21. Mathematical Biology Seminar, DMS, NJIT mathematical biology Seminar, Department of Mathematical Sciences, NJIT. http://web.njit.edu/~horacio/MathBioSeminar/schedule.html

Dept of Math Sciences Federated Dept of Biology C A M S Van Houten Library ... UBM Training Program OTHER SEMINARS: NJIT Math Dept Seminars Rutgers Neurosci Colloquium NYU Comp Neurosci Forum NYU Neuroscience Colloquia NJIT MATH BIO GROUP: Amitabha Bose Jorge Golowasch Victor Matveev Robert Miura ... Sheldon Wang PAST SEMINARS: Spring Spring Fall Spring ... Fall DIRECTIONS TO NJIT Driving Directions By Public Transport NJIT Campus Map Mapquest Map ... Google Map Cullimore Hall is at Department of Mathematical Sciences Center for Applied Mathematics and Statistics NJIT Mathematical Biology Seminar - Spring 2008 Seminars are held on Tuesdays at 4:00 p.m. in 611 Cullimore Hall, unless noted otherwise. Refreshments are usually served at 3:30 pm. For questions about the seminar schedule, please contact Horacio G. Rotstein Date Speaker and Title Host January 22 Undergraduate Biology and Math Training Program, NJIT Arf1 Dynamics in Coxsackievirus Infected cells Undergraduate Biology and Math Training Program, NJIT Phase response curves of square wave bursting oscillator A. Bose

22. Series In Mathematical Biology And Medicine The goal of this Series in mathematical biology and Medicine is to promote interdisciplinary approaches in Biology and in Medicine. The Series will publish http://www.worldscibooks.com/series/smbm_series.shtml

Home Browse by Subject Bestsellers New Titles ... Browse all Subjects Search Bookshop Life Sciences New Titles February Bestsellers Nobel Lectures Textbooks ... Book Series Related Journals Journal of Bioinformatics and Computational Biology (JBCB) Medical and Life Sciences Journals Related Links World Scientific Home Imperial College Press Asia-Pac Biotech News Join Our Mailing List ... Request for related catalogues Series in Mathematical Biology and Medicine (ISSN: 1793-1258) Editors-In-Charge P M Auger (Univ. Claude, France) R V Jean (Univ. Quebec, Canada) Consulting Editors O Arino (Univ. Pau, France) J Bélair (Dept. of Maths, Univ. Montreal, Canada) V Capasso (Univ. Milano, Italy) J Demongeot (Univ. J Fourier de Grenoble, France) R Leblanc (Dept. of Maths, Univ. Québec, Canada) C Marzec (Res. Inst. of the City of NY, USA) A Yu Yakovlev (St. Petersburg Tech. Univ., Russia) The goal of this Series in Mathematical Biology and Medicine is to promote interdisciplinary approaches in Biology and in Medicine. The Series will publish original textbooks and monographs that are involved in: a) Complex systems; Nonlinear dynamics; Mathematical modelling with applications in Biology and in Medicine.

23. Molecular Information Theory And The Theory Of Molecular Machines Introduction to the use of information theory in molecular biology. .. mathematics, mathematical biology, Maxwell s Daemon, Maxwell s Demon, microarray, http://www.ccrnp.ncifcrf.gov/~toms/

"Living things are too beautiful for there not to be a mathematics that describes them." Tom Schneider A Tour of Molecular Information Theory Talks about Molecular Information Theory Molecular Information Theory and the Theory of Molecular Machines by Tom Schneider toms@ncifcrf.gov Molecular Information Theory Group Center for Cancer Research Nanobiology Program (CCRNP) National Cancer Institute National Institutes of Health in Frederick, MD Molecular information theory is the application of Claude Shannon 's information theory to molecular patterns and states. What's New? (Forthcoming and Previous Presentations) frames noframes search glossary ... quicklinks If you want to understand life, don't think about vibrant, throbbing gels and oozes, think about information technology. - Richard Dawkins, The Blind Watchmaker, 1986, Norton, p. 112. Nanotechnology Molecular Rotation Engine Molecular Computer Medusa TM Sequencer Rod-Tether Nanoprobe All Positions are currently closed What's New? (Forthcoming and Previous Presentations), What's Cool?

