Subject: Biological Information Theory and Chowder Society FAQ Newsgroups: bionet.info-theory,news.answers From: toms@ncifcrf.gov (Tom Schneider) Date: Sun, 1 May 1994 17:02:29 GMT Archive-name: biology/info-theory *********************************************************** Replies to Frequently Asked Questions (FAQ) for bionet.info-theory Biological Information Theory and Chowder Society version = 1.56 of bionet.info-theory.faq 1994 April 7 This FAQ is in the public domain. It is free and may be sold only for the cost of the media. Please request permission before selling. Permission is denied to those who do not ask. Since it originates from the US government, it is not copyrightable. It may not be modified. *********************************************************** - What is the History of The Biological Information Theory and Chowder Society? - What Kind of Questions Are Appropriate For Discussion? - How Can I Learn More About Information Theory and Biology? - Will Authors Send Me Papers? - Can You Just Point My Mosaic To The FAQ and the Archives? - How Do I obtain bionet.info-theory BY EMAIL? - Where Did I Get This FAQ File From Originally? - Where Are the Bionet Archives? - What Can I Do About Inappropriate Postings? - Who Takes Care of This Group? *********************************************************** * What is the History of The Biological Information Theory and Chowder Society? The Biological Information Theory and Chowder Society (BITCS) is a group of scientists interested in the biological applications of information theory (thus the "BIT") who meet informally for dinner (thus the "CS") from time to time in the Washington, DC, area. At our dinners we have only one rule --- food fights are discouraged. The guys who started this thing did it because we weren't certain we understood the biological implications of information theory. Some of us are more comfortable with the mathematical machinery and assemble biological systems into grand canonical ensembles whether they want to be there or not; and some of us think they understand what the biological systems are doing but can't take a log to base 2. What we try to do is pry from one another the bits of knowledge that will help us understand what's going on. Some of the topics up for discussion in our group are: biological applications of information theory biochemical molecular machines computer methods for recognition of molecular structure and function database organization for biomolecular information nanotechnology the limits of computation "dissipationless" (?) computation Maxwell's demon anecdotes and humor about all these topics A few relevant papers are listed below. The group started when Tom Schneider was introduced to John Spouge in 1988. Tom bounced his ideas about molecular machines off John, and John kept finding flaws. Tom would go away rather unhappily for a month and then find a solution. But John was always one step ahead... (and still is, on last account.) Tom gave a talk about molecular machines at the Lambda Lunch meeting on the Bethesda NIH campus, and John introduced John (Steve) Garavelli. We all got together with Peter Basser for dinner once in a while to talk about information theory. Steve brought in one of the first people to apply information theory to biology, Hubert Yockey. Steve Garavelli dubbed the group the "Biological Information Theory and Chowder Society", which it is still called. We are known sometimes as 'chowderheads', and talk about food fights, but so far have only had electronic food fights! We hold dinners in Bethesda Maryland on random occasions. When our informal mailing list became difficult to handle, we petitioned to start a bionet news group. We hope to hold roaring discussions, and everyone is welcome to join. If you are uncertain about something, quit lurking and ask on the net. It may well be that what bothered you is the key to a new piece of information theory in biology. (The major advances so far have been by things that REALLY bugged people.) We will also announce when and where our (irregular) eatings are and you are welcome to join if the travel is not too far. John Spouge (spouge@ncbi.nlm.nih.gov), usually makes the arrangements. *********************************************************** * What Kind of Questions Are Appropriate For Discussion? This faq sheet answers simple questions about this group. The BIG questions should be discussed on the net, where we can all haggle over them. Here are a few for starters: What is the role of theory in biology today? What should be the role of biological theory? What is information? How should it be defined? What bothers you when you read the two papers on the theory of molecular machines? (It is only from the things that bother us that we can make progress in understanding.) (See references below.) What are flaws in the theory of molecular machines? How is ATP used to drive molecular machines? All