News & Events
Synergia-Grant on hip fracture risk started
Thanks to Mio 1.4 CHF funding by the Swiss National Science Foundation, the Muscoloskeletal Biomechanics Group has started a joint clinical trial with the University Hospitals of Geneva and Bern on hip fracture prevention in the elderly population. The goal is to develop and test a novel prognostic tool, integrating the risk of falls with state-of-the-art computer simulation of bone strength from different medical imaging techniques.
For this purpose, the research team under the lead of Philippe Zysset plans on “recycling” patient CT-images that were taken for other medical purposes. These CT-images will be reused together with conventional densitometry scans by ARTORG biomedical engineers to build a personalized model of each patient´s hip and compute an improved risk of fracture.
Philippe Büchler elected into SSBE Board
The EPFL physicist and biomechanical engineer as well as ARTORG research group head was appointed Committee member of the Swiss Society for Biomedical Engineering on 27 August 2019. The society aims at connecting the fields of education, research, manufacturing, and politics for biomedical engineering, with the goal of becoming an important BME educational partner in Switzerland.
Because of this goal and in order to forge stronger ties with small and large companies, the SSBE strives to foster information exchanges as well as cooperation between industrial, teaching and scientific professionals who want to apply physical and technical concepts to biology and medicine. As an experienced and well-connected researcher in the fields of soft tissue engineering, Philippe Büchler will be representing the University of Bern in the society´s scientific committee, playing an important role in the organization of the upcoming SSBE meeting 2020 in Bern.
Prof. Philippe Büchler received an M.Sc. in physics from the EPFL, where he completed a Ph.D. in biomechanics on numerical analysis in orthopedics. After briefly working as a research scientist at the University hospital in Geneva, he joined the University of Bern in 2004, where he is now Associate Professor leading the Computational Bioengineering group at ARTORG. His research focuses on the development of patient-specific models, combined with the in-vivo characterization of the mechanical behavior of soft tissues.
New fully automatic lathe for the ARTORG workshop
Since September, the Mechanical Design and Production group is able to produce more complex turned parts for research assemblies on a fully automatic CNC (Computer Numerical Control) lathe. With the help of a CAM application (Computer Assisted Manufacturing), the program for manufacturing the turned parts is first created on the PC, which then controls the manufacturing process on the machine.
The machine automatically switches between 12 built-in, partly driven tools. These driven tools make it possible to machine the workpieces on the front side outside the center, as well as on the circumference with drilling, milling and threading tools. The new machine can be used for high-precision turning of metals and plastics and can produce smaller series of absolutely identical commissioned workpieces in a short time. As a fully automatic lathe, the new acquisition perfectly complements the existing portfolio of milling and turning machines in the workshop.
Bern Aphasia App receives Innosuisse grant
After a brain injury (e.g. Stroke) 30% of patients suffer from a communication disorder called Aphasia. The quicker and more regularly patients train lost communication skills such as reading, writing or speaking, the more likely they are to recover. The Gerontechnology and Rehabilitation group at ARTORG has developed a telerehabilitation app for this training, which has now been awarded an Innosuisse grant to supports its market roll-out.
ARTORG participates at the sitem-insel open doors
On Friday, 30 August, sitem-insel, the Swiss Institute for Translation and Entrepreneurship in Medicine, will open its doors to the general public. The aim of sitem-insel is to transfer research results into clinical products and services as quickly as possible for the benefit of patients. As a strategic research center of the University of Bern, ARTORG and its groups at sitem-insel present their research portfolio with many activities to explore, participate in and marvel at.
The ARTORG is represented at sitem-insel building with five research groups, six ARTORG start-ups, the master's program "Biomedical Engineering" and its own workshop. Its research on site focusses on questions of blood flow in the heart, musculoskeletal biomechanics, rehabilitation of motor skills after a stroke, computer-based models to improve surgical interventions in orthopedics, and therapy options for bladder and kidney weakness. ARTORG at sitem-insel covers the entire spectrum from complex basic research to completely new treatment methods that are already being used in the Inselspital clinics.
