第7页-产品归档 - Page 7 of 10 - 顶旭微控-顶旭微控

三维细胞培养微流控芯片

构建一种灌胶简便的微流控芯片，用于细胞的三维培养，并可实现多参数调控细胞微环境，用于研究细胞不同的应激反应。同时，还考察该芯片形成稳定的浓度梯度和压力梯度的效果。设计了一个由 3 通道组成的微流控芯片构型，整个微通道的高度为 220 μ…

Gene Microarray Chip/Gene Chip/DNA Chip/DNA Microarray

基因微阵列芯片概述基因微阵列芯片（Gene microarray chip）是一种高通量基因分析平台，广泛应用于基因表达、基因变异、基因检测和基因组学研究等领域。它是一种以基因序列片段为探针的固相芯片，可同时检测数千到数百万个基因或基因…

氨基修饰

氨基修饰等离子处理与气相沉积技术赋能生物芯片研究新突破氨基修饰本质上是一种通过化学方法在材料表面引入氨基官能团（–NH₂）的表面改性技术，其核心在于为生物分子固定提供丰富的活性位点。这种特殊处理使得惰性基材表面转变为“分子锚定平台”，能…

Surface modification/modification - long-lasting hydrophobic treatment

The hydrophobic treatment of biochip surface is to make the surface hydrophobic by introducing hydrophobic modifier or changing the surface chemistry, so as to realize the effect of anti-sorption and anti-pollution to water or aqueous liquid. The following are some common hydrophobic treatment methods for biochip surfaces:

Surface modification/modification - long-lasting hydrophilic treatment

Hydrophilic modification of the surface of biochips is to make the surface hydrophilic by introducing hydrophilic modifiers or changing the surface chemistry, so as to realize the adsorption and wetting effects on water or aqueous liquids. Hydrophilic modification can facilitate the interaction of biochips with aqueous liquids, which is beneficial for applications such as molecular recognition, cell culture and fluid manipulation. The following are some common methods of hydrophilic modification of biochip surfaces:

Microfluidic chip 3D printing

Microfluidic chip (Microfluidic chip) is a kind of micro-laboratory that processes and analyzes fluids through micro-channels within the micron scale. It has the advantages of handling micro-volume samples, rapid response, low cost, and integrability, and thus has been widely used in biomedical and chemical analysis fields. The fabrication process of microfluidic chips involves a variety of technologies, among which 3D printing is one of the widely used technologies.