Plant Microfluidic Chips

As a specialized supplier of microfluidic chip-related products, Matexcel offers high-quality plant microfluidic chips, providing cutting-edge solutions for plant science research.

Leveraging precise microfluidic technology, our chips can precisely regulate the microenvironment of plant cells and tissues at the micrometer scale, supporting key applications such as nutrient transport, hormone gradient formation, pathogen infection simulation, and real-time imaging analysis.

Types of Plant Microfluidic Chips

Chip Types	Structural Features	Applications
Root Observation Chip	Elongated microchannels to guide root growth, independent fluid pathways.	Root morphology analysis, nutrient uptake, rhizosphere microbe interaction, and abiotic stress test.
Pollen Germination Chip	Mini culture chambers with sealed flow paths, stable humidity & temperature.	Pollen germination assay, pollen tube growth observation, pesticide activity testing.
Seedling Culture Chip	Large culture chambers with multiple guide channels and ample growth space.	Seedling development monitoring, phytohormone research, drought & salt stress experiments.
Plant Cell & Protoplast Chip	Micro-well array for cell trapping, easy medium exchange.	Cell culture, protoplast fusion, cell imaging, and drug screening.
Fluid Stress Treatment Chip	Multi-channel design, adjustable flow rate, and reagent concentration.	Gradient chemical treatment, pesticide testing, and dynamic microenvironment simulation.
Plant Sorting Chip	Micro-sieve & fluidic sorting units based on hydrodynamic effect.	Sorting of cells, spores, and tiny tissues, high-throughput sample screening.

Features of Plant Microfluidic Chips

Real-time Observation: Supports live-cell imaging and dynamic monitoring of root growth, enabling tracking of the entire process from seed germination to root and shoot development.
Multi-time-point Sampling: Enables collection of rhizosphere environmental samples at multiple time points to dynamically observe changes in the root microenvironment.
Precise Environmental Control: Allows for precise regulation of the root chemical environment to analyze its impact on plant-microbe interactions.
High-throughput Phenotypic Analysis: Supports parallel cultivation and observation of multiple plants, enabling large-scale root metabolism and signaling analysis.

Thanks to our superior craftsmanship and rigorous quality control, our products offer consistent performance and excellent compatibility. They are widely used in plant science, biological research, agricultural analysis, and other fields, and we offer both standard products and customized solutions. Please feel free to contact us for more information.

CAT.NO.	Product Name	Physical Specs	Size	Inquiry
MC-PMC-001	Plant Root Chip			Inquiry

Place the Order

FAQs