Olof Lindahl
Olof Lindahl

Olof Lindahl

Luleå

CURRICULUM VITAE

Olof Lindahl,
Professor in Biomedical Engineering
Luleå University of Technology, Umeå University

Born: 1955
Degrees: 1979 MSc in Technical Physics &camp; Electronics, Biomedical Engineering, 1993 PhD in Biomedical Engineering
Languages: Swedish, English, some German.

My research interest is today focused on biomedical sensors, specifically resonance sensors, and tactile video. I am the head supervisor for three PhD-students and have earlier supervised two PhD-students and one licentiate to completion. I have a long experience of R&camp;D in biomedical engineering in general and have worked as project manager and been responsible for business development of medical and biomedical research results contributing to the establishment of new companies. Moreover, I have been head of an R&camp;D team in biomedical engineering and informatics and contributed to the development of some 80 R&camp;D projects. I have six granted patents and I have also founded some companies and an interdisciplinary research centre, where I am still engaged.

Appointments, employments and assignments

2005 Professor in biomedical engineering, dept of computer science &camp; electrical engineering, Luleå University of Technology
2005 - Guest professor in biomedical engineering, dept of applied physics &camp; electronics, Umeå University
2002-2005 Professor in biomedical engineering, dept of applied physics &camp; electronics, Umeå University
2002 - Director of Centre for biomedical engineering &camp; physics, Umeå University
1999 -2002 Visiting professor (40%) in physiological measurements, dept of applied physics &camp; electronics, Umeå University
1996 - Associate professor in biomedical engineering, dept of radiophysics, Umeå Univ
1996 - Associate professor in biomedical engineering, dept of biomedical engineering, Linköping University
1994 – 1998 Biomedical engineer and researcher (40%) in biomedical engineering &camp; informatics, Umeå University Hospital
1988 - 2005 Project manager (50%), appointed by NUTEK and Västerbotten Administrative County Council, responsible for business development of medical and biomedical research results, Uminova Innovation AB, Umeå
1982 – 1993 Head of R&camp;D, dept of biomedical engineering &camp; informatics, Umeå University Hospital
1980- 1982 Research engineer, dept of physiology, Umeå University

Other assignments

board member of Umeå institute of technology (2003-2005), board member of RSA BioMedical Innovations AB (1994-1999), board member of Uminova Center Foundation (1994-1997), board member of Uminova Center AB (1998-2003), deputy member of Umecrine AB (1999), secretary of the Swedish Society for Medical Engineering &camp; Medical Physics, vice chair of its award foundation, vice president and president (1988-2003), Swedish delegate of the General Assembly in the International Federation for Medical and Biological Engineering, IFMBE, (1989-), scientific advisory board member of LinkMed AB and Optoq AB, founder of Bioresonator AB and board member (2000-), founder of Videoakt AB, board member and Managing Director (2003-).

Peer reviewed conference publications

1.1 Wiklund U., Karlsson S., Lindahl O.: Datorbaserad utrustning för mätning och dokumentation av tryckgivarsystems dynamiska egenskaper, Program för Svenska läkaresällskapets riksstämma, 207, 1984.

1.2 Lindahl O., Bäcklund T., Christianson S.Å., Nilsson, L.G., Silfvenius H.: Utrustning för testning av hemisfärminne med visuell halvfältsteknik, Program för Svenska läkaresällskapets riksstämma, 207, 1984.

1.3 Lindahl O., Bäcklund T., Lundstöm B., Sjödin J.G.: Utrustning för långtidsregistrering av njurbäckentryck vid hydronefros, Program för Svenska läkaresällskapets riksstämma, 209, 1985.

1.4 Lindahl O., Bäcklund T., Sjödin J.G., Bjerle P., Lundstöm B.: Method för the assessment of renal pelvic pressures in patients with hydronephrosis, Proceedings of VII Nordic Meeting on Medical and Biological Engineering, Trondheim, Norge, B15, 1987

1.5 Lindahl O., Bäcklund T., Karlsson S., Söderberg T.: HASTRAS - en persondatorbaserad kraftmätare för analys av handens och fingrarnas motoriska förmåga , Program för Svenska läkaresällskapets riksstämma, 237, 1988.

1.6 Lindahl O., Bäcklund T., Karlsson S., Söderberg T.:PC-based equipment for the assessment of strength during various hand grips, (World Congress on Medical Physics and Biomedical Engineering, USA), Physics in Medicine &camp; Biology, 33 (Supp. 1), 277, 1988.

