这里有一个与分析行业大佬们交流的机会

第十二届慕尼黑上海分析生化展（analytica China 2024）即将于2024年11月18-20日在上海新国际博览中心 N1-N5 & E6-E7馆拉开帷幕。

第十届上海国际分析化学研讨会由中国化学会和德国慕尼黑博览集团联合主办。本次会议以“分析化学——为了美好生活”为主题，并设“成像分析”、“样品制备”、“微流控分析”、“色谱分析”、“质谱分析”、“单细胞分析”、“食品分析”、“环境分析”、“分析化学的新进展”九个分会主题。清华大学林金明教授和德国杜伊斯堡-埃森大的Oliver J. Schmitz 教授共同担任大会主席。

基于聚多巴胺的成像纳米探针

Polydopamine-based imaging nanoprobe

用于表征新一代药品的创新色谱策略

Innovative chromatographic strategies to characterize new generation of pharmaceutical products

用于分析化学的宏 - 微 - 纳流体界面

Macro-micro-nano fluidic interface for analytical chemistry

激光烧蚀与电感耦合等离子体质谱法的新进展

New Developments in Laser Ablation and Inductively Coupled Plasma Mass Spectrometry

糖类、肽类和蛋白质等生物制药大宗原料测量标准的研究与开发

Research and development of measurement standards for bulk biopharmaceutical raw materials, such as Saccharide, peptide and protein

基于单次双检测的超分辨率成像方法，用于实时观察单分子时空催化活性变化

One-shot dual-detection-based superresolution imaging method for real-time observation of spatiotemporal catalytic activity variations at single-molecule nanocatalysis

核酸修饰和环境污染物分析

Analysis of nucleic acid modifications and environmental pollutants

食用农产品质量与安全的精准检测与快速识别

Precise Detection and Rapid Identification for Edible Agricultural Product Quality and Safety

单颗粒研究：揭示单个金纳米棒中的等离子体阻尼和界面电子转移

Single-Particle Study: Revealing Plasmon Damping and Interfacial Electron Transfer in Single Gold Nanorods

具有微约束调节的单分子测量

Single molecule measurement with microconfinement regulation

二维单细胞分析

Two dimensional single cell analysis

中药材制造计量学发展与中药材高品质的思考与探索

Reflection and exploration on the development of Chinese materia medica manufacturing metrology and high quality of Chinese materia medica

基于良好耦合微流控技术的器官芯片

Organ-on-chip based on well-coupled microfluidics

用于体外病原体检测的微流控技术以及用于体内生物标志物实时检测的可穿戴设备的开发

Microfluidics for the pathogens in vitro and development of wearable device for the real-time of biomarkers in vivo.

高灵敏空间可视蛋白质组学

High-sensitive spatial visual proteomics

芯片上的单细胞诊断

A single cell diagnosis on a chip

利用质谱法进行单细胞分析

Single-Cell Analysis using Mass Spectrometry

通过流式细胞术分析单细胞中的代谢物

Analysis of the metabolites in single cell by mass flow cytometry

以肽为中心的局部稳定性分析能够在蛋白质组规模上鉴定不同配体的蛋白质靶标和结合区域

A peptide-centric local stability assay enables proteome-scale identification of the protein targets and binding regions of diverse ligands

将经典的 2DLC 系统发展为多应用解决方案

Evolving a classical 2DLC system to a multi-application solution

基于微等离子体光发射光谱法的环境现场分析化学

Microplasma Opitcal Emission Spectrometry Based Environmental Field Analytical Chemistry

聚合物老化早期演变的三维可视化

Three-dimensional Visualization for Early-Stage Evolution of Polymer Aging

单个活细菌胞外记录胞内 pH 值动态

Extracellular recording on the intracellular pH dynamics of single living bacteria

带电界面水分析

Analysis of water at charged Interfacial

钙钛矿纳米晶体的荧光传感

Fluorescence Sensing of Perovskite Nanocrystals

纳米流UPLC-ESI-MS/MS

循环分析化学的机会

The Circular Analytical Chemistry Opportunity

涡旋光谱法：从不对称试剂开发到仪器设置

Vortex spectrometry: rambling from asymmetric reagent development to instrument setup

双电化学传感 —— 一种简单可行的体外诊断（IVD）技术

Bielectrochemical Sensing – A Simple & Feasible IVD Technique

通过芯片集成式微喷孔释放数字微流控在质谱、拉曼和色谱分析方面的潜力

Unlocking the Potential of Digital Microfluidics for Mass Spectrometry, Raman and Chromatography through a Chip-Integrated Microspray Hole

对于药用植物中生物活性化合物的全二维液相色谱（LCxLC）分析，哪种提取技术是更为优选的：传统提取技术还是可持续提取技术？

Which extraction technique is the best for the LCxLC analysis of bioactive compounds from medicinal plants: Conventional or sustainable extraction techniques?

用于食品中多种霉菌毒素多重分析的多隔室微球

Multicompartmental Microspheres for Multiple Analysis of Mycotoxins in Food

通过质谱成像技术使细胞脂质分布可视化

Visualizing cellular lipid distributions by mass spectrometry imaging

数据非依赖采集自上而下蛋白质组学

Data Independent Acquisition Top-down Proteomics

基于相邻峰的毛细管电泳 - 质谱联用中的峰对齐，以实现更准确的代谢物识别和定量

Peak alignment in capillary electrophoresis mass spectrometry based on adjacent peaks for more accurate metabolite identification and quantification

开创用于新分析化学的纳米流体学

Pioneering Nanofluidics for New Analytical Chemistry

如何提高食品分析中的分离能力：综合二维液体

How to enhance the separation power in food analysis: Comprehensive two-dimensional liquid

样品制备和检测一体化，用于复杂样品的快速分析

Sample preparation and detection all in one for rapid analysis of complex samples

挖掘液相色谱（TRLC）中温度响应固定相的潜力

Exploiting the Potential of Temperature Responsive Stationary Phases in Liquid Chromatography (TRLC)

用于生物标志物的分离、富集和超灵敏检测的微流控磁性分析物递送技术

Microfluidic magnetic analyte delivery technique for separation, enrichment and ultrasensitive detection of biomarkers

扫描左侧二维码

进行观众预登记

参会需缴费，请联系：