Find out more about our projects and test our research!
Friday, 30 August 2019, 10-16h, Freiburgstrasse 3, Bern
Our groups and topics to explore:
What are the tissue properties of my patient?
Cardiovascular and Urogenital Engineering
Ideal flow through the artificial heart valve
Technologies for the urinary system
How stable are my bones?
Mechanical Design and Production
Get to know the ARTORG research workshop
Meet two of our six ARTORG startups that stand for our sustainable translation strategy:
An alternative to animal experiments in drug development: a breathing lung on a chip
A working version of the software solution to support diagnosis of eye diseases using artificial intelligence
sitem-insel is a joint project of the federal government, the Canton of Berne, the University of Berne, the Inselspital and industry, in particular the medtech and pharmaceutical industries. It is organized as a public-private partnership and is intended to help establish Berne as a leading international medical location.
Simon Scheurer wins SSBE student award
The Bern Biomedical Engineering student wins the Ypsomed sponsored student award on 27 August 2019. His master´s thesis investigating into a novel device to improve fall detection in the elderly was only recently awarded a prize by the University of Bern´s “Seniorenuniversität”.
Simon Scheurer has completed the Bernese MSc program in Biomedical Engineering between 2015 and 2018. For his end-of-studies project, he worked on optimizing a first-generation fall detection system at the Institute for Human Centered Engineering, Berne University of Applied Sciences (Prof. Martin Kucera), and the Gerontechnology and Rehabilitation group (Prabitha Urwyler) of the ARTORG Center for Biomedical Engineering Research, University of Bern.
At the Annual meeting of the Swiss Society of Biomedical Engineering (SSBE) at the Campus Biotech in Geneva Scheurer was granted the 2000 CHF SSBE Student Award 2019, sponsored by Ypsomed. In July hismaster's thesis "Optimizing and Validating a Fall Detection System Through Experimental Studies in the Everyday Life of the Elderly", was granted a promotional prize by the Senior University Bern (“Seniorenuniversität Bern"), to be presented at the University´s Dies Academicus on 7 December 2019.
The system “AIDE-MOI” uses a plaster worn by people at risk of falling on the upper body and can automatically detect falls with a special algorithm and trigger an alarm. For two studies, 20 elderly participants with a high risk of falls were recruited from different regions around Bern. AIDE-MOI employed acceleration and temperature sensors to monitor the participants.
Simon Scheurer is currently employed at Oxomed AG in Bern Liebefeld, a startup he established together with an interdisciplinary team, consisting of engineers, nurses and businesspeople for the development and distribution of appropriate hardware and software products in this sector of the healthcare market.
PhD Defense of Alvin Chesham
Congratulations to Alvin Chesham from the Gerontechnology & Rehabilitation Group on his successful PhD Thesis Defense on August 23, 2019! His PhD project is entitled "Puzzling the Mind: Development and Evaluation of Puzzle Games to Assess Cognitive and Motor Function in Neurocognitive Aging".
PhD Defense of Barna Becsek
We would like to congratulate Mr. Barna Becsek of the Cardiovascular Engineering Research Group on his successful PhD thesis defense on August 21, 2019. His PhD project is entitled "High-Performance Computing Numerical Fluid-Structure Interaction - Framework for the Simulation of Aortic Valve Hemodynamics".
Children's heart models supporting surgeons
The Image-guided Therapies group at ARTORG prints life-size children's heart models in 3D printers so that pediatric heart surgeons can better plan an intervention in an infant or toddler with a congenital heart defect. The realistic models also serve to train prospective surgeons in complex heart defects.
After more than 6 hours, the 3D printer in the cellar of the ARTORG Center has printed the children's heart true to life. The heart is only the size of a plum, but it shows the pediatric heart surgeons at the Inselspital exactly what anatomical structures they will find on a newborn or toddler during heart surgery.