24. WSEAS Conferences: Www.wseas.org The World Conference of WSEAS on mathematical biology and ECOLOGY (MABE 08) The 4th WSEAS International Conference on mathematical biology and ECOLOGY http://www.wseas.org/conferences/2008/mexico/mabe/

CONFERENCES JOURNALS BOOKS RESEARCH ... Past Conferences Reports Find here full report from previous events Impressions from previous conferences ... Read your feedback... History of the WSEAS conferences ... List of previous WSEAS Conferences... Urgent News ... Learn the recent news of the WSEAS ... More Conferences The 4th WSEAS International Conference on MATHEMATICAL BIOLOGY and ECOLOGY (MABE'08) Download an impressive Slides Show (656 Kbytes) Download a Map of the area (16 Kbytes) Download a Map of the town (156 Kbytes) Acapulco, Mexico, January 25-27, 2008 ... Receiver Operating Characteristic (ROC) Curve: A Tool for Describing and Comparing Continuous Diagnostic Tests by Prof. Ivana Horova , Masaryk University, Czech Republic. Conquering the time scale problem in biophysics and materials science by Prof. Wolfgang Wenzel , Institute for Nanotechnology, Germany. Click here and see photographs and a full report from the CIMMACS'06 (one year ago...) Sponsored by WSEAS, IASME, IARAS, WSEAS Transactions on Biology and Biomedicine, WSEAS Transactions on Systems, WSEAS transactions on Environment and Development, WSEAS Transactions on Signal Processsing, WSEAS Transactions on Computers, WSEAS Transactions on Electronics In Collaboration with the WSEAS IWG (International Working Group) on Biology and Biomedicine, the WSEAS IWG on Energy, Environment, Ecosystems and Sustainable Development, the WSEAS IWG on Cybernetics, the WSEAS IWG on Applied Computing and Simulation, the WSEAS IWG on Man-Machine Systems, the WSEAS IWG on Mathematics The organizing committee calls you to submit your papers, special sessions and tutorials.

25. Mathematical Biology Application of Analysis to mathematical biology, Durham, NC Society for mathematical biology Annual Conference, July 2005, Dresden, Germany http://www.math.lsa.umich.edu/~pwn/Mbiology.html

Mathematical Biology Relevant links to Mathematical Biology Web Pages Math Biology Research Group at the University of Michigan Center for Mathematics and Computation in the Life Sciences and Medicine, Duke University Mathematical and Theoretical Biology Institute (ASU) Institute of Applied Mathematics (UBC) ... Mathematical Biology at the IMA Conferences relating to Mathematical Biology General listing SIAM Joint Meeting, New Orleans, LA Application of Analysis to Mathematical Biology, Durham, NC SIAM Annual meeting, Boston, MA ... Siam meeting on Life Sciences, March. 2002 Previous years: AMS annual meeting, New Orleans Jan 2001 Society of Mathematical Biology annual meeting, August 2001 International conference honoring the work of John Jacquez Duke University's Conference on Mathematical Immunology ... Mathematical Biology at the University of Michigan Some of the Pioneers in Math Biology (and I am sure that I am missing a few) Jim Murray Alan Perelson Nancy Kopell Lee Segel ... George Bell People I have had the pleasure to meet and work with Philip Maini Mark Lewis Rustom Antia Sally Blower ... Back to my homepage

26. Mathematical Biology The following is a list of people who have done work in mathematical biology, or whose work is directly applicable to mathematical biology. http://math.uh.edu/~josic/bio/

