Designer Molecules for Biosensor Applications

EIA-0231601 Bhubaneswar Mishra纽约约克大学生物传感器应用设计分子在冷泉港实验室举行了为期两天的研讨会，探讨可用于快速检测病原微生物的最先进和潜在的短期和长期技术的可行性。 特别是，基于基因组表达（mRNA），基因组结构（DNA/RNA），蛋白质结构和其他物理和几何特性的各种技术的优点进行了比较。 计算机科学家、生物学家、工程师和生物化学家的多学科合作有望促进和推进蛋白质阵列科学，以了解细胞过程、监测单细胞的检测器和监测病原体。

EIA-0231601Bhubaneswar MishraNew York UniversityDesigner Molecules for Biosensor ApplicationA two-day workshop to explore the feasibility of the state-of-the-art and potential short-term and long-term technology that can be used to quickly detect pathogenic microorganisms is being held at the Cold Spring Harbor Laboratory. In particular, merits of various technologies, based on genomic-expression (mRNA), genome structure (DNA/RNA), protein structure an other physical and geometric properties are compared. The multi-disciplinary collaborations of computer scientists, biologist, engineering, and biochemist is expected to in order to facilitate and advance in science of protein arrays for understanding cellular processes, detectors for monitoring single cells, and monitoring of pathogenic agents.