Relay-Version: version B 2.10 5/3/83; site utzoo.UUCP Posting-Version: version B 2.10.2 9/18/84; site Shasta.ARPA Path: utzoo!utcs!lsuc!pesnta!amdcad!decwrl!Shasta!schuster From: schuster@Shasta.ARPA Newsgroups: net.wanted,net.bio Subject: Re: Wanted: sequence analysis software for Unix (and a proposal) Message-ID: <3284@Shasta.ARPA> Date: Mon, 18-Feb-85 19:39:57 EST Article-I.D.: Shasta.3284 Posted: Mon Feb 18 19:39:57 1985 Date-Received: Tue, 19-Feb-85 04:43:05 EST References: <184@phri.UUCP> Distribution: net Organization: /usr/lib/news/MYORG Lines: 33 Xref: utcs net.wanted:5750 net.bio:167 -=- When I was an undergrad at Cornell, I worked writing a bunch of sequence analysis programs in Pascal which I subsequently optimized into assembler to run on an Apple II. But the Pascal was relatively portable, and I believe that you can get a hold of the programs and source by writing to (Yes, that's snail mail) to Dr. John Lis Dept. of Biochemistry Wing Hall Cornell University Ithaca, NY 14853 Of course, you wanted UNIX and not Apple II, but it might be a start for people who do use micros in their labs. They do simple sequence analysis of proteins and NA sequences. They can also plot homologies on a graph. The programs worked for sequences up to about 32K bases long. He can probably also put you in touch with someone who has a program that allows you to use a digitizer to input the bands from a restriction digest and calculates the order of the fragments. I hope that this, though not exactly what you asked for, is of help to someone. Ah, Biochemistry, my true love, but I was a klutz, hated labwork, and had been working on computers for too long to give them up. Jay Schuster, schuster@{su-shasta,su-gregorio}.arpa ...!decwrl!glacier!shasta!schuster