Mathematical Biology at the University of Houston Department of Mathematics The following is a list of people who have done work in mathematical biology, or whose work is directly applicable to mathematical biology. You will find more information about these faculty members if you follow the links to their pages Giles Auchmuty is a Professor of Mathematics at the University of Houston.maintains a continuing interest in the analysis of nonlinear equations and electromagnetic effects arising in biological problems. Recently he has worked with Mandri Obeysekere and Edwin Tecarro on ODE models of the cell-cycle. Also John Alford has recently graduated with a Ph.D. thesis on the existence and computation of rotating wave solutions of the Fitzhugh Nagumo equations. This study was motivated by models investigated by Leon Glass for tachycardiac arrhythmias. 1) with M.N. Obeyesekere and E.S. Tecarro, "Analysis of a model of the Mammalian Cell cycle's G1 phase", Nonlinear Analysis and Applications, (to appear). 2) with M.N. Obeyesekere, E.S. Tecarro and S.O. Zimmerman, "A model of cell cycle behavior dominated by kinetics of a pathway stimulated by growth factors", Bull. Math. Biology, 61, (1999), 917-934

27. Biology, Interdisciplinary, Mathematical Biology, Mathematics, Scientist, Theore Funding organizations outside the U.S. are similarly active in expanding opportunities for mathematical biology training and research. http://sciencecareers.sciencemag.org/career_development/previous_issues/articles

Jump to: Page Content Section Navigation Section Search Site Navigation ... Account Information , or Site Tools You are seeing this message because your web browser does not support basic web standards. Find out more about why this message is appearing and what you can do to make your experience on this site better. Site Tools Site Search Site Area Science Magazine News Science Signaling SAGE KE Science Careers All HighWire Journals Terms Advanced Account Information Site Navigation Readers Members Authors Librarians Advertisers Jobs Funding Meetings and Events Career Development ... Browse by Employer Browse By Topic Career Stage Work Sector Discipline More Topics Regional Portals Americas Asia/Australia Europe Browse by Issue This Week Last Week Previous Issues Minority Scientists Network Help, advice, and support for students and their mentors. Article Search Article Search Advanced For Job Seekers Find a Job Login to My Account Post Resume Sign up for Job Alerts Also in Science Careers Science Careers Forum Get your careers questions answered. Get Funding Our GrantsNet engine helps you fund your science research and education. Alternative Careers Research not for you? Check out these options.

28. Summer Undergraduate Research Programs In Mathematical Biology Since the area of mathematical biology is an interdisciplinary and growing field, it can be difficult to decide if you would fit in at a program that is http://www.mit.edu/~sontag/summer_undergrad.htm

Summer Undergraduate Research Programs in Mathematics/Biology Compiled by Laura Sontag (updated December 2007) Summer undergraduate research internships are a great way to learn about active areas of research in a particular field, meet students with common intellectual interests, get to know graduate students and faculty members working in the area, give you a better idea of whether you would like to pursue graduate studies, and have fun! When looking for programs to apply to, keep in mind what you are looking for in a program. For instance, some programs are short (2 or 3 weeks) while others can last the entire summer. What you will actually do during your time there can be very different: you could be attending lectures, working on group projects, or working individually with graduate students or professors. Also, you may want to choose a location where you would enjoy spending the summer, or somewhere you always wanted to go but haven’t had the opportunity. Some programs may be very small, while others can have as many as 50-100 summer interns. Check to see if the program offers weekly seminars or discussions on areas like applying to graduate school, fellowships, and research ethics, as well as talks on a variety of research areas – these can be very informative.