The models are created by the Research Group for Image-guided Therapies at the ARTORG Center in collaboration with the Inselspital, using the patient´s computer tomograms, CT or MRI images. They are printed from resin and exactly represent the anatomy of the child who has to undergo surgery due to a heart defect.
"This is based on the desire that we want to be as well prepared as possible for surgery and be able to offer the best solution available to us in order to help the child," explains Alexander Kadner, head of cardiac surgery for congenital heart defects at the Inselspital, in an SRF interview. The models will also be used for the training of pediatric cardio-surgeons, as they are much more realistic than the models previously used.
PhD Defense of Stephan Gerber
Congratulations to Stephan Gerber from the Gerontechnology & Rehabilitation Group on his successful PhD Thesis Defense on June 20, 2019 ! His research focused on the Development and Evaluation of a Virtual Reality Setup for Cognitive Stimulation in Critically Ill Patients .
ARTORG trains outstanding poly-mechanics
Simon Lüthi and Fabio Spena, apprentices in the Mechanical Design and Production workshop at the ARTORG Center, were both honored in June for their above-average performance. The ARTORG is proud and congratulates its talented offspring.
The ARTORG Center for Biomedical Engineering Research operates its own in-house workshop for its medical custom-made products. In addition, the Mechanical Design and Production group offers two apprenticeship positions for poly-mechanics EFZ, which are filled alternately every two years. In June 2019, both apprentices of the workshop were awarded prizes:
Fabio Spena completed his 4-year apprenticeship with a grade of 5.3 and thus the second-best result in Bern-Mittelland. On 25 June 2019, he was honored for this top result by the GIBB vocational school in Berne on the Muristalden campus. Simon Lüthi passed the compulsory partial examination after two years of basic training with a grade of 5.5. On 15 June 2019, Simon also reached 1st place for Bern-Biel-Mittelland as part of a milling competition organized by FRAISA.
ARTORG is delighted that its apprentices are among tomorrow's top experts in the field of precision mechanics and congratulates them warmly. Starting in August 2021, there will be a free apprentice position at ARTORG´s workshop.
Lutz Nolte receives CAOS-International Life Time Award
The founding father of the International Society for Computer Assisted Orthopaedic Surgery (CAOS-International) was honored for his life's work at the society´s 25th anniversary in New York.
Lutz-Peter Nolte is a key figure in surgical technologies and image-guided interventions in Switzerland and internationally. He is professor emeritus for Surgical Technology and Biomechanics as well as senior innovation advisor at the vice-rectorate of research of the University of Bern, Switzerland. In July 2019, Prof. em Dr.-Ing. Lutz Nolte became CEO of the Translational Imaging Center (TIC), a clinical research and cooperation center for Ultra High Field Magnetic Resonance Imaging, housed at sitem-insel, the Swiss Institute for Translational and Entrepreneurial Medicine in Bern.
A Civil Engineer by training, Lutz Nolte joined the Bioengineering Center at Wayne State University in Detroit, MI, USA, in 1990 to extend the scope of his research to computer-aided surgery in collaboration with the Department of Neurosurgery. In 1993, he took over the Orthopaedic Biomechanics Division at the Maurice E. Müller (MEM) Institute for Biomechanics in Bern. Lutz Nolte was co-founder and first director of both, the Institute for Surgical Technology and Biomechanics and The ARTORG Center for Biomedical Engineering Research. From 2001 to 2013 he was the co-director of the Swiss National Center for Competence in Research (NCCR) “Computer-aided and Image-guided Medical Interventions” (www.co-me.ch).
