研究兴趣
Professor & Chair
Chemistry & Biochemistry
Research Interests
Dr. Bayse’s research projects use computational chemistry to examine the interplay of trace elements such as selenium, zinc, iodine and arsenic as they prevent or promote healthy function in connection to cardiovascular disease, cancer, and thyroid function. 通过原子水平的理论方法, his research group has proposed new mechanisms for biological activity that have later been proven experimentally and may lead to new treatments for chronic illness.
Assistant Professor
Chemistry & Biochemistry
Research Interests
有机金属，催化，合成
Professor & Eminent Scholar
Chemistry & Biochemistry
Research Interests
分子光谱学，大气遥感，分子天文学
Professor
Chemistry & Biochemistry
Research Interests
Dr. Cooper’s research focuses on the design of instrumentation and novel processing algorithms and Chemometrics for applications in industrial process control. Projects include the development of an automated NIR fuel analyzer and a handheld Raman analyzer providing fluorescent-free spectra for pharma quality control.
Senior Lecturer
Chemistry & Biochemistry
Research Interests
我的小组研究宿主-病原体之间的相互作用厌氧病原体 C. 艰难梭菌 和人类肠道. We employ cell biological and biochemical techniques including CRISPR gene editing and a variety of high-resolution, live-cell imaging modalities to understand the mechanism of bacterial colonization and epithelium disruption during infection.
Assoc Prof & Assoc Dean
Chemistry & Biochemistry
Research Interests
1. Protein Chemistry2. 分子生物学与基因工程. 生物信息学与基因组学. Protein Evolution5. 生物物理学:多维异核磁共振，实时一维核磁共振 & Photo-CIDNP，圆二色性 & 荧光光谱(平衡) & stopped flow); Quenched flow HX.
物理学教授兼巴顿教授
Chemistry & Biochemistry
Research Interests
煤、干酪根和腐殖质的有机地球化学. 干酪根形成、煤化和腐殖化过程的研究. 重点研究与植物材料相关的有机大分子, 腐殖质和化石燃料. 研究污染物与土壤和海洋沉积物中天然有机物的相互作用. 大气中溶解有机物的化学和反应性研究, ice, lacustrine, riverine, and oceanic systems. 从藻类生物质中产生替代燃料的研究.
Professor
Chemistry & Biochemistry
Research Interests
他的研究领域是生物化学和无机化学, bioinorganic chemistry, 无机反应机理.
Assistant Professor
Chemistry & Biochemistry
Research Interests
Synthetic Methods, Natural Product Synthesis, Reaction Mechanisms, Computational Chemistry; Dr. Lambert's research interests are in the development of novel synthetic methods and the total synthesis of biologically relevant natural products. 我们的兴趣在于开发健壮的方法, 特别是那些涉及过渡金属和氮氧化物催化剂, 获取天然产物中的复杂结构, as well as, 药物和合成化学家都感兴趣的核心结构基序. We have an additional interest in gaining a fundamental understanding of the mechanistic underpinnings of our developed chemistry, 并且经常使用实验和计算方法来做到这一点.
Professor
Chemistry & Biochemistry
Research Interests
高级生物炭化学，合成生物学，高级生物燃料和生物能量学研究
Professor & Assoc Dean For Research
Chemistry & Biochemistry
Research Interests
Dr. 毛于2006年加入最靠谱的网赌软件化学与生物化学系. 作为生物地球化学家和固态核磁共振专家. Mao's primary research interest is the development and application of advanced solid-state NMR techniques for characterizing two kinds of complex natural organic matter (NOM) samples: (1) environmentally/geochemically-related NOM such as organic matter from soil, water, sediment, and organic wastes, (2)与能源有关的有机质，如干酪根, coal, 玉米秸秆及其残余物, and biochars. He has developed, modified and applied many advanced solid-state NMR techniques for elucidating NOM structures and proposed a systematic approach to characterizing NOM. Dr. 毛被认为是世界上这方面的先驱.