29. Education For Math Biology Resources The resources collected here, with assistance from the Education Committee of the Society for mathematical biology , are an extension of the Quantitative http://www.tiem.utk.edu/~gross/bioed/mathbio.progs.html

Resources for Mathematics Education for Biology Students The resources collected here, with assistance from the Education Committee of the Society for Mathematical Biology , are an extension of the Quantitative Curriculum for Life Science Students project, which is being expanded with support from the National Science Foundation under Grant DUE-9752339 to develop quantitative resources within General Biology courses. Additional resources are available through The Mathematics Archives for The Life Sciences WWW Resources for Mathematics Training for Biology students Biocalculus from Mike Mesterton-Gibbons at Florida State University Biocalculus with Mathematica Interdisciplinary Student Projects for Calculus from Rockhurst College Projects page including biology examples Synergistic Learning in Biology and Statistics from Trinity University Biology examples Quantitative Biology Laboratories Project at Utah State Univesity Example biology labs for several courses BioQuest Curriculum Consortium The BioQUEST Library V of many modules for Biology Education Mathematical Modules in Biology and Chemistry Example modules from Meghan Burke and Sean Ellermeyer at Kennesaw State University A Course in Mathematical Biology at the University of Montana Outline for Course using Leah Edelstein-Keshet's Text Biomathematics from University of British Columbia from Sally Otto Course Outline, Lecture Notes - Based around Alan Hasting's Text on Population Biology

30. SMB/JSMB 2007 The Joint Annual Meetings of the Society for mathematical biology and the Japanese Society for mathematical biology Fairmont Hotel, San Jose, California http://abacus.bates.edu/~mgreer/smb_jsmb_2007/

The Joint Annual Meetings of the Society for Mathematical Biology and the Japanese Society for Mathematical Biology: Fairmont Hotel, San Jose, California July 31, morning - August 3, evening Any last minute news The scientific program is available (in PDF format). For talk and poster presenters, please see the instructions for authors Registration is now open. The themes for the meeting will include Ecology Developmental Biology Evolution Pattern Formation Conservation Biology Tumor growth and cancer therapy Resource Management Cell dynamics Epidemiology Mathematical Biology Undergraduate Education Plenary speakers will include H.T. Banks, North Carolina State University Helen Byrne, University of Nottingham Carlos Castillo-Chavez, Arizona State University Gerda de Vries, University of Alberta Louis Gross, University of Tennessee Alan Hastings, University of California, Davis Akira Sasaki, Kyushu University Yasuhiro Takeuchi, Shizuoka University

31. Mathematical Biology Journal Club The mathematical biology Journal Club (MBJC) consists a group of students and faculty members in mathematics, biological and physical sciences, medicine, http://www.amath.washington.edu/~mbjc/

Mathematical Biology Journal Club The Mathematical Biology Journal Club (MBJC) consists a group of students and faculty members in mathematics, biological and physical sciences, medicine, as well as engineering who are interested in the interface of biology and medical science and mathematics. We meet once a week in an informal atmosphere, and we encourage the participants to explore and develop various topics of common interest. Anyone who is interested in quantitative issues in and theoretical approach to biology and medicine is welcome! If you have a biological or medical research problem for which you like to develop a quantitative treatment, you are encouraged to join us. Information for Winter Quarter 2008 Time: Fridays, 12:30pm - 1:20pm Place: GUG 415-L Registration: 1 or 2 credits are available for AMath 500C Reading Material The theme for this quarter is stochastic processes in mathematical biology. Speakers are encouraged to present a paper related to the theme, but feel free to simply use the theme as a starting point. Please join the mailing list to get the weekly announcements of the topic. MBJC Mailing List The MBJC has a mailing list on which the lastest readings are announced along with occasional logistical details (rescheduled meetings, etc.). The mailing list is designed to let members of the MBJC discuss meeting times, presentations, and possible topics as well as create a forum for all interested people to ask related questions. Any comments, suggestions, or questions about this website or the MBJC in general should also be addressed to the mailing list address.

