美国耶鲁大学：化学系
【研究方向】
Biophysical chemistry
Organic chemistry
Inorganic chemistry
Physical chemistry

美国耶鲁大学：化工系
【简介】
Yale has a long tradition of innovation and excellence in chemical engineering.

Formal instruction in chemical engineering has been offered at Yale since 1922. The early days were highlighted by the remarkable thirty-year tenure of Barnett Dodge as chairman (1931-1961) and undergraduate teaching was the major focus of the department. This period was marked by outstanding contributions to the chemical engineering literature through a number of textbooks and treatises by Yale faculty and, later, Yale graduates. Department faculty were also distinguished by service to the chemical engineering profession. Professor Harding Bliss served as the first Editor of the AIChE Journal in 1955, the same year Professor Dodge served as AIChE President.

The department continues to be distinguished by its many pioneering contributions to the literature and to the changing curriculum of the field. For the work he did while at Yale, Professor Emeritus of Chemical Engineering John Fenn received the NOBEL PRIZE in 2002.

The department has eleven faculty (one emeritus) members, nine adjunct faculty, thirteen research fellows, and approximately thirty graduate students.

美国耶鲁大学：分子生物物理学与生物化学系 (MB&B)
【简介】
At Yale MB&B, their emphasis is on biological molecules and how they function. They seek fundamental new insights into the ways in which living systems function and evolve at the molecular level. From the control of gene expression to signaling to the folding and handling of proteins and RNA, the department covers most of the key areas of modern biology. From its inception, MB&B has heavily focussed on molecular structure. With its strong tradition in biophysics, the department demonstrates a broad interest in all structural aspects of biology.

Since its founding in 1969 as the product of a merger between the biophysics program on the central campus and the biochemistry department at the Yale School of Medicine, the Department has taken a special interest in structure and function of biomolecules in a variety of biological systems. The rapidly emerging sequence of the human genome is a more or less inert store of information that needs to be brought to life by structural and functional analyses, which will be in ever-increasing demand.

Department members continue a tradition of discovering new biochemical principles that lie at the heart of both basic research and applications to human health. Indeed, the intensification of structural, functional and computational studies of biomolecules has been accelerated by discoveries made in the Department. Prominent examples include:

Structure of chaperonin, a protein-folding machine
Structure of HIV reverse transcriptase bound to an approved AIDS drug
Mechanisms of DNA recombination and transposition
Discovery of snRNPs and their roles in splicing
Principles of RNA folding derived from structures of ribozymes
Regulation of G-protein coupled receptors in cell signaling
Elucidation of protein folds within a membrane

These and other discoveries have thrust the Department into a unique position among all biological science departments in the country and the world. environment & resources

The Department benefits from its affiliation with several departments including Molecular, Cellular and Developmental Biology, Chemistry, Cell Biology, Genetics and other basic science departments in the School of Medicine. Students frequently undertake projects of particular medical relevance, often in conjunction with laboratories located at the School of Medicine. The importance of being part of both a university and a medical school cannot be understated. MB&B serves as an intellectual bridge between the medical, biological and chemical research communities on campus. MB&B brings problems with medical implications to the attention of basic researchers.

美国亚利桑那州立大学：化学与生物化学系
【简介】
Faculty Research at the Department of Chemistry and Biochemistry:

Analytical Chemistry
Booksh, Karl
Hayes, Mark
Williams, Peter

Biochemistry
Allen, Jim
Blankenship, Bob
Francisco, Wilson
Fromme, Petra
Ghirlanda, Giovanna
Lohr, Dennis
Moore, Tom
Wachter, Rebekka
Woodbury, Neal

Chemical Education
Birk, Jim

Organic Chemistry
Ghirlanda, Giovanna
Gould, Ian
Gust, Devens
Moore, Ana
Munk, Mort
Pettit, G. Robert
Rose, Seth
Skibo, Edward

Physical Chemistry
Angell, Austen
Matyushov, Dmitry
Petuskey, William
Richert, Ranko
Steimle, Tim
Wolf, George

Inorganic and Materials Chemistry
Angell, Austin
Caudle, Ty
Kouvetakis, John
O'Keeffe, Michael
Petuskey, William
Seo, Dong-Kyun
Wolf, George

Geochemistry
Buseck, Peter
Holloway, John
Moore, Carleton
O'Day, Peggy
Shock, Everett
Wolf, George

美国耶鲁大学：分子、细胞与发育生物学系
【简介】
Yale's Department of Molecular, Cellular and Developmental Biology offers a wide-ranging program of study and research leading to the Ph.D. degree. The program is supervised by approximately thirty faculty members working in six areas:

Biochemistry, molecular biology, and chemical biology
Genetics
Cell and developmental biology
Neurobiology
Plant sciences
Biotechnology

Students whose interests overlap two or more of these areas are encouraged to develop a special program of study for themselves. In addition, students may develop programs of study in conjunction with other University departments such as Molecular Biophysics and Biochemistry, Chemistry, Ecology and Evolutionary Biology, or with other schools within the University such as the School of Medicine.

The Department is located primarily in the twelve-story Kline Biology Tower and in the Osborn Memorial Laboratories. These are located on Yale's Science Hill, adjacent to Ecology and Evolutionary Biology, Molecular Biophysics and Biochemistry, Physics, Chemistry, Geology and Geophysics, Forestry and Environmental Studies and the Peabody Museum of Natural History.