Technology

– High definition and industry leading

Advanced Bioassay Kits for Health Assessment

Cell Linker's primary product is a range of advanced biochip kits designed specifically for the agricultural industry. These kits employ cutting-edge microfluidic technology to facilitate detailed genetic analysis and disease detection in plants and seeds. Our biochips enable researchers and agricultural professionals to conduct high-throughput, precise assays for assessing crop health, genetic traits, and pathogen presence efficiently.

Comprehensive Support for Optimal Utilization

Our service extends beyond just providing the biochips; we also offer comprehensive support, including data analysis, training for usage, and continuous technical assistance. This ensures that our clients can fully leverage the technology to enhance crop improvement, manage diseases more effectively, and implement sustainable agricultural practices.

case 1

Transcriptomic Analysis of Orchid Flower Development

Utilizing transcriptomics, we analyzed the dynamic changes in gene expression during the early development of orchid flower organs. Through comparison of spatial and temporal expression patterns, we identified thousands of genes, including well-known MADS-box genes and numerous potential downstream genes, that exhibited preferential expression in specific tissues/stages. This forms a model for the initiation, identity determination, and morphogenesis of flower organs. We conducted a systematic study of orchid flowering development process, providing valuable resources for further research on the complex and crucial gene regulatory networks during orchid flowering

case 2

Spatial Transcriptomics in Arabidopsis thaliana Analysis

Arabidopsis thaliana was analyzed and the expression levels of 141 genes and 189 pathways in 8 inflorescence tissue domains were identified using spatial data. The combined approach of spatial transcriptomics and functional analysis provides a powerful new strategy that can be applied to a wide range of plant species to address fundamental questions in developmental and evolutionary biology.

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We aim to contribute significantly to advancements in healthcare and to promote sustainable practices. Our strategies are aligned with environmental sustainability, aiming to minimize ecological impacts while maximizing health benefits and safety.

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