Research Interests
My research interests are: (1) The study of the kinetics of mechanochemical reactions toward the elucidation of their chemical mechanisms. (2) The mechanochemical synthesis of binary and ternary organic co-crystals with potential ferroelectric properties, and their solid-state characterization using single crystal and powder X-ray diffraction methods and other solid-state techniques. (3) To apply and advance direct-space methods to solve molecular crystal structures from X-ray powder diffraction data.
Professor
Chemistry & Biochemistry
Research Interests
Combining NMR techniques with Small Angle X-ray Scattering (SAXS) and bioinformatics to determine protein and nucleic acid structure.
Associate Professor
Chemistry & Biochemistry
Research Interests
Dr. Poutsma的小组专注于计算化学在有机问题中的应用, 无机与生物化学. Currently, 有机项目包括计算多肽的质子亲和, the mechanisms of mass spectrometry fragmentation and the mechanisms of peptide hydrogen/deuterium exchange. The goal of these projects is to expand our understanding of peptide fragmentation in order to improve the software used to predict protein sequence from mass spectrometry data. 无机项目包括计算小型氧化铝团簇与甲烷的作用机理. 生物化学项目的重点是蛋白质折叠，并与博士合作. Lesley Greene of ODU.
Associate Professor
Chemistry & Biochemistry
Research Interests
对艰难梭菌的毒力和持久性起作用的小分子信号
Associate Professor
Chemistry & Biochemistry
Research Interests
Dr. Ramjee’s research group synthesizes and characterizes inorganic/organic nanocapsules (containers of nanoscale dimensions) for uses as bio-imaging agents, drug delivery vehicles, nano-reactors, sensors, and catalysts.
Professor
Chemistry & Biochemistry
Research Interests
Dr. Wang’s research centers on developing novel organic synthesis methods for the effective and practical synthesis of biologically active compounds and biomaterials. In particular, they have synthesized enzyme inhibitors and nature product analogs (used as an anticoagulant and antimicrobial agents), 开发了手性药物的不对称合成新方法, and designed and synthesized novel molecular gelators that can form supramolecular gels in organic solvents and aqueous solutions (soft biomaterials for research in biomedicine and tissue engineering).
化学、生物化学、生物医学教授 & Biomedical Engineering
Chemistry & Biochemistry
Research Interests
Dr. 徐指导了NSF和NIH资助的纳米尺度跨学科研究项目, aiming to develop and apply cutting-edge bionanotechnologies and ultrasensitive detection tools to address most challenging questions in biomedical and nano sciences. 她的研究项目是化学的界面, 生物学和工程学，网址是http://ww2.sh-fyz.com/~xhxu/research.html
Chesapeake Bay Program
The Chesapeake Bay Program at Old Dominion University (ODU) collects data to support the objectives of the Virginia Department of Environmental Quality to restore the environmental health of the Chesapeake Bay. 切萨皮克湾监测项目, initiated in 1985, 是一个多用途的项目，包括由ODU进行的长期研究. 目的是描述海湾的现状, 确定长期趋势, 并提供对生态相互作用的见解. The program provides information necessary to measure effectiveness of point and non-point source programs in reducing nutrient input to the Bay and determine progress towards achievement of living resources and water quality habitat goals. This program also provides data for calibration/validation/verification of computer simulation models used for developing Chesapeake Bay restoration strategies.
弗吉尼亚切萨皮克湾监测项目的主要目标是:
描述切萨皮克湾下游地区的环境健康状况. To conduct trend analyses on long-term data to relate temporal trends in the living resources to changes in water and/or sediment quality. To warn of environmental degradation by producing an historical data base that will allow annual evaluations of biotic impacts. The Chesapeake Bay Program at ODU provides technical support for the research community in the form of specialized facilities, 最先进的设备和高质量的分析和操作服务. 四个研究实验室是底栖生物生态学实验室, Phytoplankton Laboratory, 以及水质实验室. Moreover, 我们为整个大学的教职员工和学生提供新的研究机会, 特别是在任务导向和多学科环境研究领域. Learn More