1.7 Håkansson S., Bäcklund T., Granström L., Karlsson S., Lindahl O.: A system for separation and selection of variably encapsulated subpopulations of group B streptococci, Proceedings of European Society of Microbiology, Nice, 1989.

1.8 Lindahl O., Bergh A., Damber J.-E., Ängquist K.-A.: A rat model for evaluation of an impression technique for assessment of subcutaneous edema, Proceedings of the 8th Nordic meeting on Medical and Biological Engineering, Aalborg, Denmark, A61, 1990.

1.9 Lindahl O., Bergh A., Damber J.-E., Ängquist K.-A.: Evaluation of an impression technique for assessment of subcutaneous oedema in man with a rat testis model, (World congress, Kyoto, Japan), Medical &camp; Biol. Eng. &camp; Comput., 29, 400, 1991.

1.10 Ängquist K.-A.,Bergh A., Damber J.-E.,Lindahl O.: Ödemmätning med impressionsteknik, Sammanfattningar Svensk kirurgisk förenings vårmöte, Umeå, 30, 1991.

1.11 Lindahl O., Ängquist K-A. :Utvärdering av impressionsmetoden. Program för Svenska läkaresällskapets riksstämma, Stockholm, 265, 1992.

1.12 Zdolsek H.J., Lindahl O., Ängquist K-A., Lennmarken C., Sjöberg F. : Non- invasive assessment of compartmental fluid shifts. Is it possible. Svenska Anestesiologers årsmöte, Lund, 1992.

1.13 Lindahl O, Zdolsek H.J., Sjöberg F., Ängquist K.-A.: Impression measurement on and analysis of human postburn oedema. Proceedings of the IXth Nordic Meeting on Medical and Biological Engineering, Lund, Sweden, 44, 1993.

1.14 Lindahl O.A., Omata S.: Combination of the impression technique and a tactile sensor helps the classification of oedema. (Invited paper. World Congress, Rio de Janeiro), Physics in Medicine &camp; Biology, 39a, 753, 1994.

1.15 Sjöberg F., Lindahl O., Nettelblad, H., Zdolsek, J.: Is it possible to noninvasively quantify the generalized burn oedema? Proceedings of the 9th Congress of the International Society for Burn Injuries, Paris, 256, 1994.

1.16 Lindahl O.: Experiences from refinements of medical and technical research results at Umeå University into commercial products for the health care market. Proceedings of the 10th Nordic-Baltic Conference on Biomedical Engineering, Med &camp; Biol Eng &camp; Comput, 34, Supplement 1, Part 1, 47, 1996.

1.17 Lindahl 0.A., Zdolsek. J., Sjöberg F.:Measurement of interstitial fluid changes in dialysis patients. Proceedings of the World Congress On Medical Physics and Biomedical Engineering, Nice, , Med &camp; Biol Eng &camp; Comput, 35, Supplement Part 1, 634, 1997.

1.18 Eklund A., Lindahl O.A., Bäcklund T., Omata. S.: Development of catheter tactile sensor for detecting stiffness of inner organ using piezoelectric element. Proceedings of the World Congress On Medical Physics and Biomedical Engineering, Nice Med &camp; Biol Eng &camp; Comput, 35, Supplement Part 2, 1281, 1997.

1.19 Eklund, A., Bergh, A., Lindahl, O.A.: Vibrationssensor för värdering av vävnadsmjukhet. Program för Svenska läkaresällskapets riksstämma, Göteborg, 259, 1998.

1.20 Eklund, A., Bergh, A., Lindahl, O.:A Resonator Sensor for Evaluation of Prostate Tissue Composition and Hardness, Proc. of the 11TH Nordic-Baltic conference on biomedical engineering, Tallinn, Estonia, 1999, MBEC, Vol 37, Suppl. 1, pp 181-182, 1999.

1.21 Eklund, A., Bäcklund, T., Lindahl, O.: Resonanssensor för bestämning av intraokulärt tryck. Program för Svenska läkaresällskapets riksstämma, Stockholm, pp 243, 1999

1.22 Eklund, A., Bäcklund, T., Lindahl, O. A.: Resonator sensor for measurement of intraocular pressure. Proceedings of the World Congress on Medical Physics and Biomedical Engineering, 2000.

1.23 Lindahl, O. A., Eklund, A., Omata, S.: A resonator sensor for detection of elastic related properties of human skin. Proceedings of the World Congress on Medical Physics and Biomedical Engineering, 2000.

1.24 Lindahl, O.A., Eklund, A. &camp; Ängquist, K-A.:Mätning av elastiska egenskaper hos hud med en resonanssensor. Program för Svenska läkaresällskapets riksstämma, Program för Svenska läkaresällskapets riksstämma, p249, Göteborg, 2000

1.25 Eklund, A., Bäcklund, T., Lindahl, O.A. &camp; Lindén, C.: Resonanssensor för bestämning av intraokulärt tryck . Program för Svenska läkaresällskapets riksstämma, Program för Svenska läkaresällskapets riksstämma, p249, Göteborg, 2000

1.26 Hallberg, P., Bäcklund, T., Eklund, A. &camp; Lindahl, O.A.: Kontinuerlig mätning av kraft och yta för bestämning av intraokulärt tryck, Program för Svenska läkaresällskapets riksstämma, Stockholm, p 256, 2001

1.27 Jalkanen, V., Andersson, B., Eklund, A., Lindahl, O.: A resonance sensor technique to detect cancer in prostate – model experiments in silicone. Proceedings of the 12th Nordic Baltic Conference on Biomedical Engineering and Medical Physics, Reykjavik, p 33, 2002

1.28 Jalkanen, V., Andersson, B., Bergh, A., Eklund, A., Lindahl, O.: Detektering av förändringar i prostatavävnad mha resonanssensor, Program för Svenska läkaresällskapets riksstämma, Göteborg, p 231, 2002

1.29 Jalkanen, V., Eklund, A., Lindahl, O: Force and frequency shift from a resonance sensor for detection of prostate cancer, Proceedings of the World Congress on Medical Physics and Biomedical Engineering, Sydney, Australien, Augusti, 2003.

1.30 Norén, N., Andersson, B.M., Lindahl, O.A.: Spring-damper model for prostate tissue evaluated on silicone, Proceedings of the World Congress on Medical Physics and Biomedical Engineering, Sydney, Australien, Augusti, 2003

1.31 Eklund, A., Hallberg, P., Lindén, C., Bäcklund, T., Lindahl, O.A.: Evaluation of an applanation resonator sensor for intraocular pressure measurement in a clinical setting. Proceedings of the World Congress on Medical Physics and Biomedical Engineering, Sydney, Australien, Augusti, 2003

1.32 Norén, N., Andersson, B.M., Lindahl, O.A.: Fjäder-dämpar modell för prostatavävnad utvärderad på silikon, Program för Svenska läkaresällskapets riksstämma, Stockholm, p 242, 2003

1.33 Jalkanen, V., Eklund, A., Eklund, A., Lindahl, O: Utvärdering av ny parameter för detektering av prostatacancer med resonanssensor, Program för Svenska läkaresällskapets riksstämma, Stockholm, p 242, 2003

1.34 Lindahl, O.: Erfarenheter av utvärdering av Marie Curie ansökningar inom Life Science. Program för Svenska läkaresällskapets riksstämma, Stockholm, p 243, 2003

1.35 Per Hallberg, Anders Eklund, Tomas Bäcklund, Olof Lindahl and Christina Lindén ’ Applanation resonator sensors - a new technique for measuring intraocular pressure’ Proc. of the European Association for Vision and Eye Research Conference, Alicante, October, 2003

1.36 Lindahl, O, Tesar, G: Commercialisation and survival of innovation. In Strategic Technology Management, Ed Tesar, Ghosh, Anderson &camp; Bramorski. Imperial College Press 2003.

1.37 Jalkanen, V, Andersson, B, Bergh, A, Lindahl, O: Prostatacancer detekterad med resonanssensor och morphometri? Program för Svenska läkaresällskapets riksstämma, Stockholm, F10, 2004

1.38 Lindberg, P, Andersson, B, Lindahl, O: Utveckling av ny apparatur med taktil sensor för detektering av prostatacancer. Program för Svenska läkaresällskapets riksstämma, Stockholm, F13, 2004

1.39 Norén, N, Andersson, B, Bergh, A, Ljunberg, B, Lindahl, O: Vidareutvecklad fjäder-dämpar modell för prostatavävnad. Program för Svenska läkaresällskapets riksstämma, Stockholm, F14, 2004

1.40 Lindahl, O, Eklund, A, Santala, K, Lindén, C, Koskela, T, Hallberg, P: Ögontrycksmätning på laserbehandlade hornhinnor. Program för Svenska läkaresällskapets riksstämma, Stockholm, F15, 2004

1.41 Lindahl, O.: Resonance sensors for better health care. NBC2005, IFMBE proc., 9, 127, 2005

1.42 Jalkanen, V., Andersson, B, Bergh, A, Ljunberg, B, Lindahl, O: Detection of prostate cancer with a resonance sensor. IFMBE proc., 9, 130-131, 2005

1.43 Lindberg, P., Andersson, B, Bergh, A, Ljunberg, B, Lindahl, O: An improved resonance sensor system for detecting cancerous tissue in prostate. IFMBE proc., 9, 132-133, 2005

1.44 Lindahl, O.: Business development of biomedical engineering inventions. IFMBE proc., 9, 15-16, 2005

1.45 Jalkanen, V., Andersson, B, Bergh, A, Ljunberg, B, Lindahl, OA: Resonance sensor for prostate tissue stiffness measurement – detecting prostate cancer. World congress on medical Physics and Biomedical engineering, Seoul, South Korea, IFMBE proceedings, 4, 2006

1.46 Lindahl OA, Eklund A, Murayama, Y, Omata S: Review of Tactile Resonance Sensors in Medicine. World congress on medical Physics and Biomedical engineering, Seoul, South Korea, IFMBE proceedings, 4, 2006

1.47 Lindberg P, Andersson B, Bergh A, Ljungberg B, Lindahl O: Stiffness Measurements on Prostate with an Improved Resonance Sensor System. World congress on medical Physics and Biomedical engineering, Seoul, South Korea, IFMBE proceedings, 4, 2006

1.48 Lindahl, O: Commercialisation of Biomedical Innovations. World congress on medical Physics and Biomedical engineering, Seoul, South Korea, IFMBE proceedings, 4, 2006

Peer reviewed journal papers:

2.1 Damber J.E., Lindahl O., Selstam G., Tenland T.: Testicular blood flow measured with a laser Doppler flowmeter: acute effects of catecolamines, Acta Physiol Scand , 115:209-215, 1982.

2.2 Damber J.E., Lindahl O., Selstam G., Tenland T.: Rhythmical oscillations in rat testicular microcirculation as recorded by laser Doppler flowmetry , Acta Physiol Scand , 118:117-123, 1983.

2.3 Damber J.E., Bergh A., Fagrell B., Lindahl O., Rooth P.: Testicular microcirculation in the rat studied by videophotometric capillaroscopy, fluoroscence microscopy and laser Doppler flowmetry, Acta Physiol Scand , 126:371-376, 1986.

2.4 Lindahl O., Bäcklund T., Christianson S.Å., Nilsson, L.G., Silfvenius H.: An improved optical eye movement detector for visual half-field studies of cerebral hemisphere memory, J. of Medical Eng. &camp; Technology , 12, no 3, 106- 111, 1988.

2.5 Lindahl O., Ängquist K.-A., Ödman S.: Impression technique for the assessment of oedema - technical improvement and methodological evaluation of a new technique, Med &camp; Biol Eng &camp; Comput, 29, 591-597, 1991.

2.6 Lindahl O., Bergh A., Damber J.-E., Ängquist K.-A.: Evaluation of the impression technique by measuring interstitial oedema in rat testis, Acta Physiol Scand, 143, 255-260, 1991.

2.7 Lindahl, O., Zdolsek, J., Sjöberg, F. and Ängquist, K.-A. : Human postburn oedema measured with the impression method. Burns, 19, 479-484, 1993.

2.8 Lindahl, O.A.: The impression technique for assessment of tissue oedema. Dissertation no 309, Linköping University, Dissertation new series No 372, Umeå University, 1-51, 1993.

2.9 Lindahl, O.A., Rudell B., Bäcklund T. : An Electromechanic breathing device for minimal particle loss while inhaling aerosoles. J. of Medical Eng. &camp; Technology, 17, 138-140, 1993.

2.10 Lindahl, O. A., Ängquist, K.-A.: The impression technique for assessment of tissue oedema. In: Biomedical Measurements, NUTEK R 1993:4, ISSN 1102- 2574, 113-119, 1993.

2.11 Lindahl, O. , Bjerle, P. Nyström, Å. Boström, A.: Grip strength of the human hand - Presentation of a normal material measured with a new Hand strength analysis system. J. of Medical Eng. &camp; Technology, 18, 101-103, 1994.

2.12 Lindahl, O., Bergh, A., Damber, J.-E. and Ängquist, K.-A.: Rat testis oedema as measured with the impression technique: effects of hyaluronan, albumin, rat plasma and saline. Medical &camp; Biological Engineering &camp; Computing, 32, 350- 351, 1994.

2.13 Lindahl, O.A. and Omata, S. : Impression technique for the assessment of oedema-Comparison with a new tactile sensor that measures physical properties of skin. Medical &camp; Biological Engineering &camp; Computing, 33, 27-32, 1995.

2.14 Lindahl, O.A. The evaluation of a biexponential model for description of intercompartmental fluid shift in compressed oedematous tissue. Physiol. Meas., 16, 17-28, 1995.

2.15 Lindahl, O.A., Bäcklund, T., Sjödin, J.-G.: Monitoring of renal pelvic pressure in patients with hydronephrosis. Physiol. Meas., 16, 1-11, 1995.

2.16 Zdolsek, H.J., Lindahl, O., Ängquist, K-A., Sjöberg, F. Non invasive assessment of intercompartmental fluid shifts in burn victims. Burns, 24, 233-240, 1998.

2.17 Lindahl, O., Omata, S., Ängquist, K.-A.: A tactile sensor for detection of physical properties of human skin in vivo, J. of Medical Eng. &camp; Technology, 22, 147-153, 1998.


2.18 Fröjse, R., Arnelöv, C., Hedberg, B., Häggström, M., Bäcklund, T., Lindahl, O., Ängquist, K.-A.: A new method for continous tonometric pCO2 measurement - in vitro studies. Physiol. Meas., 20, 129-136, 1999.

2.19 Eklund, A., Bergh, A., Lindahl, O.A.: A Catheter Tactile Sensor for Measuring Softness of Human Tissue- Measurement in an in vitro human prostate model, Medical &camp; Biological Engineering &camp; Computing, 37, 618-624, 1999.

2.20 Zdolsek, H.J., Lindahl, O. A., Sjöberg, F. Noninvasive assessment of fluid volume status in the interstitium after haemodialysis, Physiol. Meas.,21,211-220, 2000.

2.21 Eklund, A., Bäcklund T., Lindahl, O.A: A resonator sensor for measurement of intra ocular pressure- evaluation in an in vitro pig eye model, Physiol. Meas.,21, 355-367, 2000.

2.22 Fröjse, R., Hedberg, B., Bäcklund, T., Lindahl, O., Häggström, M., Ängquist, K.A., Arnelöv, C.: Validation of a novel method for continuous saline tonometry in a porcine model, Physiol. Meas 22, 453-460, 2001.

2.23 Arnelöv, C., Fröjse, R., Hedberg, B., Bäcklund, T., Lindahl, O., Häggström, M., Ängquist, K.A.: Intestinal pHi studied with Continuous Saline Tonometry during Ishaemia and Reperfusion in the Pig, Eur J Vasc Endovasc Surg 24, 150-155, 2002.

2.24 Eklund, A., Lindén, C., Bäcklund T., Andersson, B. Lindahl, O.A: Evaluation of applanation resonator sensors for intraocular pressure measurement, results from clinical and in vitro studies, accepted for publication in Medical &camp; Biological Engineering &camp; Computing, 41, 190-197, 2003.

2.25 Eklund, A., Hallberg, P., Lindén, C., Lindahl, O.A.: An applanation resonator sensor for measuring intraocular pressure using combined continuous force and area measurement, IOVS, 44, 7,3017-3024, 2003.

2.26 P Hallberg, O A Lindahl, T Bäcklund, C Lindén, A Eklund,,: Applanation Resonance Tonometry for intraocular pressure in humans, Physiol Meas, 25, 1053-1065, 2004

2.27 P Hallberg, K Santala, C Lindén, O A Lindahl, A Eklund : Comparison of Goldmann applanation and applanation resonance tonometry in a biomicroscope-based in vitro porcine-eye model, J. of Medical Eng. &camp; Technology, 1-8, 2006

2.28 Jalkanen, V., Andersson BM, Bergh A, Ljungberg B, Lindahl,OA: Prostate tissue stiffness as measured with a resonance sensor system: a study on silicone and human prostate tissue in vitro. Medical &camp; Biological Engineering &camp; Computing, 44, 593-603, 2006

2.29 Jalkanen, V., Andersson BM, Bergh A, Ljungberg B, Lindahl,OA: Resonance sensor measurements of stiffness variations in prostate tissue in vitro-a weighted tissue proportion model. Physiol meas, 27, 1373-1386, 2006


2.30 P Hallberg, A Eklund, K Santala, , O A Lindahl, C Lindén : Underestimation of intraocular pressure after photorefractive keratectomy – biomedical analysis. Medical &camp; Biological Engineering &camp; Computing, 44(8), 609-618, 2006

Technical reports and abstracts

3.1 Lindahl, O.: Collaboration in marketing new inventions at Umeå. Clinical Engineering Update, 7, 4, 1990.

3.2 Lindahl, O.: Medicinsk teknik i Umeå utvecklas i samarbete mellan Unikum vid universitetet och medicintekniska avdelningen vid regionsjukhuset. Sjukhuset, 494-495, 1989.