In 1995 Prof. Nolte organized the inauguration of the Annual CAOS-Symposium in Bern, bringing together about 20 pioneers in the field. In 2001 the Bern and Pittsburgh CAOS-Symposia joined forces and the International Society for Computer Assisted Orthopaedic Surgery (CAOS-International) was founded with Prof. Nolte as its first President. He was presented with the CAOS-International "Founder & Life Time Achievement Award” on the occasion of the Special 25th Anniversary Tribute & Keynote in New York on 21 June 2019 and since July holds the merit of Honorary Membership of CAOS-International.
EPFL student Yara Proust was fascinated by ARTORG´s lung-on-chip
For her Master´s project, the 24-year-old bioengineering student spent several months at Olivier Guenat´s research group to study their breathing lung-on-chip AlveoliX. For the EPFL homepage, she recounts her experiences.
At first, Yara planned to go abroad but then decided for Bern instead of Paris and Eindhoven. The offer of the Bern-based startup, a spinoff of the Organs-on-Chip Technologies research groups at ARTORG, convinced her – an impression backed up by the spirit she found on sight: “I decided on Alveolix almost immediately. We exchanged a few emails and they invited me for a 90-minute interview. As soon as I walked through the door, it just felt right.”
10 Papers to be presented at MICCAI 2019
Research teams at the ARTORG and Inselsplital will be presenting 10 papers at the highly selective International Conference on Medical Image Computing and Computer-Assisted Intervention (MICCAI). This year the conference will take place in Shen Zhen, China (October 2019). The papers focus on a variety of topics in the area of artificial intelligence, machine learning, and medical imaging:
- Spatial-Frequency Non-Local Convolutional LSTM Network for pRCC classification
- Assessing Reliability and Challenges of Uncertainty Estimations for Medical Image Segmentation
- Learning Shape Representation on Sparse Point Clouds for Volumetric Image Segmentation
- Dual-Stream Pyramid Registration Network
- Concept-Centric Visual Turing Tests for Method Validation
- Fused Detection of Retinal Biomarkers in OCT Volumes
- Deep Multi-Label Classification in Affine Subspaces
- Image data validation for medical systems
U-ReSNet: Ultimate coupling of Registration and Segmentation with deep Nets
Robust Cochlear Modiolar Axis Detection in CT
Congratulations to all the teams involved.
Raphael Sznitman becomes Director of the ARTORG Center
After seven years the leadership of the ARTORG Center for Biomedical Engineering Research transitions from Prof. Dr.-Ing. Stefan Weber to Prof. Dr. Raphael Sznitman, who will head the Artificial Intelligence in Medical Imaging Group at the University of Bern.
Prof. Raphael Sznitman joined the ARTORG Center in 2014 to lead the Ophthalmic Technology Laboratory group, from a postdoctoral fellowship in the Computer Vision Laboratory of the École Polytechnique Fédérale de Lausanne. He holds a BSc. in Cognitive Science from the University of British Columbia (Canada) and completed his doctoral studies in Computer Science at Johns Hopkins University (U.S.A.).
In May 2019, Prof. Sznitman was elected a full professor at the University of Bern. In this position, he will establish the Artificial Intelligence in Medical Imaging Group at the ARTORG to develop applications in biomedical imaging, diagnostics, interventions, surgery, and therapeutic decision-making. Prof. Sznitman has successfully developed artificial intelligence and machine learning tools for clinical applications in ophthalmology, some of which are already in use at the Department of Ophthalmology at Inselspital, Bern University Hospital.
Founded in 2008 as a Strategic Center by the University of Bern and the Inselspital, the ARTORG maintains its mission of translational research in clinical practice to ensure that solutions meet the needs of clinical reality. In 2012, Prof. Stefan Weber became the second ARTORG Director. During his 7-year tenure, the ARTORG’s research teams grew their portfolios and visibility, winning funding from national and international institutions as well as commercial partners. The period also saw an increase in the number of technologies entered into clinical trials and brought successful commercial ARTORG spinouts into the clinic. Prof. Weber will now take on the position of CEO at CAScination AG, one of ARTORG’s spinouts and will keep a reduced role in research and teaching at the University.
