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• Patent

  PROCESS FOR THE PRODUCTION OF 1,3-BUTADIENE

  Jones, M., Lewandowski, M. & Ochenduszko, A., 13 Nov 2014, Patent No. WO2014180778A1, 5 May 2014, Priority date 7 May 2013, Priority No. 13461530.1

  Research output: Patent

  Open Access

  • 1,3-butadiene 100%
  • Catalysts 55%
  • Zirconium 34%
  • Catalyst selectivity 32%
  • Lanthanum 31%

• Process for the Production of Particles

  Price, R. & Kaerger, J. S., 2 Sep 2004, IPC No. A61K9/16, Patent No. WO2004073827A1, 19 Feb 2004, Priority date 21 Feb 2003, Priority No. 0304037.5

  Research output: Patent

  • Aerosols 100%
  • Drug products 45%
  • Crystallization 45%
  • Ultrasonics 35%

• Process for the Treatment of Particles for Use in Pharmaceutical Formulations

  Price, R., 20 Nov 2003, IPC No. A61K9/00, Patent No. WO03094883 (A2)

  Research output: Patent

  • Drug Compounding 100%
  • Temperature 62%
  • Controlled Environment 60%
  • Solubility 44%
  • Direction compound 31%

• Production of single-crystal semiconductor material using a nanostructure template

  Wang, W-N., 1 Oct 2008, IPC No. C30B29/38, Patent No. TW200839041 (A)

  Research output: Patent

  • templates 100%
  • single crystals 66%
  • masks 60%

• Protease detection assay

  Flower, S., Braven, H. & Keay, R., 23 Dec 2010, IPC No. C07F15/00, Patent No. 20100320093

  Research output: Patent

  • Peptide Hydrolases 100%

• Protein Manipulation

  Leak, D. & Bartosiak-Jentys, J., 2019, Patent No. WO 2013/175190 (BR112014029129, EP2852663, US2015104850) , 20 May 2013, Priority date 22 May 2012, Priority No. 1209041.1

  Research output: Patent

  • Thiamine Pyrophosphate 100%
  • Enzymes 35%
  • thiamine-binding protein 27%
  • Nucleic Acids 25%
  • Proteins 24%

• PROTEIN STRUCTURE ANALYSIS BASED ON RED-EDGE EXCITATION SHIFT (REES) SPECTROSCOPY

  Pudney, C., 21 Sep 2017, IPC No. G01N21/64;, Patent No. WO 2017/158371 (EP3430382 , US2019072491), 17 Mar 2017, Priority date 18 Mar 2016, Priority No. 1604640.1

  Research output: Patent

  • Spectroscopy 100%
  • Fluorescence 82%
  • Wavelength 47%
  • Proteins 33%
  • Fluorophores 30%

• Quantitative determination of DNA sequences - contg. mutationally eliminated restriction site(s), chain reaction using polymerase amplification and elimination of wild-type sequences

  Pourzand, C., Cerutti, P., Felley Bosco, E. & Zijlstra, J., 1991, IPC No. BEHRINGWERKE AG(BEHW-C), Patent No. EP461496-A1 ; EP461496-A ; AU9178234-A ; CA2044115-A ; PT97910-A ; JP4346799-A ; AU655768-B ; EP461496-B1 ; DE69121791-E ; ES2092527-T3 ; IE75718-B ; KR191684-B1 ; JP3148285-B2 ; US6337182-B1 ; CA2044115-C , Priority No. 1991-370527 [26]

  Research output: Patent

• Quick fitting nut

  Owen, G., Culley, S. & Mileham, T., 19 Jun 1996, IPC No. F16B37/08, Patent No. GB2296060 (A)

  Research output: Patent

  • nuts 100%
  • screws 39%

• RADIOLABELED MOEM TYPE OLIGONUCLEOTIDES AND PROCESS FOR THEIR PREPARATION

  Edelmann, M. & Muser, T., 24 Dec 2021, IPC No. C07H 1/00 2006.01, C07H 21/00 2006.01, G01N 33/60 2006.01, A61K 51/04 2006.01, Patent No. WO/2020/254548, 19 Jun 2020, Priority date 20 Jun 2020, Priority No. 19181407.8

  Research output: Patent

• Reagent

  Holman, G., 19 Apr 2012, IPC No. C07H19/20 , Patent No. WO2012049464 (A1), 13 Oct 2011, Priority date 13 Oct 2013, Priority No. 1017304.5

  Research output: Patent

  • GTP-Binding Proteins 100%
  • Protein Binding 54%
  • Patents and inventions 39%
  • Chemical activation 30%

