Sheridan, James

Prof James A. Ibers Department of Chemistry North Western University 2145 Sheridan Road Evanston, Illinois 60208-3113, USA E-mail ibers chem.nwu.edu... 

Fruit with light hrown spots that enlarge and darken. Cause Black rot. Common east of the Rockies, especially in hot, humid weather, black rot causes fruit to shrivel into hard, black shriveled berries (known as mummies) that remain on the cluster. Overwintering mummies and infected canes or shoots carry the disease from one growing season to the next. For control, remove and destroy all mummies. For persistent infection, apply copper sprays. Cultivars moderately resistant to black rot include Beta , Campbell s Early , Cascade , Chancellor , De Chaunac , Delaware , Elvira , Fredonia , Hunt , Ives , James , Scuppemong , Sheridan , and Worden . See page 109 for an illustration of this disease. 

James A. Romano, Jr., John H. McDonough, Robert Sheridan, and Frederick R. Sided ... 

The authors are grateful for the many valuable discussions that have so greatly benefited us over the years with Drs. Edward Brown, Michael Byrne, Sharad Deshpande, Oliver Dolly, Daniel Drachman, Ernst Habermann, Brennie Hackley, Michael Goodnough, Jane Halpem, Harry Hines, Eric Johnson, John Middlebrook, Maurice Montal, Cesare Montecucco, Elaine Neale, James Nicholson, Mark Olson, Gerald Parker, James Powers, James Schmidt, Robert Sheridan, Lance Simpson, Bal Ram Singh, Leonard Smith, Raymond Stevens, Subramanyam Swaminathan, Timothy Umland, and Lura Williamson. 

James Sheridan Muspratt (Dublin, 8 March 1821-Liverpool, 4 February (or 3 March) 1871) worked (1843-5) with Liebig in Giessen, and published researches with Hofmann (see p. 436). He also published an important investigation on the metallic sulphites. He was assistant in University College, London, and in 1848 founded a College of Chemistry in Liverpool, in which he was professor. He published books. ... 

We would like to thank Dr. James P. Sheridan for experimental and interpretive assistance and Dr. Alok Singh for preparation of additional materials. This work was supported in part by the Air Force Office of Scientific Research and the Office of Naval Research. 

Temple K, JaMe F, Sheridan JB, Manners 1 (2001) The nature of the active catalyst in late transition metal-mediated ring-opening polymerization (ROP) reactions mechanistic studies of the platinum-catalysed ROP of silicon-bridged [l]ferrocenophanes. J Am Chem Soc 123 1355-1364... 

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