To date, the ARTORG has an outstanding reputation as a research center in the domain of biomedical engineering. Through joining forces with the Institute for Surgical Technology and Biomechanics at the beginning of 2019 ARTORG broadened its portfolio from 7 to 11 research groups. The ARTORG groups now housed both in Murtenstrasse 50 and sitem-insel, will continue translational research to address new unmet clinical needs and bring forward better tools for diagnosis and treatment for the benefit of patients and doctors.
CAScination wins MedTech Award 2019 for robotic microsurgery technology
Improved cochlear implantation thanks to a computer-based surgical planning and robotic surgery platform for ENT surgeons - The Bernese startup develops technology for minimally invasive surgery to restore hearing with a cochlear implant with millimeter precision and high reproducibility that can lead to better hearing outcomes.
In case of sensorineural hearing loss, a cochlear implant can help the affected person to hear again. The Bernese company CAScination in collaboration with leading European CI manufacturer MED-EL has developed the world's first planning software for ear surgery OTOPLAN®. Prior to surgery the software allows for detailed studying of the individual patient anatomy and for accurate planning of the implantation path for the cochlear hearing aid. A robotic surgery platform HEARO® then allows highly precise access into the inner ear, without damaging sensitive structures such as nerves or the cochlea tissue itself.
„This award recognizes the stakeholders in academia, medicine and commerce of the Canton Bern that can turn the potential of Medtech development into real products that benefit patients and their families”, Stefan Weber, Director of the ARTORG Center for Biomedical Engineering Research at the University of Berne and, with Matthias Peterhans (CEO) and Marco Matulic (CTO), a cofounder of CAScination.
After winning its first MedTech Award in 2013 for its system for an interventional navigation system for the treatment of liver metastases, CAScination wins the coveted award of the Swiss medical technology industry for the second time. The prize of CHF 50’000 is sponsored by Lichtsteiner Stiftung, Straumann group and Ypsomed.
Philippe Zysset elected EAMBES fellow
In March 2019, the European Alliance for Medical and Biological Engineering & Science (EAMBES) has appointed ARTORG professor a fellow to recognize his accomplishments in Medical and Biological Engineering. EAMBES fellows guide the society’s activities by leveraging their experience and standing to expand its educational and research network around the world.
Philippe Zysset is a distinguished investigator in the field of biomedical engineering (BME), with broad scientific experience from the Ecole Polytechnique Fédérale de Lausanne, the University of Michigan, Ann Arbor, USA, and the Vienna University of Technology, Austria. In Vienna, he initiated a Master’s program in BME and since 2011 he heads the Master Program in BME of the University of Bern (UniBE). As an EAMBES fellow, he will showcase and promote BME as a seminal profession and highlight the assets of the BME program at UniBE, which is uniquely integrated with clinical practice at Inselspital, Bern University Hospital.
Since 2019, Prof. Zysset heads a group in Musculoskeletal Biomechanics within the ARTORG Center for Biomedical Engineering Research. His research interests include theoretical, experimental and computational biomechanics of bone and the bone-implant interface covering the full spectrum from basic research to clinical studies. He is a member of various scientific boards and acts as a reviewer for more than 20 international journals in biomechanics and biomedical engineering. He has published more than 200 papers in peer-reviewed international journals, conference proceedings, and books.
Double victory at Bernese Business Creation Competition
Teams of the ARTORG Center claim the first and second prize at the 4th Bernese Business Creation Competition.
A total of 45 business ideas entered the selection process in January of which 16 were selected to participate in coaching sessions and workshops where the projects were refined. Out of these, five teams were invited to the final event held at the Bierhübeli where the teams pitched their business ideas in front of a jury and 200 guests.
We congratulate the team PeriVision consisting of Jan Stapelfeldt, Serife Kucur and Prof. Dr. Raphael Sznitman to an excellent business pitch and for taking the first prize of 10’000 CHF.
