From lith!kestas /at\ucdavis.edu Sun Nov 21 12:28:32 1993 Received: from ucdavis.ucdavis.edu for lith!kestas(+ at +)ucdavis.edu by www.ccl.net (8.6.1/930601.1506) id MAA20454; Sun, 21 Nov 1993 12:02:36 -0500 Received: from lith.UUCP by ucdavis.ucdavis.edu (4.1/UCD2.05) id AA00600; Sun, 21 Nov 93 08:55:05 PST Received: by lith.UUCP (smail2.5.3-coh) id AA04711; 21 Nov 93 08:49:39 PST (Sun) Subject: Automatic Analogue Proposal? To: chemistry.,at,.ccl.net From: Kestutis Sliupas X-Mailer: ELM [version 2.3 PL11] Message-Id: <9311210849.AA04709[ AT ]lith.UUCP> Date: 21 Nov 93 08:49:38 PST (Sun) Status: R Hi: What programs are being used to suggest analogues of lead compounds for biological evaluation? I personally am aware of 'ANALOG' by Dr. M. Marsili, as described in a recent isssue of 'The Journal of Chemical Information and Computer Sciences', but I am sure there must be several more. What is their availability (ie. public domain, commercial), strengths and weaknesses, ease of use, and requirements for input/output formats? What is their general utility? Do they save time and money on synthesis? Do they do an adequate job on proposing sufficiently diverse analogues needed for a first-pass to explore the chemical and physical parameters needed for bio. activity, or are they an interesting excercise? Please reply via e-mail. I will summarise in a couple of weeks. -- Regards, Kestas Kestutis Sliupas x (510) 231-1540 (work voice) kestas%lith.UUCP %-% at %-% ucdavis.edu x (510) 231-1285 (work FAX) USA CA