As sitem-insel aims to account for disruptive developments, the infrastructural design guarantees flexibility. To facilitate translational projects with specific novel technologies, several platforms have been designed. These platforms are open for projects from investigators independent of their origin. sitem-insel also welcomes the development of novel platforms in collaboration with innovative private or public investigators.
Dr. Christian Rosser
+41 31 664 60 10
We aim at changing the way drug development research is done today by providing in-vitro models that reproduce the in-vivo environment in an unprecedented way. These in-vitro models, called organ-on-chips, will make it possible to better predict drugs’ responses in humans than standard in-vitro and in-vivo models and as a consequence to importantly reduce animal testing. Mission: AlveoliX provides in-vitro solutions based on proprietary and unique organ-on-chip technologies aimed at improving preclinical decision-making and thus reducing drug development costs.
ANRESIS, the Swiss Centre for Antibiotic Resistance is a nationwide, representative surveillance system and research instrument for antibiotic resistance and consumption. It is led by the Institute for Infectious Diseases (IFIK) of the University of Bern and is financially supported by the Swiss Federal Office of Public Health (FOPH).
The bridge between academia, clinics, the medtech and biomedical industry.
ARTORG is the medical technology research hub of the University of Bern. A multidisciplinary team of clinicians, engineers, life scientists, allied health professionals, social and management scientists, commercial partners and patient stakeholders are fully embedded in the medical faculty and in alliance with the Insel Group. Translational research that addresses unmet clinical needs in major disease areas transforms basic research findings in microfluidics, fluid mechanics, rapid prototyping, image processing, robotics and artificial intelligence into clinical solutions in neurology, respiratory, ENT, ophthalmology, hepatobiliary, metabolic, orthopaedic and cardiovascular medicine. In the last decade a sustainable translation pipeline at the ARTORG has supplied projects for successful commercial ventures that have attracted investment, approved devices and launched products into clinical care.
Biosafety Center (IFIK)
The development of new diagnostic-therapeutic products for infections, including those caused by emerging pathogens, highly pathogenic organisms and antibiotic-resistant bacteria, is hampered by the lack of laboratories that comply with biosafety regulations and the lack of cooperation between the various partners in this field. Therefore, a biosafety laboratory (BSL2 and BSL3 laboratory containig a BSL4 glove box) will be established in the new sitem-insel building as a central platform for cooperation between public and private stakeholders. The premises also allow viral transfections for the development of human gene therapy products and the creation of a bacteriophage centre. The biosafety laboratory will include a dedicated lab to perform risk assessment, packaging and processing of biological samples according to the ordinance on handling organisms in contained systems. The associated biological risk management network will integrate the expert knowledge in the field. The biosafety laboratory is under the direction of IFIK (Institut für Infektionskrankheiten) of the University of Bern.
In early 2018, the Lindenhof Bern Foundation established the Campus Foundation Lindenhof Bern Sonnenhof AG (Campus SLB). Campus SLB supports the Lindenhof Group's many and varied activities - particularly in the fields of science, research and education.
The importance of research activities and the evidence of these activities continues to grow. The proof of research activities is, for example, a prerequisite for the awarding of performance contracts by the Federal Government (HSM). Certified organ cancer centres must also be able to provide evidence of corresponding activities. With its new competence centre Campus SLB, the Lindenhof Group is expanding its position in research.
Campus SLB - the centre for research and innovation
The Campus SLB supports the researchers of the Lindenhof Group in conducting clinical studies and research projects. All scientifically active disciplines from various professional groups of the Lindenhof Group benefit from the infrastructure, resources and know-how of the research campus.
We are thus pursuing two goals: On the one hand, we comply with the canton's performance mandate to provide continuing medical education and research. On the other hand, the Lindenhof Group's researchers receive a modern infrastructure for their important work in science and research. In addition, the Research Inc. is responsible for ensuring the necessary elements for registration, certification and quality control. The establishment of a Clinical Trial Unit (CTU) is also one of its tasks. Innovative new therapies are developed and existing treatment concepts are further developed in the CTU.
Cardiovascular Test and Innovation Center (KIT)
Flexible state-of-the-art infrastructure to develop and evaluate new cardiovascular products
Clinical cardiovascular medicine at Bern University Hospital enjoys a high reputation worldwide. One of the most important tasks of a university center is not only to provide the most up-to-date standard in the clinical field, but also to further develop the specialist field. The center promotes cooperation with industrial companies and basic research institutions for the purpose of development and application of new cardiovascular products. The strategy focuses on the competitive advantage of bundling expertise from industry and all clinical disciplines in the cardiovascular field. Thanks to the flexible state-of-the-art infrastructure in sitem-insel new cardiovascular products can quickly be developed and evaluated.
