Hybridization With Nucleic Acid Probes, Part Ii

By S. Müller, Terence R. Flotte, L. Fischer, Gregory J. Barritt, Ailsa M. Campbell, L. D. Bell, Hagan Bayley, T.S. Work, P. H. Van Knippenberg, Geoffrey Allen, Arnis Kuksis, D.B. Roodyn, Anthony M. Edwards, Timothy Chard, G. L. Mills, E A Peterson, E. Work, Max M. Burger, Kenneth I Berns, Jeffrey J Chalmers, Oswald Sonntag, A. Fallon, G. G. Brownlee, Jorgen Kjems, S. Pillai, Danny R. Welch, Jan Christiansen, A. H. Gordon, J.W. Van Ree, Brian W. Fox, Jan Egebjerg, J. G. Beeley, Theodorus Wilhelmus Johannes Gadella, Martyn C.R. Symons, J. W. Drysdale, Catherine A. Rice-Evans, C.R. Lowe, P. K. Weech, Pier Giorgio Righetti, Jørgen Clausen, Michael N. Berry, P. Tijssen, Morris Kates, W. Howard Evans, Maciej Zborowski, Anthony T. Diplock, J. Hindley, R. F. G. Booth, Paul T. Sharpe, Roger Lionel Poulter Adams, R. Hinton, Roy Hunter Burdon, P. C. Van Der Vliet, M. Dobrota, J. Staden, Patricia A. Lane, Dario Rusciano

Recent Breakthroughs In Recombinant Dna Technology And The Availability Of Sophisticated Equipment Accessible To Almost Any Laboratory, Have Contributed To The Development And Perfection Of Powerfu...