Home  - Pure_And_Applied_Math - Mathematical Biology

Books Baby Camera Phones Computers Games DVD Electronics Kitchen Magazines Music Garden Software Tools Toys Video Apparel & Accessories Jewelry & Watches Musical Instruments Health & Personal Care Beauty Sports & Outdoors Office Products

e99.com Bookstore

Images

Newsgroups

21-40 of 104    Back | 1  | 2  | 3  | 4  | 5  | 6  | Next 20

Mathematical Biology:     more books (100)

Modelling Differential Equations in Biology by C. H. Taubes, 2008-01-28 Elements of Mathematical Biology by Alfred J. Lotka, 1957-06 Essential Mathematical Biology by Nicholas F. Britton, 2003-04-08 Cell Mechanics: From Single Scale-Based Models to Multiscale Modeling (Chapman & Hall/CRC Mathematical & Computational Biology) Normal Mode Analysis: Theory and Applications to Biological and Chemical Systems (Chapman & Hall/CRC Mathematical & Computational Biology) Mathematical Models in Biology: An Introduction by Elizabeth S. Allman, John A. Rhodes, 2003-10-13 Computational Cell Biology An Introduction to Mathematical Biology by Linda J.S. Allen, 2006-07-29 Mathematical Methods in Biology (Pure and Applied Mathematics: A Wiley Series of Texts, Monographs and Tracts) by J. David Logan, William Wolesensky, 2009-08-17 Mathematical Epidemiology of Infectious Diseases: Model Building, Analysis and Interpretation (Wiley Series in Mathematical & Computational Biology) by O. Diekmann, J. A. P. Heesterbeek, 2000-05-25 Branching Processes in Biology (Interdisciplinary Applied Mathematics) by Marek Kimmel, David E. Axelrod, 2010-11-02 Applied Mathematical Demography (Statistics for Biology and Health) by N. Keyfitz, Hal Caswell, 2010-11-02 Population Biology: Concepts and Models (Volume 0) by Alan Hastings, 1996-12-13 An Introduction to Systems Biology: Design Principles of Biological Circuits (Chapman & Hall/CRC Mathematical & Computational Biology) by Uri Alon, 2006-07-07

lists with details

21. Nonlinear And Complex Systems Group
    On line papers, seminats, links on mathematical biology, neuroscience, chaos  
    http://www.lboro.ac.uk/departments/ma/research/ncsg/
    
    Extractions: Dr Andy H Osbaldestin Dynamical systems Dr Steve Coombes Mathematical Neuroscience Dr Markus Owen Mathematical Biology Dr Holger R Dullin Hamiltonian dynamics Dr Vassilis Rothos Nonlinear PDEs and global bifurcations. Dr Alexei V. Tsygvintsev Analytical and Numerical Investigation of Universality in Dynamical Systems. Dr Steven Webb Mathematical modelling in biology and medicine. Matthew James Coupled neural oscillators Matthew Denman-Johnson Synaptically coupled relaxation oscillators Ioulia Timofeeva Calcium waves and oscillations. Sarah Denman-Johnson Cytokine dynamics in Rheumatod Arthritis Dr Andy Burbanks Dynamical systems Dr Barry de Souza Neural pattern formation Dr Peter Roper Stochastic Neural Systems Dr Carlo Fulvi Mari Statistical Neurodynamics Dr James Stirling Turbulence Christina Wood Dynamics of the Pupil Light Reflex ... Loughborough University Written by Steve Coombes (Logo and graphics by Andy Burbanks

22. UBC Institute Of Applied Mathematics
    Interdisciplinary graduate programs offered in fields such as mathematical biology, numerical analysis, and computational geometry.  
    http://www.iam.ubc.ca

23. Biology Online
    Listings of sites in mathematical biology.  
    http://www.biology-online.org/links1/mathematical_biology.asp

24. Mathematical Biology At The National Institute For Medical Research - NIMR
    Division of mathematical biology, National Institute for Medical Research, Bioinformatics,Computational biology, mathematical biology, mathematical biology.  
    http://mathbio.nimr.mrc.ac.uk/
    
    Extractions: POPS Sequence/structure database searching Threading QUEST - Search protein sequence databases with this new iterative homology searching tool, which incorporates multiple sequence alignment and sequence filters to control iteration - Find the most likely structure for your sequence, using an artificial neural network model to generate profiles (PSSMs) that incorporate protein residue structural environments and evolutionary distance measures Blastit - PSI-BLAST server with an added iterative step to design and edit profiles MST - Multiple sequence threading: thread your multiple sequence alignment through a structure Sequence/structure alignment Modelling/prediction/engineering PRALINE - Multiple sequence alignment toolkit with several strategies to optimise alignment quality REPRO - Find internal repeats in your protein sequence Multal - Fast multiple sequence alignment tool POPS - Tool for fast solvent accesible surface area (SASA) calculation SAP - Structure alignment tool based on sensitive structure superpositioning using double dynamic programming Leap-dynamics project - Calculating long-term protein motions using molecular dynamics PSAP - Search with your structure through the PDB database to find the most similar structures and test the statistical significance of the hits using a new structure-based protocol.