The second prize valued at 5’000 CHF goes to team URODEA including Dr. Franceso Clavica and Prof. Dr. Dominik Obrist.
Young Robotics Talent from Bern/Jura
The ARTORG is growing its own crop of future roboticists as this year’s sponsor of the “World Robot Olympiad” qualifier in Bern/Jura.
The World Robot Olympiad (“WRO”) is an annual event that takes place since 2004 with 26,000 participating teams from 65 countries around the world.
Teams are split into three age groups and were given task instructions in January to allow design and testing of solutions on the LEGO Mindstorm platform. On competition day the teams must assemble their robot design in 120’ Mins and demonstrate the intended functionality as well as solve an additional challenge they are given only on the day.
For the Bern/Jura region 19 teams with a total of 50 members participated and the three winning teams from the CEJEF-EMT (JU), Freies Gymnasium (BE) and MSO Friedbühl (BE) will attend the Swiss WRO final on June 15 in Aarburg.
The winners will represent Switzerland later in the year in Györ, Hungary. The WRO is a fun-filled opportunity to encourage interest in STEMM subjects and capture the imagination of children and young adults for the role of basic sciences like mathematics and physics for applications in computer science and robotics.
Good Luck to the three Bern/Jura winning teams and maybe we will see you as students here at the ARTORG one day.
Seal of Excellence
Mirunalini Thirugnanasambandam has been awarded the Marie Sklodowska-Curie Actions Seal of Excellence (European Commission – Horizon 2020). She receives the award for her project MInTARP, Multimodal Analysis of Intraluminal Thrombus for Abdominal Aortic Aneurysm Rupture Risk Prediction (in collaboration with the Department of Diagnostic, Interventional and Pediatric Radiology (DIPR), Inselspital, Bern University Hospital, and the Switzerland Innovation Park) as a recognition of its quality, value and potential. This quality label enables the recipient to apply for the “Seal of Excellence Fund”, an internal grant of the University of Bern (https://www.unibe.ch/research/promotion_of_research/uni_internal_grants/self/index_eng.html), that aims to increase the chances of postdocs of obtaining a competitive career development grant within two years.
Prof. Hendrik von Tengg-Kobligk, DIPR and Department for BioMedical Research, University of Bern, as the project's host supervisor will support the goal of identifying the impact of comprehensive vascular imaging with special focus on the vessel wall, e.g. in patients with abdominal aortic aneurysms.
Prix Retina 2019 for Tatiana Fountoukidou
We are pleased that Tatiana Fountoukidou from the Ophthalmic Technology Laboratory has been elected as a recipient for the Prix Retina 2019 for her project “Motion-invariant SRT treatment detection from direct M-scan OCT imaging”. The Jury selected her proposal as a very well documented highly interesting ophthalmologic topic which demonstrates the potential for high clinical impact.
UroDEA comes first at the Start-Up Week-End Biel/Bienne 2019 (#SWBB 2019)
Francesco Clavica, head of the Urogenital Engineering Group of the ARTORG Center for Biomedical engineering research and inventor of the UroDEA urination assistance device, won the first prize at the Start-Up Week-End Biel/Bienne 2019. The event included exercises and workshops on business models, investor pitches and prototypes with the help of experts. The #SWBB 2019 Judges panel considered UroDEA the most promising project and awarded the prize of a trip to Berlin, Germany to meet start-up mentors and peers.
NCCR Robotics Laura Marchal-Crespo
In February 2019 Prof. Dr. Laura Marchal-Crespo of the Gerontechnology and Rehabilitation has been made a core member of the National Centre of Competence in Research (NCCR) Robotics for Phase 3 and will receive support for a four year project on control of supernumerary robotic arms. The NCCR Robotics (leading house EPFL) is supporting human–oriented robotic technology research and Prof Marchal-Crespo’s project will be part of the Wearable Robots research strand in which the robot neurological interfaces and interactions are investigated for example to make the use of rehabilitation robots more practical and patient-specific.