32. UPenn - SAS - Biology - Programs - Undergraduate - Concentrations - Computationa Computational and mathematical biology are important new areas in the biological sciences. Recognizing this, we have developed at Penn an undergraduate http://www.bio.upenn.edu/programs/undergraduate/concentrations/compbio.html

Undergraduate Program Department of Biology School of Arts and Sciences University of Pennsylvania Concentration: Computational and Mathematical Biology Background Computational Biology requirements Mathematical Biology requirements How to apply ... Alternatives to this concentration background Computational and Mathematical Biology are important new areas in the biological sciences. Recognizing this, we have developed at Penn an undergraduate concentration in Computational Biology, a Computational Biology/Bioinformatics track in the Master's program in Biotechnology, and a graduate level program in Computational Biology. We also support post-doctoral students in this field. The departments of Biology, Computer and Information Science (CIS), and Mathematics have each devised undergraduate programs to train students in Computational and Mathematical Biology. Here we describe only the program available in the Department of Biology. Within the Department of Biology there are two possible "concentrations" aimed at training students in computational and mathematical skills. These are the concentration in Computational Biology and the concentration in Mathematical Biology. These concentrations are both designed so that a student may focus on those areas in which he/she wishes to specialize. They are described in detail below.

33. BSCI 474: Mathematical Biology BSCI 474 mathematical biology. Section 0101 Fall 2006 John A. Rhodes, Elizabeth S. Allman, Mathematical Models in Biology An Introduction, http://www.glue.umd.edu/~jzsimon/bsci474/

BSCI 474: Mathematical Biology Section 0101 Fall 2008 Last Updated 03/18/08 Course Information Lecture PLS Lab W 2:00 - 4:00, EGR 0312 (starts 9/10). Required Texts Edward Batschelet Introduction to Mathematics for Life Scientists Springer-Verlag John A. Rhodes, Elizabeth S. Allman Mathematical Models in Biology: An Introduction Cambridge University Press Prerequisites Math 220 (Elementary Calculus I) Math 221 (Elementary Calculus II) Web Site http://www.glue.umd.edu/~jzsimon/bsci474/ Course Description Assuming no knowledge of calculus, the development of mathematical skills, such as solving non-linear difference equations, eigenvector analysis, multi-dimensional stability, and use of Excel and Matlab, is motivated by biological models. Models are chosen from a variety of biological disciplines: linear and non-linear models of populations, Markov models of molecular evolution, phylogenetic tree construction from DNA sequence data, genetics, and infectious disease models. Testudo Info Other BSCI 474 links Announcements Homework Lab References Instructor Info Instructor Jonathan Z. Simon, Professor

34. The Society For Mathematical Biology Newsletter We are involved in negotiations with Elsevier, and other potential publishers of our official research Journal, the Bulletin of mathematical biology (see http://malthus.micro.med.umich.edu/newsletter.html

Mathematical Biology Newsletter Volume 10 # 2 Spring, 1997 The Society for Mathematical Biology Edited by: Denise Kirschner Leah Edelstein-Keshet President, SMB (outgoing) and Leon Glass President, SMB (incoming) Dear SMB members, This issue of the SMB newsletter is being edited and assembled by Denise Kirschner , who very kindly agreed to take over the project despite her recent move, and a heavy workload. Thank you Denise ! August, 1997 is almost here. It is time to plan for our annual meeting (See details, this newsletter). It is also time for a "changing of the guard": Leon Glass , our current president elect will be inaugurated at this year's SMB meeting. It is hard to summarize all the SMB activities in a short space of this letter, but here are the main points: We are gradually becoming more fully electronic (as this newsletter and SMB home page demonstrate). We have several new initiatives ongoing: the newsletter has been placed on a stricter schedule, with three issues per year and target dates of January 1, June 1, and Sept 1. (We still ask for donations of material, editorials, announcements, and other news. We would like to open this forum to greater participation by members). The Busenburg Memorial Funds have now been applied towards student travel, and this year should see students reaping the benefits of these and the Landhal travel funds to attend our annual meeting. The Okubo Fund for scientific Excellence is growing. We hope to award periodic prizes from the interest earned from this fund. A committee consisting of Lee Segel, Simon Levin, and Don Ludwig has been appointed to oversee this process. We are involved in negotiations with Elsevier, and other potential publishers of our official research Journal, the Bulletin of Mathematical Biology (see

