Alan Lin
University of Chicago
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Featured researches published by Alan Lin.
Molecular Genetics and Genomics | 1979
Edwin H. McConkey; H. Bielka; J. Gordon; Stanley M. Lastick; Alan Lin; Kikuo Ogata; J-P. Reboud; J. A. Traugh; Robert R. Traut; Jonathan R. Warner; H. Welfle; Ira G. Wool
SummaryThe numbering systems for mammalian ribosomal proteins used in several laboratories have been correlated and a proposal for a standard system is presented.
Molecular Genetics and Genomics | 1974
Alan Lin; Ira G. Wool
SummaryThe molecular weights of the proteins of rat liver ribosomes were determined by “three-dimensional” polyacrylamide gel electrophoresis. The proteins of the 40S subunit ranged in mass from 10000 to 44000 daltons; the number average and weight average molecular weights were 25400 and 28400. The proteins of the 60S subunit ranged in mass from 10000 to 53700; the number average and weight average molecular weights were 28000 and 31500.
Molecular Genetics and Genomics | 1976
Alan Lin; Ekkehard E. Collatz; Ira G. Wool
SummaryA specially designed apparatus and conditions are described for the rapid analysis of ribosomal proteins by two-dimensional gel electrophoresis on a micro scale. The resolution of proteins in electropherograms is comparable to that obtained with other systems, but because of miniaturization, only 0.5 to 1 μg of each protein is required, and the entire procedure, including electrophoresis in both dimensions, and staining and destaining can be completed in 6 to 7 hours.
Molecular Genetics and Genomics | 1979
Susanne Fehr; Alan Lin; Ira G. Wool; Dietmar Richter
SummaryThe effect of groups of proteins from rat liver ribosomes on the Escherichia coli stringent factor-catalyzed synthesis of (p)ppGpp was tested. Most groups were capable of supporting (p)ppGpp synthesis; the exceptions were A40, B140, B240 and B160 which contain proteins which are relatively less basic than those in the active groups. The capacity of 30 individual rat liver ribosomal proteins to activate stringent factor was assessed; most sustained the synthesis of (p)ppGpp. Proteins S12, S21, L12, P1, and P2 (which are acidic or relatively acid) had no activity; proteins S6, S8, and L3 were the most active: the others had moderate activity.
Journal of Biological Chemistry | 1982
Alan Lin; Brigitte Wittmann-Liebold; James G. McNally; Ira G. Wool
Journal of Biological Chemistry | 1976
Kunio Tsurugi; E Collatz; E G Wool; Alan Lin
Journal of Biological Chemistry | 1976
E Collatz; Ira G. Wool; Alan Lin; Georg Stöffler
Proceedings of the National Academy of Sciences of the United States of America | 1974
Georg Stöffler; Ira G. Wool; Alan Lin; Karl-Heinz Rak
Journal of Biological Chemistry | 1979
N Ulbrich; Alan Lin; Ira G. Wool
Journal of Biological Chemistry | 1977
E Collatz; N Ulbrich; Kunio Tsurugi; H N Lightfoot; W MacKinlay; Alan Lin; Ira G. Wool