Embryonic
Embryonic Development Research: High-frequency imaging enables non-invasive dynamic observation of early embryonic structures, clearly visualizing critical events like heart tube formation and organogenesis. Combining real-time high-resolution imaging with hemodynamic analysis, this technology precisely quantifies cardiovascular function, providing visual evidence for establishing developmental abnormality models and genetic studies.
Embryonic
Embryonic Development Research: High-frequency imaging enables non-invasive dynamic observation of early embryonic structures, clearly visualizing critical events like heart tube formation and organogenesis. Combining real-time high-resolution imaging with hemodynamic analysis, this technology precisely quantifies cardiovascular function, providing visual evidence for establishing developmental abnormality models and genetic studies.
Embryonic Development Monitoring: Enables real-time observation of morphological changes and structural formation from fertilization through successive developmental stages.
Cardiac Development Assessment: Evaluates heart structure, rate, rhythm, and blood flow direction to study cardiovascular system development.
Gene Function Research: Investigates gene roles by observing organ development impacts from knockout or overexpression.
Disease Model Research: Evaluates organ structural/functional alterations in genetic disease models to investigate pathological mechanisms.