CATR Clinical Anatomy Training and Research Unit
Develops innovative diagnostic-therapeutic products with an infrastructure adapted to ethical requirements
The development of innovative diagnostic-therapeutic products as well as their correct handling whilst training on medical cadaveric specimens requires not only an infrastructure adapted to ethical requirements, but also synergies with other units - which exist at the site of sitem-insel. The current structure of the Swissendos Foundation in Fribourg was abolished at the end of 2017 and the course activities were provisionally relocated to the centre of the clinical anatomy department of the University of Bern. However, the existing structure will not suffice to meet the development potential in the medium term. The new CATR (Clinical Anatomy Training and Research Unit) intends to promote product development, services (advanced training courses) and networking with other platforms within the enabling facilities.
The first combined diagnostic and therapeutic medical device for improving microvascular obstructions after a heart attack. Several arterial technologies have been attempted to improve microcirculation and reduce infarct size after a stent procedure. In general, these technologies try to infuse or aspire at high constant flow rates. Current technologies do also not combine the therapeutic approach with real-time diagnosis of the microvascular status.
The CorFlow TherapyTM is performed while the vascular status is monitored in real time thereby adapting the therapy to each patient. CorFlow has completed the first preclinical trials at the University Hospital of Zürich. The trials showed that the hypothesis regarding measurement of microvascular status in real time during CorFlow Therapy™ appears correct and feasible. These results are promising for a fast implementation of the CorFlow technology with novel therapeutic algorithms and real time adjustment to the microvascular status.
The company has identified its technology development partners and has filed comprehensive provisional patents which will be the basis for an extensive patent portfolio.
CSL Behring Biologics Research Center
The biopharmaceutical company CSL Behring AG will establish a research center for innovative therapeutic biologics within sitem-insel’s premises. The proximity to the University Hospital of Bern is a major advantage for the development of novel, patient-oriented products.
Tracing its heritage back to the Behringwerke AG of Nobel Prize laureate Emil von Behring and the ZLB Central Laboratory, a department of the Swiss Red Cross in Berne, CSL Behring has a long tradition of researching and developing life-saving therapies based on human proteins.
More than 1 400 people are employed at the Bern site of CSL Behring. CSL Behring’s line of therapies includes products for primary immune deficiencies, the treatment of bleeding disorders such as hemophilia, and inherited respiratory disease, among others.
Close cooperation between clinicians and industrial research and development is essential for purposefully bringing new biologics to patients. The Swiss Red Cross, the ZLB Central Laboratory, CSL Behring and the University Hospital of Bern have been working together closely since the 1960s. The sitem-insel AG will soon provide an ideal environment for intensifying such collaborations.
Clinical Trials Unit
A cooperation partner for clinical studies in the early phase
CTU Bern will operate an outpatient and inpatient research facility for the conduct of clinical studies at sitem-insel. This serves academic researchers as well as private companies as a cooperation partner for the conduct of clinical studies in any development phase but with a special focus on early phase studies.
Together with the other service divisions of CTU Bern, this facility will eventually form the Translational and Early Phase Unit at sitem-insel. Its specific aim is to facilitate translational research projects and cooperative projects between academia and industry partners in particular, start-ups and SMEs. The strength of the unit is based on the medical expertise of all disciplines at the Inselspital, the individual support, the comprehensive range of services (planning, implementation, closing) as well as the well-founded expertise in the area of Study Methodology/Design.
Decomplix is a compliance network that facilitates market access for medical devices and in-vitro diagnostics. Manufacturers and developers can outsource their entire CE certification process to Decomplix. Decomplix acts as the legal manufacturer in pre- and post-market phases and thus bears responsibility for product safety. Developers can thus start directly with the product certification and do not need the specific knowledge or company certification. Decomplix brings compliance personnel, a Notified Body and the required ISO 13485-certified quality management system into the partnership. In order to remain in the market, Decomplix maintains the CE certificate and supports the developers in the long term.
Dental Research Center
Integration of research and development activities
The research laboratories of the School of Dental Medicine (SDM) at the University of Bern, with their first-class track record in translational research over more than 40 years, will be integrated into the «Dental Research Center» at sitem-insel. They have been successfully cooperating with medtech companies such as Straumann (Basel) and Geistlich (Wolhusen) for decades, and they will gain access to a first-class infrastructure and benefit from the existing expertise of other research groups.
Diabetes Center Berne
Diabetes Center Berne supports and provides funding for scientists and start-ups and also creates its own research groups – always geared towards translational medicine and our defined strategic research areas.