communication systems are associated with living things, so is it true that information theory is really a theory about living things? Was Shannon really a great biologist? What does Maxwell's Demon have to do with all of this? What are the limits of computers? What are the limits of nanotechnology? *********************************************************** * How Can I Learn More About Information Theory and Biology? REFERENCES - General There are a huge number of papers related to this topic, just about everything in molecular biology, lots of chemistry, physics, electronics, evolutionary theory, thermodynamics, statistical mechanics and the kitchen sink ... You can get a pretty good overview by combining the references of Schneider.ccmm, Schneider.edmm and Leff1990. References are given in BiBTeX format, the bibliography program associated with LaTeX, the powerful and portable typesetting program. # Wonderful books: @book{Gonick.computers, author = "L. Gonick", title = "The Cartoon Guide to Computer Science", publisher = "Barnes \& Nobel", address = "N. Y.", year = "1983"} @book{Gonick.genetics, author = "L. Gonick", title = "The Cartoon Guide to Genetics", publisher = "Barnes \& Nobel", address = "N. Y.", year = "1983"} @book{Gonick.physics, author = "L. Gonick and A. Huffman", title = "The Cartoon Guide to Physics", publisher = "HarperPerennial", address = "N. Y.", isbn = "0-06-273100-9", year = "1990"} # A good starting point if you don't know much molecular biology: # (Two volumes) @book{Watson1987, author = "J. D. Watson and N. H. Hopkins and J. W. Roberts and J. A. Steitz and A. M. Weiner", title = "Molecular Biology of the Gene", edition = "fourth", year = "1987", publisher = "The Benjamin/Cummings Publishing Co., Inc.", address = "Menlo Park, California"} # This book describes LaTex and BiBTeX: @book{Lamport1986, author = "L. Lamport", title = "\LaTeX: A Document Preparation System, User's Guide \& Reference Manual", publisher = "Addison-Wesley Publishing Company", address = "Reading, Massachusetts", callnumber = "Z253.4.L38L35", isbn = "0-201-15790-X", year = "1986"} # *********************************************************** # REFERENCES - Information Theory # The best starter book: @book{Pierce1980, author = "J. R. Pierce", title = "An Introduction to Information Theory: Symbols, Signals and Noise", edition = "second", publisher = "Dover Publications, Inc.", address = "New York", isbn = "0-486-24061-4", comment = " Ordering information: Pierce1980 is currently available by mail from: Dover Publications, Inc. 31 East 2nd street Mineola, New York 11501 order: Pierce, An Introduction to Information Theory: Symbols, Signals and Noise code number: 24061-4 $7.95 + charges. Payment in full, no telephone or credit card orders. Postage and Handling charges are: Bookrate: $3 (US only) UPS: $4.50 (US only, not Alaska or Hawaii or PO boxes) Foreign orders: add 20% of total (minimum $2.50) Sales Tax (Ny residents only) Foreign Orders Note: Remittances must be sent by international money order or in U.S. funds via Federal Wire System to Chemical Bank, N. Y. ABA #021000128. Mark all remittances "For the account of Dover Publications, Inc. #001 053 272" This information is from the Dover Math and Science Catalogue 9/92", year = "1980"} # A good introduction to the mathematics: @book{Sacco1988, author = "W. Sacco and W. Copes and C. Sloyer and R. Stark", title = "Information Theory: Saving Bits", publisher = "Janson Publications, Inc.", address = "Providence, Rhode Island", isbn = "ISBN 0-939765-25-X", year = "1988"} # Important originals: @article{Shannon1948, author = "C. E. Shannon", title = "A Mathematical Theory of Communication", year = "1948", journal = "Bell System Tech. J.", volume = "27", pages = "379-423, 623-656"} @book{ShannonWeaver1949, author = "C. E. Shannon and W. Weaver", title = "The Mathematical Theory of Communication", publisher = "University of Illinois Press", address = "Urbana", isbn = "ISBN 0-252-72548-4", year = "1949"} @article{Shannon1949, author = "C. E. Shannon", title = "Communication in the Presence of Noise", year = "1949", journal = "Proc. IRE", volume = "37", pages = "10-21"} # For the committed: The Complete Works! @inproceedings{Shannon1993, author = "C. E. Shannon", editor = "N. J. A. Sloane and A. D. Wyner", booktitle = "Claude Elwood Shannon: collected papers", publisher = "IEEE Press", address = "Piscataway, NJ", isbn = "0-7803-0434-9", comment = "IEEE Order Number: PC0331-9 To order directly by charge card (eg Visa works) you can call (908)-981-0060 $69.95 + $5 handling charge delivery in about 2 weeks", year = "1993"} # How locks work and other cool stuff: @book{Macaulay1988, author = "D. Macaulay", title = "The Way Things Work", publisher = "Houghton Mifflin Company", address = "Boston", year = "1988"} # Leff1990 gives a review of the Maxwell's Demon problem. # See also Schneider.edmm, listed below. @book{Leff1990, author = "H. S. Leff and A. F. Rex", title = "Maxwell's Demon: Entropy, Information, Computing", publisher = "Princeton University Press", address = "Princeton, N. J.", phone = "1(800) 777-4726", isbn.hard = "0-691-08726-1 (hard cover)", isbn.paper = "0-691-08727-X (paperback)", year = "1990"} # *********************************************************** # REFERENCES - Jaynes @article{JaynesI, author = "Edwin T. Jaynes", title = "Information Theory and Statistical Mechanics", year = 1957, journal = "Physical Review", volume = "106", pages = "620-630"} @article{JaynesII, author = "Edwin T. Jaynes", title = "Information Theory and Statistical Mechanics. {II}", year = 1957, journal = "Physical Review", volume = "108", pages = "171-190"} # A version of Jaynes' new book "PROBABILITY THEORY -- THE LOGIC OF SCIENCE" # is available in the archive in the jaynes directories. # *********************************************************** # REFERENCES - Schneider @article{Schneider1986, author = "T. D. Schneider and G. D. Stormo and L. Gold and A. Ehrenfeucht", title = "Information content of binding sites on nucleotide sequences", journal = "J. Mol. Biol.", volume = "188", pages = "415-431", year = "1986"} @inproceedings{Schneider1988, author = "T. D. Schneider", editor = "G. J. Erickson and C. R. Smith", title = "Information and entropy of patterns in genetic switches", booktitle = "Maximum-Entropy and Bayesian Methods in Science and Engineering", volume = "2", pages = "147-154", publisher = "Kluwer Academic Publishers", address = "Dordrecht, The Netherlands", year = "1988"} @article{Schneider1989, author = "T. D. Schneider and G. D. Stormo", title = "Excess Information at Bacteriophage {T7} Genomic Promoters Detected by a Random Cloning Technique", year = "1989", journal = "Nucl. Acids Res.", volume = "17", pages = "659-674"} @article{Schneider.Stephens.Logo, author = "T. D. Schneider and R. M. Stephens", title = "Sequence Logos: A New Way to Display Consensus Sequences", journal = "Nucl. Acids Res.", volume = "18", pages = "6097-6100", year = "1990"} @article{Schneider.ccmm, author = "T. D. Schneider", title = "Theory of Molecular Machines. {I. Channel} Capacity of Molecular Machines", journal = "J. Theor. Biol.", volume = "148", number = "1", pages = "83-123", note = "{(Note: The figures were printed out of order! Fig. 1 is on p. 97.)}", year = 1991} @article{Schneider.edmm, author = "T. D. Schneider", title = "Theory of Molecular Machines. {II. Energy} Dissipation from Molecular Machines", journal = "J. Theor. Biol.", volume = "148", number = "1", pages = "125-137", year = 1991} @article{Herman.Schneider1992, author = "N. D. Herman and T. D. Schneider", title = "High Information Conservation Implies that at Least Three Proteins Bind Independently to {F} Plasmid {{\em incD\/}} Repeats", journal = "J. Bact.", volume = "174", pages = "3558-3560", year = "1992"} @article{Stephens.Schneider.Splice, author = "R. M. Stephens and T. D. Schneider", title = "Features of spliceosome evolution and function inferred from an analysis of the information at human splice sites", journal = "J. Mol. Biol.", volume = "228", pages = "1124-1136", year = "1992"} @article{Papp.helixrepa, author = "P. P. Papp and D. K. Chattoraj and T. D. Schneider", title = "Information Analysis of Sequences that Bind the Replication Initiator {RepA}", journal = "J. Mol. Biol.", comment = "Cover of 233, number 2!", volume = "233", pages = "219-230", year = "1993"} # *********************************************************** # REFERENCES - Yockey @book{Yockey1958a, editor = "Hubert P. Yockey and Robert P. Platzman and Henry Quastler", title = "Symposium on Information Theory in Biology", booktitle = "Symposium on Information Theory in Biology", year = 1958, publisher = "Pergamon Press", address = "New York, London"} @article{Yockey1981, author = "Hubert P. Yockey", year = 1981, title = "Self-organization Origin of Life Scenarios and Information Theory", journal = "J. Theor. Biol.", volume = "91", pages = "13-31"} @book{Yockey1992, author = "H. P. Yockey", title = "Information Theory in Molecular Biology", publisher = "Cambridge University Press", address = "Cambridge", callnumber = "", comment = "40 West 20th Street, New York, N. Y. 10011-4211, 1-800-827-7423, order number 350050", year = "1992"} *********************************************************** * Will Authors Send Me Papers? Tom Schneider will mail you copies of his papers. Send your physical address to him at toms@ncifcrf.gov. Some papers are on line already, see also the README file in the ftp archive ftp.ncifcrf.gov in pub/delila. If you are willing to send out papers or have papers you would like listed here, please contact Tom Schneider. *********************************************************** * Can You Just Point My Mosaic To The FAQ and the Archives? This file and the postings may be obtained by Mosaic through the world wide web at: