16th Workshop "Low Liquid Flows in Medical Technology" and Conference "Medical Microtechnology"

Februar 22nd 2023

Microsystems are playing an increasingly important role in medical technology. This requires new efforts and
ways in the education of engineers and users. Several talks on the topic of microsystems will provide
a direct insight into industrial development of medical products.
Three universities have therefore jointly developed a new international Master-program "Medical Microtechnology" that will be presented.

The flow of fluids inside and outside the human body plays an important role in medical technology. Safety and reliability of numerous medical devices (e.g. dialysis machines, infusion pumps or in vitro diagnostic devices) require the safe and reliable handling of small volume flows.

Overview of program

13:00	Guided Lab tour Building 64, ground floor
14:15 15:00	Break, lunch Building 25, ground foor Welcome adresses Dr. Muriel Helbig, President TH Lübeck Prof. Dr. Thorsten Buzug, Executive Director, Fraunhofer Research Institution for Individualized and Cell-Based Medical Engineering IMTE, Lübeck
15:15	Talks I Adaptable Magnetic Shape Memory Alloy Pump for Lab-on-Chip Applications Tim Polley, HNP Mikrosysteme GmbH, Schwerin Use of a Microfluidic Disc in Point-of-Care Applications Benjamin Albrecht, Dialunox GmbH, Stockach Specific Requirements and Challenges for the Miniaturization of Minimal-Invasive Medical Devices Dr. Harald Hanke, Olympus Surgical Technologies Europe, Hamburg
16:15	Break
16:45	Talks II Measuring of Micro-Flows and Calibrating Corresponding Measurement-Devices in Medical Technology Dr. Henrik Kjeldsen, Danish Technological Institute (DTI), Aarhus, DK Medical Microtechnology - a New Transnational Master-Program Prof. Dr Horst-Günter Rubahn, Mads Clausen Institute, University of Southern Denmark, Sønderborg, DK
17:15	Get together Refreshments

Poster

Cristian Grundmann, Max Urban, TH Lübeck - MSGT
"Development of a Digital Continuous Wave NMR for Search for Hemoglobin Patterns - a Feasibility Study"

Till Strunck, Qaisar Nawaz, FAU Nürnberg, Christian Daminani, TH Lübeck - MSGT, Aldo Boccaccini, FAU Nürnberg
"3D-printability of composite scaffolds based on PCL and bioactive glass nanoparticles for bone tissue engineering applications"

Sophie Wuthe, Daniel Teichmann et al., SDU Health Informatics and Technology, Odense
"Heart rate estimation using Imaging Photoplethysmography"

Nisha Neupane, TH Lübeck - MSGT, Kara Krajewski, Altonaer Kinderkrankenhaus, Christian Damiani, TH Lübeck - MSGT
"Development of an in- vitro model mimicking mechanical properties of brain cortex tissue"

Tassema Tameru Dominikos, TH Lübeck - MSGT, Michael Scharfschwerdt, UKSH - Klinik für Radiologie und Nuklearmedizin, Christian Damiani, TH Lübeck - MSGT et al.:
"Experimental Validation of a Software Tool Used for Determining the Pulse Wave Velocity in Blood Vessels from 2D MRI Data"

Catena, TH Lübeck - MSGT, Kara Krajewski, Altonaer Kinderkrankenhaus, Christian Damiani, TH Lübeck - MSGT
"Estimation of forces and displacements during brain surgery using medical phantoms"

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