Mobile rheocardiomonitor st.ed.1
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The document describes a mobile device called the RheoCardioMonitor that non-invasively monitors cardiac function through ECG and ICG signals. It analyzes the data in real-time. The author is seeking partners for clinical trials of a prototype to obtain certification. Sales are projected to be 15 devices in 2014, growing to 320 devices in 2017 as the technology adds channels, functionality and algorithms. Competitors provide less mobility, require a physician for measurement, or cost more. The author and advisors have expertise in relevant areas and are seeking partners for production, support, and sales to commercialize the technology.
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Mobile rheocardiomonitor [sv ed.]
The document describes a mobile device called the RheoCardioMonitor that can monitor cardiac function through ECG and ICG sensors. It provides non-invasive long-term monitoring with high accuracy at a lower price than competitors. The author is seeking partners for clinical trials and production to license the prototype device which analyzes cardiac data in real-time. Future prospects include adding more sensors and new algorithms.
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Mobile rheocardiomonitor [sv ed.]
The document describes a mobile device called the RheoCardioMonitor that can monitor cardiac function through ECG and ICG sensors. It provides non-invasive long-term monitoring with high accuracy at a lower price than competitors. The author is seeking partners for clinical trials and production to license the prototype device which analyzes cardiac data in real-time. Future prospects include adding more sensors and new algorithms.
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The document describes a proposed mobile diagnostic device from the Hranitel group in Moscow. It would allow remote monitoring of vital signs and diagnosis of medical conditions using sensors, mobile devices, and cloud resources. Key features include non-invasive ECG and blood glucose monitoring. A team of doctors and engineers will develop the hardware, sensors, and diagnostic software. The business plan envisions individual and clinical use, with distribution through online sales, distributors, and government programs. Risks like sensor development delays will be mitigated through iterative design. The total projected budget is 38,500 thousand rubles over 3 years.
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Mobile rheocardiomonitor st.ed.1
- 1. Maxim Cherkashin, PhD Student, Chmn (at) nxt.ru www.bmt.bmstu.ru Chair for Medico-Technical Information Technologies Mobile RheoCardioMonitor Bauman Moscow State Technical University
- 2. Problem Need to monitor cardiac function indices Medical treatment = check for drug dose Detection of negative trends 2
- 3. Solution Mobile RheoCardioMonitor – 1 ECG + 1 ICG + Real-Time analysis Future prospects More channels (ICG/ECG) New functionality New algorithms 3
- 4. Benefits High accuracy Non-invasive measurement Long time physician less monitoring Certified and verified predecessor (CE0482) US Patents: № 5,685,316 filled: Nov. 11,1997 (Cited in: 44) № 6,161,038 filled: Dec. 12, 2000 (Cited in: 41) 4
- 5. Market Situation By 2011 – 16 300 outpatients' clinics Sales Projection for a clinical device: 2014 – 15 pcs. 2015 – 40 pcs. 2016 – 180 pcs. 2017 – 320 pcs. 5 2017 Domestic Rheographs Imported Devices Ultrasound Investigations RheoCardioMonitor (Clinical) 2011 Domestic Rheographs Imported Devices Ultrasound investigations
- 6. Competitors (in Russia) 6 Mobility Impedance Data Need of physician to perform a measurement Price Our System + + - * Rheographs - + + 32 000 RUR («Valenta») Holter ECG monitors + - - 74 000 RUR +software («Valenta») *Price is not available, as now on the prototype stage
- 7. Business Model 7 Main Idea: leasing of devices What we can do: Academic Investigations Prove of Concept Prototype Creation Certification Issues Partnership needed: Clinic Investigations Production and User Support Sales
- 8. The Team 8 Technical Consultans Cand.Techn.Sc. Timohin D.P. Cand.Techn.Sc. Kirpichenko Y.E. Advisory Board Doct.Techn.Sc., Prof. Schookin S.I. – Science Advisor Cand.Techn.Sc., assоciate prof. Sergeev I.K. – Production Issues Cand.Med.Sc. Maslennikov M.A. Medical Consultant Developers Kobelev A.V. software Tihomirov A.N. algorithms Kudashov I.A. circuit design Malakhov A.I. math. modelling Cherkashin M.N. prod.technology
- 9. Next Step Clinical Trials: We need Partnership! 9 Bauman Moscow State Technical University Chair for Medico-Technical Information Technologies Maxim Cherkashin PhD Student Mobile RheoCardioMonitor Chmn (at) nxt.ru www.bmt.bmstu.ru
- 10. ~Time Schedule A2 Prototype Creation (min. functionality) – 6 months Clinical Trials – 12-18 months Certification – 18-24 months Documentation and Licensing – 24-30 months
- 11. Patients with firstly registered diagnose, data for Russia, 2011, by 100 000 citizens: 0,0 100,0 200,0 300,0 400,0 500,0 600,0 700,0 active tuberculosis insular diabetes diseases that are characterised with hypertension malignant neoplasms Statistics A1
- 12. Next Step Clinical Trials: We need Partnership! Bauman Moscow State Technical University Chair for Medico-Technical Information Technologies Maxim Cherkashin PhD Student Mobile RheoCardioMonitor Chmn (at) nxt.ru www.bmt.bmstu.ru