Findings are efficiently and successfully translated into clinical applications and guided towards marketing approval. The focus at Diabetes Center Berne (DCB) is on interdisciplinary and collaborative projects.
The long-term mission of Diabetes Center Berne is to improve diagnosis and treatment for people living with diabetes.
Whether it be a bilateral collaboration on a specific research project, as partner in a multi-institutional network or consortium, through our high-end technical and analytical services, a research mandate or in a strategic partnership – there are numerous different ways and possibilities to cooperate with Empa.
All of them, however, have the same goal: to transform the latest findings from research into marketable innovations – in close cooperation with our partners from industry.
Feel free to get in touch with us and we will find a cooperation modell that «fits the bill». Empa conducts cutting-edge materials and technology research, generating interdisciplinary solutions to major challenges faced by industry, and creates the necessary scientific basis to ensure that our society develops in a sustainable manner. As part of the ETH Domain, Empa is committed to excellence in all its activities.
Hearing and Balance
The Hearing Research Laboratory is a clinically directed research collaboration between the ARTORG Center and the Department of Otolaryngology, Inselspital (Bern University Hospital). We primarily aim to develop innovative technology to help patients with hearing disorders and to assist clinicians in the diagnosis and treatment of inner ear diseases.
Our multidisciplinary group gathers experts from the fields of audiology, medicine, physics and engineering sciences. Our research activities include psychoacoustic experiments, anatomical studies, software and hardware development for clinical applications, and clinical evaluation studies. To promote a sustainable research progress, the members of the Hearing Research Laboratory actively collaborate with leading medical, academic, and industrial partners.
Patents, Trade Marks, Designs, Copyrights, IP Solicitors, Appeals and Oppositions, Due Diligence and Strategy.
HGF offers everything you would expect of a world-class intellectual property firm, including patent and trade mark acquisition as well as appeals and oppositions to protect your creative work.
We also focus on providing a bespoke service tailored to your industry, to ensure you really get the most out of your big ideas. Our teams are dedicated to providing professional, expert advice and support every step of the way.
The partnership between Inselspital and Waters Corporation, the world’s leading specialty measurement company
The Metabolomics Unit bridges industry and academia by bringing together hardware and software developers, clinicians, engineers and biostatisticians. Building on a sustainable partnership between Inselspital and Waters Corporation, the Metabolomics Unit will be established within sitem-insel’s premises. Waters Corporation is the world’s leading specialty measurement company delivering benefit through innovations and people that enable customer success in the life, materials and food sciences with approximately 7000 employees worldwide.
The field of metabolomics is the most challenging in the ‘omics’-area with the highest potential for clinical application. By determining the complement of metabolites in biological samples, be it a tissue or a fluid, metabolomics experts obtain information reflecting the whole complexity of the interaction between protein expression, enzymatic activity and the environment.
The analysis of metabolomics data depends on the development of innovative hardware and software solutions. Accordingly, the Metabolomics Unit provides a platform to develop and test new instruments and software in the field of biomedical research.
Using Waters’ latest technology, the Metabolomics Unit aims to determine the metabolic effects of new drugs in the human body. For that purpose, the interaction with the Clinical Trials Unit, the Diabetes Center Berne and other platforms in sitem-insel will be of pivotal importance.
Research will focus upon the use of advanced Mass Spectrometry techniques for biomedical research into non-alcoholic steatohepatitis and thyroid cancer. Another promising innovation path involves Ambient Ionization techniques such as Desorption Electrospay Ionization (DESI). This technique allows for the in-situ deep phenotypic molecular characterization for ex-vivo tissues under different disease conditions. This allows to ask mechanistic metabolic questions at the tissue level and complement current imaging technologies present at sitem-insel. The University Hospital of Bern harbors all surgical and pathological research disciplines – a prerequisite for the facilitation of the interactive development of this novel technology.
Novel, flexible and cost-efficient technologies to improve diagnostics, monitoring and therapies of neurological disorders
The goal of the NeuroTec is to promote novel, flexible and cost- efficient technologies that improve diagnostics, monitoring and therapies of neurological disorders.
The NeuroTec constitutes a vibrant environment that catalyzes the efficient interaction between healthcare and technology specialists from academia and industry. A core infrastructure of the center is the Living Suite – a smart apartment to monitor human behavior and how neurological disorders influence daily life. Using state of the art virtual reality technology, computer-generated three-dimensional animations of real world settings will allow patients to engage in everyday activities.
The overall strategy of the NeuroTec promises to tackle problems of our aging society, thereby enhancing the cost-efficiency and quality of healthcare in patients with neurological disorders.
