Ingo Klimant

Publikationen

Publikationen pro Jahr 1994 2002 2004 2006 2008 2009 2010 2012 2013 2014 2015 2016 2023

• 165 Artikel
• 119 Poster
• 61 Patent
• 50 (Altdaten) Vortrag oder Präsentation
• 13 Mehr
  • 7 Beitrag in einem Konferenzband
  • 3 Beitrag in Buch/Bericht
  • 1 Konferenzartikel
  • 1 Short communication
  • 1 Broschüre

Publikationen pro Jahr

Publikationen pro Jahr

Suchergebnisse

• 2016

  Vorrichtung zur transkutanen, in-vivo Messung der Konzentration zumindest eines Analyten in einem lebenden Organismus

  Klimant, I. (Erfinder) & Köhler, H. (Erfinder), 20 Apr. 2016, Patent Nr. EP 2440114 B1 , Prioritätsdatum 9 Juni 2009, Prioritätsnr. A 891/2009

  Publikation: Schutzrecht › Patent
• 2012

  Determining oxygen concentration in live mammalian cell sample involves incubating sample in growth medium with photoluminescent probe; detecting photoluminescent signal; and correlating detected signal to local oxygen concentration

  Klimant, I. (Erfinder), 26 Apr. 2012, Patent Nr. WO 2012052068 A1

  Publikation: Schutzrecht › Patent

• Device For The Transcutaneous, In Vivo Measurement Of The Concentration Of At Least One Analyte In A Living Organism

  Klimant, I. (Erfinder), 28 Juni 2012, Patent Nr. US 2012165625 A1

  Publikation: Schutzrecht › Patent
• 2011

  Antibiofouling coating, useful e.g. for coating an article and surface of sensors, preferably optical sensors, sensors for process control or environmental sensors, comprises a dye generating singlet oxygen, immobilized in and/or on matrix

  Klimant, I. (Erfinder), 8 Nov. 2011, Patent Nr. DE 102010001757 A1

  Publikation: Schutzrecht › Patent

• LUMINESCENT MATERIAL COMPRISING CHROMIUM (III) DOPED YTTRIUM ALUMINIUM BORATE

  Klimant, I. (Erfinder), 11 Aug. 2011, Patent Nr. WO 2012052068 A1

  Publikation: Schutzrecht › Patent

• SENSITIVE PAINTS

  Klimant, I. (Erfinder), 3 März 2011, Patent Nr. WO 011023446 A1

  Publikation: Schutzrecht › Patent
• 2010

  Vorrichtung zur transkutanen, in-vivo Messung der Konzentration zumindest eines Analyten in einem lebenden Organismus

  Klimant, I. (Erfinder) & Köhler, H. (Erfinder), 15 Juli 2010, Patent Nr. AT 507659 B1

  Publikation: Schutzrecht › Patent
• 2009

  Optical sensor for detecting an analyte in a fluid, comprises a sensor layer as light conductor for light of frequency range, and/or a surface present over the sensor layer and accessibly made as sensitive area of the fluid

  Klimant, I. (Erfinder), List, E. (Erfinder), Mayr, T. (Erfinder), Fissthaler, E. (Erfinder) & Sax, S. (Erfinder), 15 Juni 2009, Patent Nr. AT 506177 A1

  Publikation: Schutzrecht › Patent

• Optical sensor for determining carbon dioxide, e.g. in drug screening or cell culture growth, comprises matrix comprising lipophilic metal cation-ionophore complex as cationic species

  Klimant, I. (Erfinder), Leiner, M. (Erfinder) & Tusa, J. (Erfinder), 1 Jan. 2009, Patent Nr. US 2009004751 A1

  Publikation: Schutzrecht › Patent
• 2008

  Optical sensor for determining carbon dioxide, e.g. in drug screening or cell culture growth, comprises matrix comprising lipophilic metal cation-ionophore complex as cationic species

  Klimant, I. (Erfinder), Leiner, M. (Erfinder) & Tusa, J. (Erfinder), 24 Sept. 2008, Patent Nr. EP 1972929 A1

  Publikation: Schutzrecht › Patent

• Optical sensor for determining carbon dioxide in gaseous or liquid sample, comprises matrix comprising hydrophobic polymer and cationic species which does not interfere with indicator comprising pH-sensitive dye forming anionic species

  Klimant, I. (Erfinder), Leiner, M. (Erfinder) & Tusa, J. (Erfinder), 3 Sept. 2008, Patent Nr. CN 101256151 A

