in a Markush structure query answer set Use enumeration to better understand your answer set Review the specific compounds found in an answer set

7 INSTANT JCHEM RECORD VIEW Use tabs to see the DWPI abstract Double click on structure to view it in more detail and enumerate it For a specific DWPI record you can see the Markush structures, specific compounds, bibliographic data and DWPI abstract

8 DWPI ABSTRACT VIEW PART 1

9 DWPI ABSTRACT VIEW PART 2

10 MORE DETAILED VIEW OF THE STRUCTURE The structure menu gives access to Markush enumeration

11 ENUMERATION OPTIONS Select type of enumeration (random or sequential and maximum number of structures to be enumerated

12 ENUMERATED STRUCTURES The enumerated structures can be exported for further analysis

13 SEARCHING ON INSTANT JCHEM Enter search terms in boxes to search bibliographic or abstract fields Double click in the structure box to draw and save a structure query

14 View your results as a list of inventions

15 OR AS A LIST OF MARKUSH STRUCTURES Double click on a structure to view it in more detail Key bibliographic data and abstract fields relating to the structure appear here

16 SELECT A STRUCTURE TO ENUMERATE IT From the chemistry menu you can choose to enumerate the structure

17 THIS HELPS YOU UNDERSTAND WHY YOU GOT THE HITS Select Markush reduction according to the hit

18 MARKUSH REDUCTION CONTINUED Query structure shown here Highlighting shows where the matches are

19 ONE STRUCTURE IN DETAIL

20 WHY SEARCH PATENTS In order to be patentable in the US, an invention has to be NEW, USEFUL and UNOBVIOUS. Therefore, the patent literature is full of useful ideas, but not necessarily theoretical ones Patent information is current, because (in most of the world) disclosure before patent application renders the invention unpatentable. Studies have shown that 70-90% of the information in patents is never published anywhere else. The technical content of a patent is often available in your local language, because protection in your country must be obtained in your country s patent office. 20

21 USE CASES Novelty searching by IP departments Easy assessment of structural proximity of query structure to hit Markush Screening of new structures against existing IP Potential use in white-space identification, patent busting etc. Creation of libraries of specifics for use in other systems

22 MARKUSH PATENT ANALYSIS What can analysis of Markush and DWPI patent data tell us about global patenting trends in 2012? > 8000 patents claiming new pharmaceutical Markush structures > 3700 patents claiming new non-pharma Markush structures

23 MARKUSH PHARMA PATENTING COMPANIES 2012 Number of patents Company 129 MERCK & CO 119 ROCHE 82 BAYER AG 60 ABBOTT 59 GLAXOSMITHKLINE 57 NOVARTIS 57 CENTRE NATIONAL RECHERCHE SCIENTIFIQUE 55 BOEHRINGER INGELHEIM 54 SANOFI AVENTIS 52 BRISTOL-MYERS SQUIBB 51 MERCK PATENT GMBH 42 JOHNSON & JOHNSON 41 ALLERGAN 39 TAKEDA PHARMA 37 PFIZER 30 COUNCIL SCI&IND RES INDIA 27 SHIONOGI 26 DAIICHI SANKYO 25 UNIV CALIFORNIA

24 MARKUSH PHARMA PATENTING TERRITORIES IN 2012

25 MARKUSH CHEMICAL PATENTING COMPANIES 2012 Number of patents Company 164 SUMITOMO CHEMICAL CO 90 BAYER CROPSCIENCE 82 BASF 65 MERCK PATENT GMBH 61 FUJI FILM CO 42 SEMICONDUCTOR ENERGY LAB 40 SYNGENTA 39 ROHM&HAAS ELECTRONIC MATERIALS KOREA 38 CANON KK 38 OCEANS KING LIGHTING SCI&TECHNOLOGY CO 37 IDEMITSU KOSAN CO LTD 36 DU PONT 34 HAIYANGWANG LIGHTING TECHNOLOGY CO LTD 34 NIPPON KAYAKU KK 34 POLITECHNIKA WROCLAWSKA 30 JNC CORP 28 KOREA RES INST CHEM TECHNOLOGY 27 TOSOH CORP 26 TIANJIN DEKAI CHEM LTD

26 MARKUSH CHEMICAL PATENTING TERRITORIES IN 2012

27 MARKUSH CASE STUDY Analysis of all Markush patents claiming new molecules containing the structure fragment below look at companies, timeframes, activities, inventors N N N N N N

28 SEARCH RESULTS A structure search of the Thomson Reuters data generates hits from 122 patents, with hits found back to 1988

29 SAMPLE HITS New heterocyclic derivatives useful for treating cardiovascular diseases,hypertension, ischemic heart disease, atherosclerosis and metabolic syndrome CTG PHARMA SRL WO A Novel benzyloxymethyl-4-chloro-imidazol methyl-biphenyl-tetrazole group containing compound useful for treating diseases associated withperoxisome proliferator-activated receptor-gamma, e.g. diabetes and angiocardiopathy SHANGHAI AILISI MEDICINE SCI & TECHNOLOGY WO A

30 SAMPLE HITS New 2-butyl-4-chloro-imidazol-5-yl-methyl ester compound used for preparing drugs for prophylaxis and/or treating high blood pressure or correlative diseases including pulmonary arterial hypertension, coronary heart disease and/or migraine WANG J CN A Forming biphenyltetrazole derivatives useful to treat e.g. stroke involves reacting 2-(trimethylsilyl)ethoxymethyl protected biphenyltetrazole compounds with nucleophilic reagent and subsequent deprotection ofprotecting group SIMS SOC ITAL MEDICINALI SCANDICCI SRL WO A1

31 TOP 10 COMPANIES Number of patents Company 17 MERCK & CO INC 8 NICOX SA 7 DU PONT DE NEMOURS & CO 7 KOTOBUKI SEIYAKU CO LTD 6 MERCK PATENT GMBH 4 NITROMED INC 4 TANABE SEIYAKU CO 4 THERAVANCE INC 3 DIPHARMA SPA 3 SANKYO CO LTD

32 TOP PATENT COUNTRIES

33 PATENTING TIMELINE

34 DRUG ACTIVITIES CLAIMED % of Patents Activity 88 Hypotensive 64 Cardioactive 47 Renal active 43 Anti-cholesterol 43 Eye preparations 34 Circulatory active 32 Antipsychotic 30 Coronary dilator 28 Antimetabolite 27 Antiinflammatory 25 Enzyme inhibitor

35 TOP INVENTORS AT MERCK Number of patents Inventor 9 LO M M 8 ALI A 6 ALMIRANTE N 5 STEFANINI S 4 BIONDI S 4 CHAKRAVARTY P K 4 FRANKLIN C 4 GREENLEE W J 4 NARGUND R P 4 PATCHETT A A 4 SEBHAT I K

36 SUMMARY Markush analysis allows us to view the chemistry patent lansdcape broad view of trends for companies, countries etc narrower view for particular structure types shows which companies are active, trends over time, top inventors, drug activities etc.

37 Thank you for listening Any questions please contact Tel

38 Thank you