Visit us at www.neuro-tec.ch
Founded by leading surgeons, fighter jet pilots and technology enthusiasts, we’re developing a digital assistant for surgical teams. At Nodus Medical we believe that surgery is one of the most powerful tools in modern medicine.
Each year, roughly 400 million patients globally benefit from dramatic improvements in their quality of life thanks to modern procedures.
Unfortunately, there are an ever-increasing number of demands on surgeons’ limited time. More and more time is spent on documentation, frustrating processes across many systems, and scrambling to fix avoidable misunderstandings.
We believe that technology and new ways of collaboration can free up surgeons to once again focus on patient care. That’s why our team of leading surgeons, military pilots and technology enthusiasts founded Nodus Medical.
Inspired by aviation’s impressive efficiency and safety achievements and leveraging modern technology, we’ve built a digital assistant for surgical teams. Our assistant allows customers to benefit from technologically enabled standardization, improve collaboration in the OR, and automate tedious documentation tasks.
Surgeons can plan procedures based on a library of customizable standards, visualize a shared navigation plan for the entire OR team, and, finally, create reports with a single click.
Restaurant Flavour Kitchen
Crunchy muesli and fresh smoothies for a healthy/good start to the day. Colourful salad bowls, sandwiches, a weekly bowl and two warm, daily changing menus for a quick lunch – one of them always vegan. Coffee and cake for the cosy afternoon in our lounge. A good glass of wine to end the day.
With us you find a healthy and varied offer from morning to evening. Our meals are prepared with seasonal and regional products and with a lot of love.Read more
Swiss Medtech is the association that represents the interests of the Swiss medtech industry. The aim is to maintain international competitiveness, innovative capacity, and to strengthen the domestic market. Swiss Medtech is committed to promoting Switzerland as a leading scientific workplace and center of research by providing targeted training and further education programs, symposiums, export-promoting services, and supportive measures for entrepreneurship. The Association also contributes significantly to ensuring quality-oriented health care with fair reimbursement rates and advanced innovation funding for patient well-being.
Translational Imaging Center
A cooperation between Siemens Healthineers and the Translational Imaging Center Bern in medical imaging
Today, diseases are detected earlier, and therapeutic and preventive treatments are made more effective. The tremendous contribution of medical imaging to this favorable development is appreciated internationally. Therefore, the window of opportunity for the advancement of radiological technologies is wide open and requires the interdisciplinary cooperation between industry and hospitals. The Translational Imaging Center in sitem-insel will enable translational research ranging from the analysis of biochemical samples to investigations of systems and organs by using ultra-high-field magnetic resonance imaging (MRI). In view of the paradigm shift from cohort analyses to personalized medicine, MR-technology marks a cornerstone for diagnostics, therapy-monitoring as well as the identification of new biomarkers.
Increasingly, specialized MR-applications cross-fertilize comprehensive synergetic research areas in biology, human and veterinary medicine, physics, psychology and other fields.
In line with this internationally recognized research strategy, several working groups of the University of Bern and the Inselspital have joined forces within a research consortium to conduct translational research and promote education.
The innovative 7 tesla UHF MRI device MAGNETOM Terra will be the heart of the Translational Imaging Center, which will be installed in combination with the 3 tesla MRI device MAGNETOM Prisma. Both full-body instruments will be delivered by Siemens Healthineers. Placing the Translational Imaging Center in sitem-insel and thus close to the Inselspital is ideal. The Insel Group has performed more than 30 000 clinical MR examinations in 2016 and, together with the University of Bern, possesses outstanding international scientific expertise to take translational innovations to the next level.
The cooperation between Siemens Healthineers and the Translational Imaging Center contributes to shaping the future of imaging and placing Switzerland in a leading research position in Europe.
Translational Musculoskeletal Research Cluster
Development of technologies and implants to improve patient care with diseases of the musculoskeletal system
The Translational Musculoskeletal Research Cluster allows the development and testing of innovative technologies and implants to improve patient care with diseases of the musculoskeletal system. It forms a central nodal point between Partner organisations of sitem-insel AG, industry partners and other external as well as cooperation partners within the Inselspital.
Within the framework of the sitem-insel School we can offer international courses as well as lectures together with our partners and thus contribute to the strengthening of Bern as a medical location through university education and training.
Benefit from our facilities and network
We welcome early-stage start-ups who look for close collaboration with our specialized scientific platforms or appreciate the proximity to clinicians. Start-ups can benefit from the different supporting facilities that we offer, including our partner network.
sitem-insel operates from dedicated, purpose-built facilities on the Campus of Bern University Hospital (Inselspital). This location is ideal to facilitate and promote sustainable medical innovation through efficient interaction between patients, competent clinicians, the private sector, regulatory authorities and legal counselors.