• Reagents and Methods for Cross-Linking Biological Molecules

  Dowden, J. & Welham, M., 11 Oct 2007, IPC No. C07D207/46, Patent No. WO2007113575 (A2)

  Research output: Patent

  • Cross-Linking Reagents 100%
  • resorcinarene 49%
  • Calixarenes 41%

• Regenerable Adsorption Unit

  Perera, S. & Tai, C. C., 23 Jan 2014, IPC No. B01D53/04, Patent No. US2014/0020560A1, Priority date 24 Sep 2013

  Research output: Patent

  • Adsorption 100%
  • Fibers 69%
  • Adsorbents 61%
  • Hot Temperature 24%

• Regulation of Ins(3456)P4 Signalling by a Reversible Kinase/Phosphatase and Methods and Compositions Related thereto

  Shears, S. B., Potter, B. & Riley, A., 2 Oct 2003, IPC No. C12N9/16, Patent No. WO03080804 (A2)

  Research output: Patent

  • inositols 100%
  • phosphotransferases (kinases) 93%
  • secretion 76%
  • fluids 69%
  • salts 64%

• Reinigung Und/Oder Desinfektion Von Kontaktlinsen

  Davies, J. G., Brian John, M., Rees, J. & Staniforth, J., 15 Nov 1990, IPC No. A61L2/18, Patent No. AT57473 (T)

  Research output: Patent

• Resistencia Lineal Integrada con Compensación de Temperatura

  Valero, M., Celma, S., Medrano, N. & Calvo, B., 2018, Patent No. P201030916

  Research output: Patent

• Reusable Energy Dissipation Device

  Osman, F., 27 May 2004, IPC No. F16F7/12, Patent No. WO2004044450 (A1), 10 Nov 2003, Priority date 14 Nov 2002, Priority No. 0226611.2

  Research output: Patent

  • passageways 100%
  • energy dissipation 45%
  • plugs 28%

• Rotary Active Control Turbocharger

  Copeland, C., Martinez-Botas, R., Pesiridis, A., Flora, H. & Rajoo, S., 10 Mar 2015

  Research output: Patent

• Seeds

  Scott, R., 26 May 2011, IPC No. A01H5/10, Patent No. AU2011201954 (A1) (WO2005085453), 29 Apr 2011

  Research output: Patent

  • nucleic acids 100%
  • cell proliferation 97%
  • seeds 57%
  • regulatory sequences 41%
  • seed coat 39%

• Seeds

  Scott, R., 21 Jun 2012, IPC No. C12N15/82, Patent No. US2012159671 (A1) (WO 2005/085453), 7 Mar 2005, Priority date 5 Mar 2004, Priority No. 0405093.6

  Research output: Patent

  • nucleic acids 100%
  • cell proliferation 97%
  • seeds 57%
  • regulatory sequences 41%
  • seed coat 39%

• Selective catalytic oxidation of C1-C3 alkenes

  Chadwick, D., Torrente Murciano, L. & DOW GLOBAL TECHNOLOGIES INC, May 2011, Patent No. WO 2011051643 (A1)

  Research output: Patent

  • Alkenes 100%
  • Catalytic oxidation 97%
  • Hydrogen Peroxide 64%
  • Catalysts 53%
  • Nanorods 47%

• SENSOR FOR LOCATING WITHIN A URINARY DRAINAGE BAG

  Jenkins, A. & Milo, S., 1 Aug 2019, IPC No. A61B5/145; A61B5/20; A61F5/44; A61M1/00; A61M25/00; A61B5/00;, Patent No. WO2019145736A1, 28 Jan 2019, Priority date 29 Jan 2018, Priority No. 1801403.5

  Research output: Patent

  • drainage 100%
  • sensors (equipment) 95%
  • bags 92%
  • catheters 26%
  • manufacturing 19%

• SERS PROBE COMPRISING A DUAL-CORE OPTICAL FIBER AND A SPACER ONTO WHICH SERS-ACTIVE NANOPARTICLES ARE ATTACHED

  Choudhury, D., Tanner, M. G., Stone, J., Birks, T., Knight, J. & Yu, F., 2019, Patent No. WO2017158331 (A1), 13 Mar 2017, Priority date 14 Mar 2016, Priority No. 1604331.7

  Research output: Patent

  • spacers 100%
  • optical fibers 72%
  • nanoparticles 66%
  • probes 57%
  • excitation 36%

• Servicing of landing gear shock absorbers

  Pountney, O. & Shepherd, A., 18 Jan 2017, Patent No. EP3118110A1

  Research output: Patent

• Simulation and skinning of heterogeneous texture detail deformation

  Cosker, D., Koniaris, C. & Mitchell, K. J., 2019, Patent No. 9959662; 20160133040 , 10 Nov 2014

