Dynamic Modeling in Academic and Industrial Biochemical Processes

在这个项目中，PI试图将她在工业数学方面的研究计划扩展到分子和细胞水平的生物科学。作为大学重视发展基因组学和生物信息学课程的一部分，传统生物科学部门与数学和计算机科学等部门之间的合作受到鼓励。PI希望利用这一趋势，在校园内形成新的研究联盟，这将提高她的研究生涯，以及增加学生的教育机会。因此，该项目的一部分是PI在校园内的综合生物科学中心（CIB）工作，并与Daryll Dewald博士合作建模细胞信号传导过程。该提案的另一部分是与爱达荷州技术公司（IT）的科学家建立新的合作关系，该公司开发基于PCR（聚合酶链反应）的快速DNA检测设备。培养工业联系，特别是在犹他州，是重要的生命力和有效性的工业数学硕士课程在USU，PI帮助创建于1999.This IGMS项目是由多学科活动（OMA）和数学科学（DMS）的部门MPS办公室共同支持。

In this project the PI seeks to expand her research program in industrial mathematics into the biosciences at the molecular and cellular level. As part of the University's emphasis on developing programs in genomics and bioinformatics, collaborations between traditional biosciences departments and departments such as Mathematics and Computer Science are being encouraged. The PI wishes to take advantage of this trend to form new research alliances on campus, which will enhance her research career, as well as increase educational opportunities for students. Therefore part of the project is for the PI to work at the Center for Integrated Bioscience (CIB) on campus and collaborate with Dr. Daryll Dewald on modeling processes in cellular signaling. The other part of the proposal is to build a new collaboration with scientists at Idaho Technology (IT), a firm that develops fast DNA detection devices based on PCR (polymerase chain reaction). Cultivating industrial contacts, especially within Utah, is important to the vitality and effectiveness of the Industrial Math Masters program at USU, which the PI helped to create in 1999.This IGMS project is jointly supported by the MPS Office of Multidisciplinary Activities (OMA) and the Division of Mathematical Sciences (DMS).