35. Introduction To Mathematical Biology Designed to explore the applications of mathematical techniques and methods related to biology, this text explores five areas cell growth, http://store.doverpublications.com/0486425320.html

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36. Centre For Mathematical Biology Centre for mathematical biology at the University of Alberta. http://www.math.ualberta.ca/~mathbio/

Home About Us People Events ... Contact Us The Centre for Mathematical Biology (CMB) has been operational since January 2002. The focus of the Centre is on research across the disciplines of mathematics and biology and between departments and institutions. The Centre is designed to promote research in mathematical biology at the University of Alberta through interdisciplinary research collaboration, a visitor program, a seminar series, a summer school, and postdoctoral and graduate education. Learning Opportunities With the Centre PIMS Mathematical Biology Summer Workshop May 6-16, 2008 View information and application form International Graduate Training Centre (IGTC) The Pacific Institute for Mathematical Sciences (PIMS) is offering new graduate training opportunities with the PIMS IGTC in Mathematical Biology The IGTC aims to provide a specialized training programme for students in mathematical biology. For further information view http://www.pims.math.ca/igtc/math_biology CMB Calendar CMB Library (password required) Univ of Alberta Dept of Biology Search our site powered by Google usr="Mathbio";

37. McGraw-Hill's AccessScience mathematical biology spans all levels of biological organization and biological function, from the configuration of biological macromolecules, http://www.accessscience.com/topic.aspx?topic=794610

38. Home Conference on Representation Theory, Quantum Field Theory, Category Theory, Mathematical Physics and Quantum Information Theory http://math.uttyler.edu/math/conference/

Home Registration Proceedings tex header Schedule ... Maps/Directions COMING SOON: Conference on Representation Theory, Quantum Field Theory, Category Theory, Mathematical Physics and Quantum Information Theory Funded by the National Science Foundation September 20 - 23, 2007 The University of Texas at Tyler Invited Speakers: Organizers Kazem Mahdavi (University of Texas at Tyler) Louis Kauffman (University of Illinois at Chicago) Samuel Lomonaco (University of Maryland Baltimore County) Deborah Koslover (University of Texas at Tyler) Travel funding is available. ****More information will be available soon.

39. AIP Conference Proceeding 971INTERNATIONAL CONFERENCE ON mathematical biology is an interdisciplinary area that focuses on the application The International Conference on mathematical biology 2007 provides the http://proceedings.aip.org/proceedings/confproceed/971.jsp

40. Math 490 PDE And Math Biology Partial Differential Equations and mathematical biology Spring 2004 mathematical biology Journals in College of William and Mary library and network http://www.resnet.wm.edu/~jxshix/math490/

Math 490-01 Partial Differential Equations and Mathematical Biology Spring 2004 Instructor: Professor Junping Shi Syllabus Course Schedule Mathematical Biology Links ... Mathematical Biology Journals in College of William and Mary library and network Lecture Notes Chapter 1: Derivation of reaction-diffusion equations (14 pages) Chapter 2: Diffusion equation on a bounded domain (22 pages) Chapter 3: Diffusion with point source (8 pages) Chapter 4: Nonlinear scalar reaction-diffusion equations (38 pages) Chapter 5: Reaction diffusion systems (9 pages) Lecture slides (Introduction) Handouts: Preface of [Murray], Chapter 1 of [Stewart] (Review of multi-variable calculus) 4/14 Turing patterns in animal coats ( powerpoint pdf 4/16 Chemotactic systems ( powerpoint 4/19 Spatial epidemic models ( pdf 4/21 Overview of other mathematical biology ( pdf Biomath graduate programs Homework assignment (problems from lecture notes) Homework 1 (due 2/6, Friday): Chapter 1 (1,2,3,4,5,6ac,8,9) answer(pdf, problem 4-9) Maple program for problem 1-3 Homework 2 (due 2/16, Monday): Chapter 2 (1,2,4,5,6,7,8,9,11) Homework 3 (due 2/25, Wednesday): Chapter 2 (12,13), Chapter 3(1,2)

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