Your Window To The Heart
NICaS is a non-invasive, easy-to-use, and cost-effective hemodynamic and fluid management system that provides a solution to the clinical and financial challenges of various chronic diseases such as Heart Failure, Hypertension, Preeclampsia, and Dialysis. NICaS provides you with the cause of the instability – not only the symptom.
Accuracy & Reproducibility
Accuracy & Reproducibility
Easy to Use
Easy to Use
Clinically Validated
Clinically Validated
Mobile & Patient-friendly
Mobile & Patient-friendly
Remote Patient Management
Remote Patient Management
Value
Value
Our Mission
We pursue to establish our flagship solution – NICaS and its ecosystem, which is based on our advanced, proprietary patented technology, as the preferred solution to the various challenges in cardiovascular disease management.
Our Solutions
NICaS is an innovative, non-invasive & cost-effective system that simplifies the challenging task of treating and monitoring hemodynamic and fluid management problems.
NICaS enables the treating physicians to isolate the exact cause of instability based on each patient’s objective hemodynamic parameters.
Our Solution is Suitable For
Clinical Studies
Hypertension & Hemodynamic Monitoring
Hypertension measurement, hemodynamic monitoring, and the NICAS non-invasive, easy-to-use hemodynamic and fluid management solution.
Non-Invasive Hemodynamic Whole-Body Bioimpedance Indices for the Early Detection of Cancer Treatment-Related Cardiotoxicity: A Retrospective Observational Study
Authors: Nili Schamroth Pravda, Shaul Lev , Osnat Itzhaki Ben Zadok, Ran Kornowski, Zaza Iakobishvili Conclusion: GGI, a parameter measured by WBI, can reliably correlate
Accurate noninvasive continuous monitoring of cardiac output by whole body electrical bioimpedance
Authors: Gad Cotter , Yaron Moshkovitz, Edo Kaluski, Amram J Cohen, Hilton Miller, Daniel Goor, Zvi Vered The results of the study indicate that the
The effect of intradialytic volume change on cardiovascular hemodynamics
Authors: Nathan W Levin MD FACP1, Marcia H. F. G de Abreu MD2, Lucas E. Borges MD, Helcio A. Tavares Filho, Rabia Sarwar, MD3Surendra Gupta,
Assessing patent ductus arteriosus (PDA) significance on cardiac output by whole‑body bio‑impedance
Authors: Ruth Rafaeli Rabin , Ilya Rosin , Avraham Matitiau , Yael Simpson , Orna Flidel-Rimon Conclusion: We found significant differences in hemodynamic parameters between
Hemodynamic response to fluid removal during hemodialysis: categorization of causes of intradialytic hypotension
Authors: Nathan W Levin , Marcia H F G de Abreu , Lucas E Borges , Helcio A Tavares Filho , Rabia Sarwar , Surendra
The Clinical Research of NICaS for Monitoring Changes of Cardiac Function in Patients with Sepsis (part 2)
Authors: Zhu Yan Second Military Medical University CONCLUSION: (1) In patients with sepsis thrombocytopenia, a high SOFA score indicates that the patient is in critical
The Clinical Research of NICaS for Monitoring Changes of Cardiac Function in Patients with Sepsis (two part study – part 1)
Authors: Zhu Yan Second Military Medical University CONCLUSION: NICaS can measure the cardiac output and stroke volume in sepsis patients as accurate as ultrasonic Cardiogram,
Application of Impedance Cardiac Output Monitoring System in AMI Patients After PCI
Authors: Guo Longzhe, Ning Wenlong, Liu Fei, Wang Xueyan, Xin Chuanyou, Zhong Lijuan, Zhou Guangjun, Bao Haibo, Du Aijun. Conclusion: NICAS can more accurately assess
A Novel Hypertension Management Algorithm Guided by Hemodynamic Data
Authors: Barbara Greco, Yossi Chait, Brian Nathanson, Michael J. Germain Conclusion: This pragmatic continuous quality improvement program reveals the feasibility and effectiveness of a hemodynamically
Our Memberships
NI Medical is a Member of the American Heart Association’s Innovators’ Network.
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