3.3 Lindahl, O.: Teknikens roll för ekonomi, kvalitet och säkerhet. Medicinsk Ekonomi + Teknik, 3, 56, 1992.

3.4 Lindahl, O., Ängquist K-A.: Impressionsmetoden för bedömning av ödem. STU-seminarium i Biomedicinsk mätteknik, Uppsala, 1990.

3.5 Lindahl, O., Ängquist K-A.: Impressionsmetoden för bedömning av ödem. STU-seminarium i Biomedicinsk mätteknik, Huddinge, 1991.

3.6 Lindahl, O., Ängquist K-A.: Impressionsmetoden för bedömning av ödem. NUTEK-seminarium i Biomedicinsk mätteknik, Stockholm, 1993.

3.7 Lindahl, O., Eklund, A.: Vibrationssensor för värdering av vävnadshårdhet, NUTEK’s Medicintekniska Konferens, Göteborg, 1998.

3.8 Lindahl, O., Eklund, A.: Resonanssensorteknik för medicinsk diagnostik, NUTEK’s Medicintekniska Konferens, Stockholm, 1999.

3.9 Anders Eklund, Tomas Bäcklund and Olof Lindahl (1999) ‘Resonator sensor for detection of intraocular pressure – a first attempt in an in vitro pig-eye model’ Internal report at Dept. Biomedical Engineering and Informatics, Umeå, Sweden, MTI 9909.6

3.10 Olof Lindahl och Anders Eklund (2000) ‘Ny ögontrycksmätare baserad på resonanssensorteknologi’ NUTEKs Medicintekniska konferens, Linköping, 2000

3.11 Liu, L., Lindahl, O., Li, H.: Tactile Video. Vinnova och SSFs Medcintekniska konferens 2002, Stockholm.

Patents

System och förfarande för tolkning av visuell information överför till en person genom taktil inverkan på känselorgan på personens kropp
Uppfinnare: LINDAHL OLOF (SE); FORCHHEIMER ROBERT (SE)( 1) Sökande: LINDAHL OLOF (SE); FORCHHEIMER ROBERT (SE)( 1)
EC: G09B21/00B3 IPC: G09B21/00 ; A61F9/08
Publiceringsinformation: SE519733 - 2003-04-01

System för guidning av en rörlig bärare Uppfinnare: LI HAIBO (SE); LINDAHL OLOF (SE)( 1) Sökande: LI HAIBO (SE); LINDAHL OLOF (SE)( 1)
EC: G09B21/00B IPC: A61F9/08 ; G09B21/00
Publiceringsinformation: SE521282 - 2003-10-14

Metod och anordning för bestämning av det intraokulära trycket, med hjälp av förändringen av frekvenskaraktäristiken Uppfinnare: EKLUND ANDERS; LINDAHL OLOF Sökande: EKLUND ANDERS (SE); LINDAHL OLOF (SE)
EC: A61B3/16 IPC: A61B3/16
Publiceringsinformation: SE513830 - 2000-11-13

System och förfarande Uppfinnare: LINDAHL OLOF; FORCHHEIMER ROBERT( 1) Sökande: LINDAHL OLOF (SE); FORCHHEIMER ROBERT (SE)( 1)
EC: G09B21/00B3 IPC: G09B21/00 ; A61F9/08
Publiceringsinformation: SE0002535 - 2002-01-06

Metod och anordning för bestämning av det intraokulära trycket, med hjälp av förändringen av frekvenskaraktäristiken Uppfinnare: EKLUND ANDERS; LINDAHL OLOF Sökande: EKLUND ANDERS (SE); LINDAHL OLOF (SE)
EC: A61B3/16 IPC: A61B3/16
Publiceringsinformation: SE9903099 - 2000-11-13

Förfarande och anordning vid mätning av ödem Uppfinnare: LINDAHL OLOF Sökande: BIORESONATOR AB (SE)
EC: IPC: A61B5/103
Publiceringsinformation: SE0400911 - 2005-02-2