  Research output: Patent

  • Rigidity 100%
  • Textures 79%
  • Parameterization 35%

• Solid Composition for Disinfecting Contact Lenses

  Davies, J. G., Brian John, M., Rees, J. & Staniforth, J., 24 Sep 1987, IPC No. A61L2/18, Patent No. FI874192 (A)

  Research output: Patent

• Steroid 3-O-Sulphamate Derivatives As Inhibitors Of Oestrone Sulphatase

  Reed, M. J. & Potter, B., 10 Jun 1999, IPC No. A61K31/565, Patent No. WO9927935 (A1)

  Research output: Patent

  • estrone sulfatase 100%
  • Polycyclic Compounds 97%
  • sulfamic acid 93%
  • Derivatives 44%
  • Steroids 40%

• Steroid 3-O-Sulphamate Derivatives As Inhibitors Of Oestrone Sulphatase

  Reed, M. J. & Potter, B., 10 Jun 1999, IPC No. A61K31/565, Patent No. WO9927936 (A1)

  Research output: Patent

  • estrone sulfatase 100%
  • Polycyclic Compounds 97%
  • sulfamic acid 93%
  • Derivatives 44%
  • Steroids 40%

• Structured Aqueous Detergent Compositions

  Crawford, R., Scott, J. L. & Unali, G., 2010, IPC No. A61K8/73; A61Q19/10; A61Q5/02; C11D3/22 , Patent No. WO2010076292

  Research output: Patent

  • Detergents 100%
  • Cellulose 65%
  • Chemical analysis 47%
  • Alcohols 40%
  • Surface active agents 40%

• SUBSTRATES FOR SEMICONDUCTOR DEVICES

  Timothy Peter, M., Jiang, Q., Bowen, C., Allsopp, D. & Edwards, M., 2019, Patent No. WO 2013/087704 (A1) - US2014332934- GB2497663, 12 Dec 2012, Priority date 16 Dec 2011, Priority No. 1121655.3

  Research output: Patent

  • semiconductor devices 100%
  • wafers 26%
  • single crystals 26%
  • diamonds 22%
  • vapor deposition 16%

• SYNTHESIS OF MONOTERPENOID ESTER COMPOUNDS

  Chacon, M., Leak, D. & Styles, M., 16 May 2019, IPC No. C12P5/00; C12P7/02; C12P7/62;, Patent No. WO2019092388A1, 10 Nov 2017, Priority date 10 Nov 2017

  Research output: Patent

  • Monoterpenes 100%
  • Esters 69%
  • Microorganisms 41%
  • geranyl pyrophosphate 34%
  • Gene encoding 30%

• system and method for reducing the transmission of vibration from a first vibrating body to a second body

  Plummer, A., Henderson, J-P. & Johnston, N., 1 Mar 2012

  Research output: Patent

• System and Method of Bandwidth-Sensitive Rendering of a Focal Area of an Animation

  Cosker, D., Swafford, N. & Mitchell, K. J., 2019, Patent No. 20180061084, 24 Aug 2016

  Research output: Patent

  • rendering 100%
  • methodology 23%

• System and Method of Gaze Predictive Rendering of a Focal Area of an Animation

  Cosker, D., Swafford, N., Andrews, S. & Mitchell, K. J., 2019, Patent No. 20180061116; 10255714 , 24 Aug 2016

  Research output: Patent

  • Animation 100%

• System and method of latency-aware rendering of a focal area of an animation

  Cosker, D., Swafford, N. & Mitchell, K. J., 2019, Patent No. 10042421; 20180059780 , 24 Aug 2016

  Research output: Patent

  • Animation 100%

• System für örtlich begrenzte reine Luft und dazugehörender Verteilerkopf

  Miles, A., Norman, W., Guy, W. & Colin Wilcox, S., 16 Jan 1997, IPC No. A61G13/00, Patent No. DE69120950 (T2)

  Research output: Patent

• Systems and method for dispensing an ice slush-cooled beverage

  Chapman, A., Hillis, A. J., Biddle, H. & Carey, J., Sep 2007, Patent No. GB2436445(B), US2009077999(A1), WO2007107698(A1), EP1996883(A1)