ARTORG Juniors at the 4th Bernese Business Creation Competition
The ARTORG participated the 4th Bernese 4th Bernese Business Creation Competition with four creative medical technology projects. Francesco Clavica and Mirunalini Thirugnanasambandam of the Cardiovascular Engineering group presented a non-invasive, assistive device for sufferers of underactive bladder which affects up to 45 Mio people in Europe alone. The UroDEA device is a simple gadget, suitably adapted for men and women that can be used when needed while passing urine. It is hygienic and poses almost no infection risk, as it does not get into contact with urine. Mirunalini Thirugnanasambandam also presented a project in collaboration with the SIPBB. LiveRisk focuses on developing a novel real-time monitoring platform, which can forecast the risk of rupture of abdominal aortic aneurysms (AAA). With this smartphone app, patients can track the growth of their AAAs at home, reducing, therefore, health costs, mortality rates, and emergency surgeries. The Image Guided Therapy group was represented by Luca Sahli, Frederick Johnson with their idea of the Surgeon’s Lab. Complex surgical procedures like brain aneurysms or delicate vascular surgery have little options for a “dry run” before the actual intervention. Ideally a surgeon would be able to train and rehearse a procedure to develop the skills for a particular patient or for a procedure. The Surgeon’s Lab will produce and market surgical training models for surgeons of organs made with “life like” materials that functionally represent the disease anatomy that has to be operated on. The cost-effective models will give surgeons at all levels hands on training options for complex surgeries to build technical abilities and confidence. The Ophthalmic Technologies Laboratory presented PeriVision, an artificial intelligence-based, ophthalmology device that can be used to carry out glaucoma diagnosis anywhere. At present perimetry is a hospital or clinic based procedure, with all the disadvantages of scheduling and waiting times. The PeriVision mobile perimetry is more flexible, the testing can be done anywhere, for example in an optician or maybe even at home. The test is faster and less tiring than the traditional hospital test, and gives as good a result. With mobile perimetry the main patient demographic of glaucoma patients who are 65+, will have access to more convenient and better glaucoma management. The ARTORG teams will receive 3 months of coaching from commercial, finance, marketing and management experts to refine business models and company strategies. A final jury then selects 5 business models for cash prizes from CHF 10’000 – 3’000. Congratulations to all the teams and Good Luck for the next stage.
PhD Defense of Stergios Christodoulidis
We would like to congratulate Mr. Stergios Christodoulidis of the Diabetes Technology Research on his successful PhD thesis defense on March 7th 2019. His PhD project is entitled "Lung Pattern Analysis using Artificial Intelligence for the Diagnosis Support of Interstitial Lung Diseases" was a collaboration between ARTORG and Inselspital, and was supported by SNSF and Lindenhof foundation.
Young Investigator Travel Award for Iwan Paolucci
Congratulations to Iwan Paolucci from the Image-Guided Therapy group, who receives the Young Investigator Travel Award at the conference SMIT (Society for Medical Innovation and Technology) in Seoul, Korea.
PhD Defense of Stefanos Apostolopoulos
Congratulations to Stefanos Apostolopoulos from the Ophthalmic Technology Laboratory on his successful PhD Thesis Defense on January 17, 2019! His research focused on Reliable Registration and Tracking Framework for Disease Progression Monitoring using Optical Coherence Tomography.
Ypsomed Innovation Award
Congratulations to the team of Prof. Raphael Sznitman from ARTORG Center for the 2nd place at Ypsomed Innovation Award for the development of a smart algorithm, which makes virtual reality goggles to perimetry mobile devices: https://www.ypsomed.com/de/medien-investoren/medienmitteilungen/medienmitteilungen-detail/ypsomed-verleiht-den-9-innovationspreis.html