Cardiovascular & Cerebrovascular
Research Solution

Integrated workflows for cardiovascular and cerebrovascular disease modeling, functional assessment, blood flow analysis, and molecular mechanism research — supporting reproducible and high-quality preclinical studies from physiology to pathology.

Overview of Our Cardiovascular & Cerebrovascular Solution

Our integrated workflow supports cardiovascular and neurovascular research from disease modeling and physiological monitoring to perfusion analysis, targeted intervention, and downstream molecular validation.

Integrated Disease Modeling - Supports MI, ischemia-reperfusion, MCAO stroke, vascular injury, and perfusion-related models through standardized surgical workflows.

Functional & Physiological Assessment - Combines ultrasound imaging, ECG acquisition, hemodynamic monitoring, and in vivo imaging for comprehensive functional evaluation.

Perfusion & Circulation Research - Supports ex vivo heart perfusion, coronary circulation studies, and cerebral blood flow analysis with integrated perfusion systems and real-time imaging.

Precise Intervention & Molecular Validation - Enables localized injection, continuous infusion, histology, and molecular analysis to connect functional changes with disease mechanisms.

Streamlined Workflow

Our solution follows a structured workflow designed to ensure safety, precision, and reproducibility at every stage—from anesthesia to surgical procedures and real-time physiological monitoring.

1
Disease Modeling & Experimental Intervention

Establish reproducible cardiovascular and cerebrovascular disease models with precise microsurgical tools, controlled infusion systems, and flexible intervention platforms.
2
Functional & Physiological Assessment

Comprehensive multimodal assessment workflows for evaluating cardiac function, physiological status, hemodynamic changes, and in vivo molecular activity in cardiovascular and cerebrovascular research. 
3
Perfusion & Blood Flow Research

Evaluate ex vivo heart perfusion, coronary circulation, cerebral blood flow, and reperfusion dynamics in cardiovascular and cerebrovascular disease models. 
4
Molecular & Histological Validation

Validate cardiovascular and cerebrovascular disease mechanisms through tissue sectioning, histological staining, gene expression analysis, and molecular pathway investigation.

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Research Challenges

Cardiovascular and cerebrovascular research relies heavily on precise disease modeling, stable physiological monitoring, and reproducible functional assessment. However, complex surgical procedures, variable animal physiology, and fragmented experimental workflows can significantly affect data quality, consistency, and translational value.

Complex disease modeling

MI, ischemia-reperfusion, and MCAO models require delicate microsurgical procedures and highly controlled experimental conditions.

Real-Time Functional Monitoring

Continuous monitoring of ECG, blood flow, cardiac function, and hemodynamics is critical for accurate physiological assessment.

Perfusion & Blood Flow Analysis

Reliable evaluation of ischemia and reperfusion injury requires real-time blood flow imaging and quantitative circulation analysis.

Precise Drug Intervention

Localized injection and continuous infusion workflows requireaccuratedelivery and reproducible experimental control.

Mechanism Validation

Researchers increasingly combine physiology, histology, and molecular analysis to study inflammation, fibrosis, apoptosis, and vascular remodeling.

Applications

Our cardiovascular and cerebrovascular research workflow supports a broad range of preclinical applications, enabling researchers to investigate disease mechanisms,evaluate therapeutic interventions, and perform functional and molecular analysis across multiple research areas.

Myocardial Infarction & Ischemia/Reperfusion Research

Supports MI and ischemia / reperfusion models with microsurgical tools, physiological monitoring, perfusion systems, and targeted intervention workflows.

Stroke & Cerebral Blood Flow Studies

Enables MCAO stroke modeling, cerebral perfusion analysis, and blood flow visualization through stereotaxic systems and real-time imaging technologies.

Cardiac Function & Hemodynamic Assessment

Combines ECG acquisition, hemodynamic monitoring, and physiological signal analysis for comprehensive cardiovascular function evaluation.

Microcirculation & Perfusion Monitoring

Supports ex vivo perfusion, vascular circulation studies, and real-time perfusion assessment with integrated imaging and monitoring systems

Molecular Mechanism & Histopathological Analysis

Integrates molecular workflows and histological analysis to study inflammation, fibrosis, apoptosis, and vascular remodeling.

Why Choose Our Cardiovascular & Cerebrovascular Solution

Our integrated workflow is designed to support reproducible cardiovascular and cerebrovascular research — from disease modeling and functional assessment to perfusion analysis and downstream molecular validation. By combining precise surgical tools, physiological monitoring, imaging systems, and molecular analysis platforms, researchers can achieve more reliable and translational experimental outcomes.

Integrated End-to-End Research Workflow

Covers the complete preclinical research process including disease modeling, physiological assessment, blood flow monitoring, histological analysis, and molecular validation within one coordinated workflow.

High Reproducibility & Experimental Consistency

Standardized surgical procedures, stable physiological support, and precise monitoring systems help reduce inter-animal variability and improve experimental repeatability.

Multi-Level Functional & Mechanistic Analysis

Enables researchers to correlate functional changes such as cardiac performance and cerebral perfusion with downstream pathological and molecular mechanisms.

Flexible Platform for Diverse Research Applications

Supports a wide range of cardiovascular and cerebrovascular studies including myocardial infarction, ischemia/reperfusion injury, stroke models, angiogenesis, neuroprotection, and drug evaluation research.

Products Selection Guide

Explore our recommended product collections organized by each stage of the animal surgery and modeling workflow.

Case Studies

Explore how researchers worldwide use our animal surgery and disease modeling solutions to achieve reliable, reproducible results across diverse preclinical applications.

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