Advanced cardiac monitoring
More than 900,000 open heart surgeries are conducted each year in the US and EU. While this number has decreased in recent years, the complexity of the patients requiring surgery has increased.
Available techniques for monitoring the function of the heart after surgery tend to be either inaccurate, episodic echo-cardiography or involve a high risk to the patient.
Real-time heart function data allows for correct medication, early detection of complications and
improved patient recovery, reducing cost for healthcare systems.
“It is additional information that could reveal problems or complications faster than other parameters which have to be detected after a problem is suspected, e.g. a TEE is performed. I could imagine that a problem could be signaled at an earlier stage.”
German cardiothoracic surgeon
1. Smart lead
Temporary pace leads are used routinely during cardiac surgery, all over the world. Cardiaccs' smart lead has an integrated sensor for monitoring cardiac function.
2. Easy to use
Cardiaccs' combined sensor and pace lead is placed and removed in the same way as standard temporary pace leads.
3. Vital data
Cardiaccs' lead has an embedded accelerometer sensor that measures the velocity of each cardiac contraction. This is a vital parameter for monitoring the cardiac function.
“The benefits are that you might be able to nip a problem in the bud. Like ischemia and maybe rhythm issues.”
US cardiothoracic surgeon
Cardiaccs was founded in 2009 by
Prof. Erik Fosse as a result of 8 years of research and development by the Intervention Centre at Oslo University Hospital in cooperation with Buskerud and Vestfold University College. Since February 2016, the company has been
ISO 13485 certified for design and development of medical devices.
Cardiovascular related diseases are
the leading cause of hospitalization and death worldwide, and there is an increase of patients with complex cases where open heart surgeries are required. Cardiaccs wants to cover the urgent unmet need for better cardiac monitoring to reduce morbidity and mortality in this patient group.
Cardiaccs provides technology for measuring myocardial contractility, a vital parameter for monitoring of the cardiac function. With a continuous and accurate monitoring of the cardiac function, intra- and post-operative complications can be avoided, before a patient becomes critical.
Cardiaccs has been ISO 13485 certified for design and development of medical devices since 2016. Quality has been at the center of everything we do, right from the beginning.
CardiSense CS1 System
The CardiSense CS1 lead has an embedded accelerometer and can be placed epicardially using two electrode anchors. A straight atraumatic thorax needle is used to penetrate the chest, and the needle is unscrewed to allow connection to the accessory CB1 and a standard external pacemaker.
The CB1 connects to the patient monitor using USB. The monitor runs our proprietary CM Software for continuous monitoring of myocardial velocity.
Follow our clinical trial program at www.sambafun.eu
The CardiSense CS1 is intended for continuous cardiac function monitoring and temporary left ventricular pacing and sensing in patients undergoing open heart surgery. CS1 can be used on all patients in need of myocardial function monitoring and temporary ventricular pacing. CS1 can be used during and after cardiac surgery, in the operating room, intensive care unit or the general ward, for up to 7 days.
The datasheet of the CS1 research device can be downloaded here and is now available for order
The CS1 research product is suitable for animal trials and is NOT FOR HUMAN USE
The CS1 research device can be used for measuring acceleration in 3-axis and can be placed epicardially on the left or right ventricle. Some example applications are outlined in the previous research performed on 3-axis accelerometers for heart function assessment.
Detection of myocardial ischaemia by epicardial accelerometers in the pig
Halvorsen et al
Halvorsen et al
Feasibility of a three-axis epicardial accelerometer in detecting myocardial ischemia in cardiac surgical patients
Left ventricular function can be continuously monitored with an epicardially attached accelerometer sensor
Hyler et al
Grymyr et al
Assessment of 3D motion increases the applicability of accelerometers for monitoring left ventricular function
Continuous monitoring of cardiac function by 3-dimensional accelerometers in a closed-chest pig model
Grymyr et al
Grymyr et al
Detection of intraoperative myocardial dysfunction by accelerometer during aortic valve replacment
Krogh et al
Continuous estimation of acute changes in preload using epicardially attached accelerometers
Magnus Krogh holds a PhD degree in Biomedical Engineering and from
Oslo University where he has worked for several years on methods for monitoring the heart motion. Magnus develops software for the Cardisense technology.
Jonas holds a masters degree in engineering cybernetics from NTNU and has several years of engineering and R&D experience,
both within tech startup and multinational IT. Jonas is heading the Cardisense project.
Board of directors
Founder and Chairman
Erik has a lifelong experience as a cardiothoracic surgeon and is head of department at the Intervention Centre at Oslo University Hospital. He has 10 patent applications and has participated in establishing multiple medical companies.
PhD, Member of the Board
Dr. Gilhuus-Moe has broad experience from various boards within the medical industry and as chairman of the Board of Oslo Medtech and Sonitor AS. He was the founding President and CEO of Dynal Biotech AS (part of Thermo Fisher Inc.). Dr. Gilhuus-Moe was a member of the executive group, Vice President and head of Hafslund Nycomed ASA's diagnostic division (part of Abott Labs).
Member of the Board
Ulf is an accountant and has 20 years of experience as economical advisor and business developer. He is CEO/CFO of 5 companies and owner of Finanstorget AS, an authorized accounting company.