Post-doctoral fellow

I am indebted to my students, post-doctoral fellows and collaborators, particularly Cliris Michaels, Eric Sevy, Amy Mullin, Zhen Lin, Charles Tapalian, Professor Mark Muyskens and Dr Ralph Weston who have contributed to tire insights and experimental efforts described here. 

I published a short paper in a somewhat obscure conference proceedings in which I disagreed with Brush.15 I then approached Worrall to see if he wanted to team-up with me to take a closer look at the issue. At first he did not seem too interested but this changed after I became a post-doctoral fellow at the LSE and continued to press Worrall to work on this project. 

Much of the material presented in this book is based on the direct experience of the authors. This would not have been possible without the hard work and input of our colleagues, students and post-doctoral fellows. We sincerely want to acknowledge each of them for their good research and contributions without which we would not have been able to treat such a broad range of subjects. Some of them read chapters or helped in other ways. We also owe thanks to the chemometrics community and at the same time we have to offer apologies. We have had the opportunity of collaborating with many colleagues and we have profited from the research and publications of many others. Their ideas and work have made this book possible and necessary. The size of the book shows that they have been very productive. Even so, we have cited only a fraction of the literature and we have not included the more sophisticated work. Our wish was to consolidate and therefore to explain those methods that have become more or less accepted, also to... 

Acknowledgments This work was achieved by the diligence and insight of so many colleagues, students, and post-doctoral fellows, to whom we owe an immense debt of gratitude, and facilitated by several grants from the United States National Science Foundation (the most recent being NSF-08-48206). 

I moved to the University of Pennsylvania in Philadelphia in 1953 whilst Brian remained at Chester-Beatty, but I went back to London for the summer of 1954 and persuaded Brian to come over to Philadelphia at first as a post doctoral fellow. 

Dr. Giulia Caron, Dr. Georgette Plemper van Balen, Dr. Frederic Ooms, and (the soon-to-be Dr.) Xiangli Liu helped me in the preparation of the numerous structures and figures. These post-doctoral fellows and graduate students were dedicated to quality and generous with their time. They deserve my warmest appreciation and thanks. 

The individuals listed below in chronological order (1972-2006) worked in my laboratory as postgraduate students, senior scientists, research assistants, post-doctoral fellows, technicians, visiting scholars, and Erasmus or Sandwich students. I take this opportunity to express my gratitude for their contributions to the science and technology of liposomes and other delivery systems, as well as their support and friendship. I am most grateful to my secretary of 14 years, Concha Perring, for her hard work, perseverance, and loyalty. 

In this volume of Topics in Organometallic Chemistry a concise summary of the developments within the network is put in perspective of the recent advancements within the field in general. It is hoped that this will encourage further applicants to use multiphase catalysis techniques in fine chemical production. In addition, students and post doctoral fellows will transfer their expertise obtained within the project groups to their future employers. There-... 

In 1986, a second reminder of Edgewood Arsenal, also named Leo, came my way. Leo Abood, a biochemist who had worked on structure vs. activity relationships among belladonnoids, had been a visiting lecturer at Edgewood in the 1960s. He was particularly interested in synthetic belladonnoids and helped identify several potent compounds for us to test. But, as the result of some kind of lapse, Leo apparently gave an incorrect impression about the relative potency of BZ at a Stanford seminar, shortly prior to my arrival as a post-doctoral fellow in 1966. 

During the early part of my scientihc work, I spent 17 years as a professor in the Department of Chemistry at Indiana University. During that period, I had, among others, two talented coworkers Mahendra Jain as a post-doctoral fellow and Rafael Apitz-Castro as a visiting professor from the Institute Venezolano de Investigaciones Cientificas (IVIC) in Caracas, Venezuela. These two former coworkers did the most important work on ajoene. It is always great to see former colleagues go on to do important work. 

After receiving his Ph.D., Dr. French spent two years, 1942 to 1944, as a post-doctorate fellow in the laboratories of Professors J. D. Edsall and E. J. Cohn at Harvard Medical School. During this period, French worked in the area of amino acids and proteins, and he became especially interested in relating the structure of amino acids and proteins to chemical reactivity. With Dr. Edsall, he published an excellent review on the reactions of formaldehyde with amino acids and proteins. In this stage of his career, his interest was aroused in proteins that possess enzymic activity. In later years, much of his research was devoted to enzymes and their mode of action, and to the molecular mechanisms and theoretical aspects of enzyme action. 

Students and Post-Doctoral Fellows of Dr. Dexter French0... 

My collaborators have contributed substantially to my understanding of Rydberg atoms, and it is a pleasure to acknowledge the contributions of L. A. Bloomfield, W. E. Cooke, S. A. Edelstein, F. Gounand, R. M. Hill, R. Kachru, R. R. Jones, D. J. Larson, D. C. Lorents, L. Noordam, P. Pillet, K. A. Safinya, W. Sandner, and R. C. Stoneman. In addition I have been the beneficiary of the insights of my students, post doctoral fellows, and visitors. Without all of their contributions this book could not have been written. 

The Baltimore Museum of Art hosts the Cone collection including many works by Matisse. Bronze sculptures by Matisse were cast using different methods (lost wax and sand cast) and in different foundries. Ann Boulton of the Baltimore Museum of Art initiated a project aimed at determining whether or not different compositions of Matisse bronze sculptures could be correlated to different manufacturing techniques or locations. The project started while the author was a post-doctoral fellow at the Smithsonian Center for Materials Research and Education, now Museum Conservation Institute, and involved other analytical techniques (12). The results presented here were obtained at the Field Museum of Natural History. 

The author wishes to acknowledge the participation ofseveral other collaborators who provided analyses and insight related to some of the data presented. In particular, Si data in Fig. 37.2 were kindly provided by Mark Brzezinski, while support and intellectual stimulation were provided by Dennis Philhps and the Radiochemistry Group at Los Alamos National Laboratory to R.M.K. as a post-doctoral fellow. Support for the field and laboratory results presented in Section 2 were provided by NSF grant OCE-0138544 and NOAA grant NA96OP0475. The manuscript was also improved by the helpfial comments of two anonymous reviewers. 

The author wishes to thank his doctoral student, Mr. Ashavani Kumar and his post-doctoral fellow, Dr. Neeta Lala, who carried out much of the experimental... 

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