  Research output: Patent

• SYSTEMS AND METHODS FOR DETERMINING THE PRESENCE AND TYPE OF AN OBJECT

  Dekoninck, E., BUCKENHAM, GEORGE., BURRELL-SAWARD, TIM., FLEETWOOD, ALEX., MCCARTHY, LYALL. & SHAW, CHRIS., 8 Sep 2017, IPC No. A63F9/24; , A63F9/26;, G07F17/32; , G07G1/00;, Patent No. WO2017149435A1, 27 Feb 2017, Priority date 29 Feb 2016, Priority No. US201662301191P·2016-02-29

  Research output: Patent

• Techniques for object representation

  Flynn, J., Dhokia, V. & Essink, W., 26 Sep 2018, IPC No. G06F17/50;, Patent No. GB2560691A, 20 Jan 2017, Priority date 13 Jan 2017, Priority No. 1700545

  Research output: Patent

  • Chemical elements 100%
  • Boundary conditions 34%

• Therapeutic compositions for modulating the immune response in a mammal and use thereof

  Guse, A. H., Mayr, G. W., Potter, B. & Schweitzer, K., 12 Dec 2002, IPC No. A61K31/7084; A61P37/00; (IPC1-7): A61K31/70; A61K31/7084;, Patent No. WO02098397A3, 6 Jun 2002, Priority date 7 Jun 2001, Priority No. 0113923.7

  Research output: Patent

  • immune response 100%
  • manufacturing 94%
  • therapeutics 93%
  • mammals 87%
  • salts 82%

• Therapeutics

  Potter, B., Guse, A. H., Mayr, G. W. & Schweitzer, K., 12 Dec 2002, IPC No. A61K31/7084, Patent No. WO02098397 (A2)

  Research output: Patent

  • manufacturing 100%
  • therapeutics 99%
  • salts 87%

• Therapeutics

  Potter, B., Dowden, J. & Galione, A., 16 Jun 2005, IPC No. A61K31/4425, Patent No. WO2005054198 (A2)

  Research output: Patent

  • therapeutics 100%
  • T-lymphocytes 43%
  • calcium 43%
  • cells 40%
  • islets of Langerhans 38%

• Therapeutics

  Potter, B., Dowden, J., Galione, A., Guse, A. H. & Alexander, F., 22 Nov 2007, IPC No. A61K31/452, Patent No. WO2007132179 (A2)

  Research output: Patent

  • therapeutics 100%
  • T-lymphocytes 43%
  • calcium 43%
  • cells 40%
  • islets of Langerhans 38%

• THERAPEUTICS USE OF PYRIDINIUM COMPOUNDS TO MODULATE NAADP ACTIVITY

  Dowden, J., Galione, A. & Potter, B., 2020, IPC No. A61K31/4425; A61K31/4439; A61K45/06; C07D213/20; C07D213/80; C07D495/04;, Patent No. WO2005054198A3, 6 Dec 2004, Priority date 5 Dec 2003, Priority No. 0328134.0

  Research output: Patent

  • therapeutics 100%
  • T-lymphocytes 43%
  • calcium 43%
  • cells 40%
  • islets of Langerhans 38%

• Thiol-Functionalising Reagents and Their Uses

  Watts, A., Kantner, T. & Mackenzie, A., 12 Oct 2011, IPC No. C07K1/13, Patent No. EP2373675 (A2)

  Research output: Patent

  • Glycols 100%
  • Sulfhydryl Compounds 97%
  • Molecules 88%
  • Polysaccharides 64%
  • Peptides 57%

• Tissue characterization using an eddy-current probe

  Jersey-Willuhn, K. & Soleimani, M., 2005, Patent No. WO/2005/057467

  Research output: Patent

• Tissue monitoring system for intra-vascular infusion

  Jersey-Willuhn, K. & Soleimani, M., 2007, Patent No. US patent 7,184,820

  Research output: Patent

• Tomographic instrument

  Soleimani, M., 2014, Patent No. UK Patent Application No. 1308551.9

  Research output: Patent

  • patent 100%

• Topical Pharmaceutical Formulations and Methods of Treatment

  Staniforth, J. & Tobyn, M. J., 3 Jan 2001, IPC No. A61J3/00, Patent No. WO0200203A1, 26 Jun 2001, Priority date 26 Jun 2000, Priority No. 0015617.4

  Research output: Patent

  • Drug products 100%
  • Skin 79%
  • Mammals 63%
  • Patents and inventions 53%
  • Temperature 18%

• Transdifferentiation of Cells and Tissues

  Slack, J., Horb, M. & Tosh, D., 25 Sep 2003, IPC No. C07K14/035, Patent No. WO03078636 (A1)

  Research output: Patent

  • Cell Transdifferentiation 100%
  • Pancreas 37%
  • Activating Transcription Factors 32%
  • Simplexvirus 23%
  • Pancreatic Neoplasms 20%