  Publikation: Schutzrecht › Patent

• Optical sensor for determining carbon dioxide in gaseous or liquid sample, comprises matrix comprising hydrophobic polymer and cationic species which does not interfere with indicator comprising pH-sensitive dye forming anionic species

  Klimant, I. (Erfinder) & Leiner, M. (Erfinder), 27 Aug. 2008, Patent Nr. CA 2621754 A1

  Publikation: Schutzrecht › Patent

• Optical sensor for determining carbon dioxide in gaseous or liquid sample, comprises matrix comprising hydrophobic polymer and cationic species which does not interfere with indicator comprising pH-sensitive dye forming anionic species

  Klimant, I. (Erfinder), Leiner, M. (Erfinder) & Tusa, J. (Erfinder), 3 Sept. 2008, Patent Nr. EP 1965198 A1

  Publikation: Schutzrecht › Patent

• Optical sensor for determining carbon dioxide in gaseous or liquid sample, comprises matrix comprising hydrophobic polymer and cationic species which does not interfere with indicator comprising pH-sensitive dye forming anionic species

  Klimant, I. (Erfinder), Leiner, M. (Erfinder) & Tusa, J. (Erfinder), 16 Okt. 2008, Patent Nr. JP 2008249696 A

  Publikation: Schutzrecht › Patent

• OPTISCHER SENSOR

  Klimant, I. (Erfinder), Mayr, T. (Erfinder), Enko, B. (Erfinder), List-Kratochvil, E. (Erfinder), Fisslthaler, E. (Erfinder) & Sax, S. (Erfinder), 26 März 2008, (Eingereicht) Patent Nr. AT 506177 A1

  Publikation: Schutzrecht › Patent
• 2007

  Fluorescence lifetime measuring apparatus of fluorescence sensor for measuring analyte concentration uses phase detectors to determine delays of signals in sensors

  Klimant, I. (Erfinder), Nielsen, H. O. (Erfinder) & Hansen, H. (Erfinder), 30 Okt. 2007, Patent Nr. US 7289204 B2

  Publikation: Schutzrecht › Patent

• Sensor for measuring carbon dioxide levels in gases or liquids comprises a basic acceptor which is a polybasic inorganic anion or an organic anion

  Klimant, I. (Erfinder), Brinz, T. (Erfinder), Lewis, J. (Erfinder), Apostolidis, A. (Erfinder) & Wolfbeis, O. (Erfinder), 14 Sept. 2007, Patent Nr. CH 696675 A5

  Publikation: Schutzrecht › Patent
• 2004

  Fluorescence lifetime measuring apparatus of fluorescence sensor for measuring analyte concentration uses phase detectors to determine delays of signals in sensors

  Klimant, I. (Erfinder), Nielsen, H. O. (Erfinder) & Hansen, H. (Erfinder), 28 Jan. 2004, Patent Nr. EP 1384063 A1

  Publikation: Schutzrecht › Patent

• Laboratory photometric or fluorimetric cuvette sub-divided into two or three zones by ion-impermeable, gas-permeable membranes

  Klimant, I. (Erfinder) & Stangelmeier, A. (Erfinder), 15 Juni 2004, Patent Nr. US 2004136874 A1

  Publikation: Schutzrecht › Patent

• Laboratory photometric or fluorimetric cuvette sub-divided into two or three zones by ion-impermeable, gas-permeable membranes

  Klimant, I. (Erfinder) & Stangelmeier, A. (Erfinder), 9 Sept. 2004, Patent Nr. JP 2004527757

  Publikation: Schutzrecht › Patent

• Optical-chemical sensor for fluorescent resonance energy transfer analysis, useful for determining e.g. pH in biological fluids, with donor and acceptor in separate chemical phases

  Klimant, I. (Erfinder), 26 Aug. 2004, Patent Nr. US 2004166024 A1

  Publikation: Schutzrecht › Patent

• Optical-chemical sensor for fluorescent resonance energy transfer analysis, useful for determining e.g. pH in biological fluids, with donor and acceptor in separate chemical phases

  Klimant, I. (Erfinder), 10 Juni 2004, Patent Nr. JP 2004517321

  Publikation: Schutzrecht › Patent

• Oxygen sensor, useful for measuring oxygen in biological samples or enzymatic conversion processes, comprises particles containing oxygen-quenchable dye

  Klimant, I. (Erfinder) & Krause, C. (Erfinder), 2 Sept. 2004, Patent Nr. US 2004171094 A1

  Publikation: Schutzrecht › Patent

• Oxygen sensor, useful for measuring oxygen in biological samples or enzymatic conversion processes, comprises particles containing oxygen-quenchable dye

