SolutionCardiovascular System Research Plan
A comprehensive research plan for the cardiovascular system
Project Overview
In cardiovascular research, animal models are indispensable tools for simulating the pathological processes of human cardiovascular disease. Whether it's experimental modeling, model evaluation, or monitoring and monitoring physiological data, stable and precise instrumentation is essential. The
Yuyan Cardiovascular Research Solution, comprised of a physiological signal detection system and an imaging system, provides a stable and precise set of laboratory research equipment. It can be used to provide comprehensive support for modeling, monitoring, and imaging in cardiovascular research. Researchers can obtain accurate data on experimental animals, including heart rate, blood pressure, blood flow, and cardiovascular imaging, effectively improving experimental efficiency and reliability.
Yuyan Cardiovascular Research Solution, comprised of a physiological signal detection system and an imaging system, provides a stable and precise set of laboratory research equipment. It can be used to provide comprehensive support for modeling, monitoring, and imaging in cardiovascular research. Researchers can obtain accurate data on experimental animals, including heart rate, blood pressure, blood flow, and cardiovascular imaging, effectively improving experimental efficiency and reliability.
Solution Advantages
01
Accurate non-invasive blood pressure testing in mice and rats: Yuyan NIBP non-invasive blood pressure measurement system can be used to measure systolic blood pressure, diastolic blood pressure, mean blood pressure, and heart rate parameters in mice and rats, meeting the needs of scientific researchers for long-term and short-term measurement of arterial blood pressure in mice and rats.
02
Non-invasive blood oxygen monitoring in awake or anesthetized states: The MouseOx small animal pulse oximeter integrates a highly sensitive sensor to synchronously monitor blood oxygen saturation, pulse rate, respiratory rate, pulse amplitude, respiratory amplitude, heart rate, body temperature, and other parameters in real-time in awake or anesthetized mice and rats, obtaining basic physiological data.
03
Full-dimensional physiological parameter monitoring, covering cardiovascular research: iWorx multi-channel physiological recorder integrates biological signal acquisition, amplification, display, recording and analysis, and can be used for accurate measurement and professional analysis of various physiological parameters, such as electrocardiogram, electromyography, action potential, invasive blood pressure, body temperature, blood oxygen saturation, cardiac output, etc.
04
Ultrasound imaging systems designed specifically for experimental animals accurately and non-invasively assess cardiovascular function: Esaote ultrasound is equipped with advanced imaging technology and intelligent operating systems to comprehensively cover the precise diagnosis needs from blood vessels to internal organs. High-resolution probes and intelligent image optimization algorithms ensure that every frame of the image is clear and detailed.
05
Accurate measurement of local blood flow and vascular distribution: Laser speckle flowmeter can monitor the changes in microcirculatory blood flow in animals. High resolution combined with intelligent analysis algorithms ensures clear and stable imaging. It meets the functional needs of scientific researchers to observe the blood flow distribution of microvessels and the relative changes in blood flow values in real time.
06
Multimodal imaging compatibility, dynamic physiological gating: The small animal monitoring gating system is seamlessly compatible with imaging equipment such as MR, PET, and CT, and can simultaneously monitor physiological parameters and control imaging timing during in vivo imaging. Imaging can be triggered by ECG or respiratory signals to reduce motion artifacts, making it suitable for dynamic cardiac imaging research. It has real-time physiological parameter feedback and monitors ECG, respiration, blood oxygen and other data during MRI and other imaging.
Solution Composition
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Professional Customization
Provide personalized customized solutions based on different experimental needs to meet comprehensive support from basic research to complex models
Research Assistance
Our system not only improves the success rate of surgery, but also provides strong guarantees for the accuracy and reproducibility of experimental data
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A professional technical team is on standby at any time to provide full support for your experimental journey, ensuring that any problems can be resolved in a timely manner
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We have strong self-developed capabilities and can continuously provide innovative, customized, and efficient technical solutions