  Klimant, I. (Erfinder) & Krause, C. (Erfinder), 17 März 2004, Patent Nr. EP 1397672 A1

  Publikation: Schutzrecht › Patent

• Phosphorous microparticles and nanoparticles comprise metal ligand complexes with long-term luminescent radiation from a solid material which shields the complex from sample effects

  Klimant, I. (Erfinder), 3 Aug. 2004, Patent Nr. US 67702220 B1

  Publikation: Schutzrecht › Patent

• Reagent for fluorescent resonant energy transfer analysis, useful for measuring pH or ion content of body fluids, with the two dyes in different chemical phases

  Klimant, I. (Erfinder), 9 Sept. 2004, Patent Nr. US 2004175836 A1

  Publikation: Schutzrecht › Patent

• Reagent for fluorescent resonant energy transfer analysis, useful for measuring pH or ion content of body fluids, with the two dyes in different chemical phases

  Klimant, I. (Erfinder), 10 Juni 2004, Patent Nr. JP 2004517316

  Publikation: Schutzrecht › Patent

• Sensor for measuring carbon dioxide levels in gases or liquids comprises a basic acceptor which is a polybasic inorganic anion or an organic anion

  Klimant, I. (Erfinder), Brinz, T. (Erfinder), Lewis, J. (Erfinder), Apostolidis, A. (Erfinder) & Wolfbeis, O. (Erfinder), 3 Juni 2004, Patent Nr. DE 10254841 A1

  Publikation: Schutzrecht › Patent
• 2003

  Arrangement for fluorimetric analysis of many analytes, useful in diagnosis, comprises phosphorescent donor dye and many acceptor dyes immobilized together

  Klimant, I. (Erfinder) & Kuerner, J. (Erfinder), 5 Feb. 2003, Patent Nr. EP 12811964 A2

  Publikation: Schutzrecht › Patent

• Arrangement for fluorimetric analysis of many analytes, useful in diagnosis, comprises phosphorescent donor dye and many acceptor dyes immobilized together

  Klimant, I. (Erfinder) & Kuerner, J. (Erfinder), 13 Feb. 2003, Patent Nr. DE 10137530 A1

  Publikation: Schutzrecht › Patent

• Fluorometric analysis using indicator and reference dyes to determine reference value

  Klimant, I. (Erfinder), 5 Aug. 2003, Patent Nr. US 6602716 B1

  Publikation: Schutzrecht › Patent

• Optical sensor useful for the determination of oxygen in a liquid or gaseous medium, comprises a fluoropolymer sensor matrix containing a metal complex luminescence indicator

  Klimant, I. (Erfinder), Anders, K. (Erfinder), Huber, C. (Erfinder) & Trapp, T. (Erfinder), 23 Jan. 2003, Patent Nr. US 2003017078 A1

  Publikation: Schutzrecht › Patent

• Phosphorous microparticles and nanoparticles comprise metal ligand complexes with long-term luminescent radiation from a solid material which shields the complex from sample effects

  Klimant, I. (Erfinder), 4 Feb. 2003, Patent Nr. JP 200350406

  Publikation: Schutzrecht › Patent
• 2002

  Arrangement for fluorimetric analysis of many analytes, useful in diagnosis, comprises phosphorescent donor dye and many acceptor dyes immobilized together

  Klimant, I. (Erfinder) & Kuerner, J. (Erfinder), 31 Juli 2002, (Eingereicht) Patent Nr. US 2003018911 A1

  Publikation: Schutzrecht › Patent

• Fluorescence lifetime measuring apparatus of fluorescence sensor for measuring analyte concentration uses phase detectors to determine delays of signals in sensors

  Klimant, I. (Erfinder), Nielsen, H. O. (Erfinder) & Hansen, H. (Erfinder), 2 Mai 2002, (Eingereicht) Patent Nr. AU 20023441498 A1

  Publikation: Schutzrecht › Patent

• Fluorescence lifetime measuring apparatus of fluorescence sensor for measuring analyte concentration uses phase detectors to determine delays of signals in sensors

  Klimant, I. (Erfinder), Nielsen, H. O. (Erfinder) & Hansen, H. (Erfinder), 14 Nov. 2002, Patent Nr. WO 200290948 A1

  Publikation: Schutzrecht › Patent

• Laboratory photometric or fluorimetric cuvette sub-divided into two or three zones by ion-impermeable, gas-permeable membranes

  Klimant, I. (Erfinder) & Stangelmeier, A. (Erfinder), 14 Nov. 2002, Patent Nr. WO 2002290975 A2

  Publikation: Schutzrecht › Patent

• Laboratory photometric or fluorimetric cuvette sub-divided into two or three zones by ion-impermeable, gas-permeable membranes

  Klimant, I. (Erfinder) & Stangelmeier, A. (Erfinder), 8 Apr. 2002, Patent Nr. AU 2002304724 A1

  Publikation: Schutzrecht › Patent

• Laboratory photometric or fluorimetric cuvette sub-divided into two or three zones by ion-impermeable, gas-permeable membranes

  Klimant, I. (Erfinder) & Stangelmeier, A. (Erfinder), 8 Apr. 2002, (Eingereicht) Patent Nr. EP 1390746 A2

  Publikation: Schutzrecht › Patent

• Optical-chemical sensor for fluorescent resonance energy transfer analysis, useful for determining e.g. pH in biological fluids, with donor and acceptor in separate chemical phases

  Klimant, I. (Erfinder), 11 Juli 2002, Patent Nr. WO 2002254076 A2

  Publikation: Schutzrecht › Patent

• Optical sensor used e.g. for determining gases, electrolytes and metabolites in blood, serum, plasma or urine comprises an indicator material and a reference material immobilized on a common support

  Klimant, I. (Erfinder), 18 Juli 2002, Patent Nr. WO 200256023 A1

  Publikation: Schutzrecht › Patent

• Optical sensor used e.g. for determining gases, electrolytes and metabolites in blood, serum, plasma or urine comprises an indicator material and a reference material immobilized on a common support

  Klimant, I. (Erfinder) & Leiner, M. (Erfinder), 12 Sept. 2002, Patent Nr. DE 10101576 A1

  Publikation: Schutzrecht › Patent

• Optical sensor useful for the determination of oxygen in a liquid or gaseous medium, comprises a fluoropolymer sensor matrix containing a metal complex luminescence indicator

  Klimant, I. (Erfinder), Anders, K. (Erfinder), Huber, C. (Erfinder) & Trapp, T. (Erfinder), 23 Aug. 2002, Patent Nr. JP 2002236118 A

  Publikation: Schutzrecht › Patent

• Optical sensor useful for the determination of oxygen in a liquid or gaseous medium, comprises a fluoropolymer sensor matrix containing a metal complex luminescence indicator

  Klimant, I. (Erfinder), Anders, K. (Erfinder), Huber, C. (Erfinder) & Trapp, T. (Erfinder), 25 Apr. 2002, Patent Nr. DE 10051220 A1

  Publikation: Schutzrecht › Patent

• Optical sensor useful for the determination of oxygen in a liquid or gaseous medium, comprises a fluoropolymer sensor matrix containing a metal complex luminescence indicator

  Klimant, I. (Erfinder), Anders, K. (Erfinder), Huber, C. (Erfinder) & Trapp, T. (Erfinder), 24 Apr. 2002, Patent Nr. EP 1199556 A1

  Publikation: Schutzrecht › Patent

• Oxygen sensor, useful for measuring oxygen in biological samples or enzymatic conversion processes, comprises particles containing oxygen-quenchable dye

  Klimant, I. (Erfinder) & Krause, C. (Erfinder), 27 Dez. 2002, Patent Nr. WO 2002103334 A1

  Publikation: Schutzrecht › Patent

• Reagent for fluorescent resonant energy transfer analysis, useful for measuring pH or ion content of body fluids, with the two dyes in different chemical phases

  Klimant, I. (Erfinder), 11 Juli 2002, Patent Nr. WO 2002254045 A2

  Publikation: Schutzrecht › Patent
• 2001

  Device for temperature-compensated determination of chemical parameters - contains an optical temperature sensor with temperature-dependent decay time or intensity of luminescence combined with a luminescent chemical sensor

  Klimant, I. (Erfinder) & Holst, G. (Erfinder), 24 Mai 2001, Patent Nr. US 2001001642 A1

  Publikation: Schutzrecht › Patent

• Fluorometric analysis using indicator and reference dyes to determine reference value

  Klimant, I. (Erfinder), 21 Aug. 2001, Patent Nr. JP 2001512236

  Publikation: Schutzrecht › Patent

• Phosphorescent polyelectrolyte aggregate used e.g. for the labelling and detection of biomolecules, e.g. toxins or hormones, comprises a luminescent metal-ligand complex in a screening sheath of polyelectrolyte

  Klimant, I. (Erfinder), 22 Nov. 2001, Patent Nr. DE 100251145 A1

  Publikation: Schutzrecht › Patent