25. Mathematical Biology
    Michael Green. email, mgreen@nimr.mrc.ac.uk. telephone, +44 (0)20 89593666 x2297. fax, +44 (0)20 8913 8545. Major research interest. The  
    http://mathbio.nimr.mrc.ac.uk/~mgreen/
    
    Extractions: Major research interest. The structure of membrane proteins in general and the calcium transporting atpase in particular. Monkeys ape Molecules. Virus coats, muscle fibres, mitotic spindles and many other regular biologi cal structures are assembled from multiple copies of protein molecules, linked toget her by specific bonds. Protein molecules are inherently asymmetric and it is difficu lt to represent their interactions using regular shapes (spheres or ellipsoids). The monkey provides a large scale unit, which because of its asymmetry and the many pot ential links, can simulate the geometrical relationships within complex structures a nd can illuminate some general principles of symmetry. Plastic monkeys can be joined in pairs in over eighty different ways (Nature, 219, 413, (1968)). The links between them can be either asymmetric (A) or symmetric (S).Any pair can be used as a nucleus for further growth. If the first link is asy mmetric (A), it joins a site X on the first monkey to a site Y on the second and lea ves a spare X site on the second monkey and a Y site on the first, which can be used to add further monkeys and so generate a simple helix from a single type of A link. Asymmetric links can also be used to make rings with differing upper and lower surfac es. If instead of linking X to Y we link X to the X site of another monkey, the m onkeys will be joined by a symmetrically and no further growth can occur unless a new kink Z is introduced, which in turn may be either asymmetric or symmetric

26. ESMTB
    The society aims for a lively exchange on research in mathematical and theoretical biology. This goal Category Science Math mathematical biology Organizations Starting 2003, all members of the ESMTB receive free electronic access to Journalof mathematical biology (Springer Verlag) Register at the Springer stand  
    http://www.esmtb.org/
    
    Extractions: The society aims for a lively exchange on research in mathematical and theoretical biology. This goal is pursued by the organization of summer schools and conferences, by the European Communictations (the former Newsletter) and the information on our web-site. To keep this site up-to-date additional information from your side is very welcome. Just send an e-mail to esmtb@esmtb.org

27. Centre For Mathematical Biology -- Events
    Events Seminars These are the links to the schedules for the mathematical biologySeminar Series. Summer Schools PIMS mathematical biology Summer Workshops.  
    http://www.math.ualberta.ca/~mathbio/events.html
    
    Extractions: Summer Schools PIMS Mathematical Biology Summer Workshops The 2nd Annual PIMS Mathematical Biology Summer Workshop will be held at the University of Alberta from April 30-May 9, 2003. Click here for details. The Centre for Mathematical Biology offers this 10-day intensive mathematical biology summer workshop to twenty-five undergraduate students from mathematics or other quantitative sciences from across North America. The poster for the 1st Annual PIMS Mathematical Biology Summer Workshop, held May 11-19, 2002, can be seen here Pictures and presentations from the workshop can be seen here

28. International Conference On Mathematical Biology SMB2003
    International Conference on mathematical biology 2003. Annual Meeting of The Societyof mathematical biology (SMB) University of Dundee • 69 August, 2003.  
    http://www.maths.dundee.ac.uk/smb03/

29. Mathematical Biology
    Links of mathematical biology. mathematical biology is an exciting andfast growing field. Most of the current topics of mathematical  
    http://math.la.asu.edu/~kuang/aims/mblinks.html
    
    Extractions: About AIMS Contact us Conference CPAA ... Order Info Links of Mathematical Biology NEWSLETTER MEETINGS JOURNALS BOOKS ... About this site Mathematical biology is an exciting and fast growing field. Most of the current topics of mathematical biology consist of the formulation and analysis of various mathematical models, often in the forms of difference equations or differential equations (ODEs, PDEs or stochastic DEs with or without time delay). Analytical and numerical studies of such models frequently present interesting and challenging dynamical system questions. To facilitate the broad interactions of mathematics and biology, this site is committed to provide an avenue for individuals and institutions to post news announcements (meetings, journals, questions, etc), to get to know each other, to initiate discussions and conduct collaborations.

30. Mathematical Biology
    mathematical biology. Bibliography General Journals Canadian Soc. Theor. BiologySociety for mathematical biology Newsletter mathematical biology epartments.  
    http://felix.unife.it/ /ma-bio

31. Mathematical Biology Laboratory
    The summary for this Japanese page contains characters that cannot be correctly displayed in this language/character set.  
    http://bio-math10.biology.kyushu-u.ac.jp/

32. Springer LINK: Journal Of Mathematical Biology - About This Journal
    Springer journal whose scope includes the application of mathematical modelling and reasoning to the understanding of biological systems and the explanation of biological phenomena. Tables of contents starting vol.34 (1996). Full text to subscribers.  
    http://link.springer.de/link/service/journals/00285/about.htm

33. The Society For Mathematical Biology Newsletter
    mathematical biology Newsletter. Volume 10 2 Spring, 1997. TheSociety for mathematical biology. Edited by Denise Kirschner.  
    http://malthus.micro.med.umich.edu/newsletter.html
    
    Extractions: 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

34. Bulletin Of Mathematical Biology
    Academic Press journal publishing original research papers, survey articles, and extended book reviews related to research at the junction of computational, theoretical and experimental biology.  
    http://www.elsevier.com/locate/issn/0092-8240

35. News About Bulletin Of Mathematical Biology
    News about the Bulletin of mathematical biology. Bulletin of MathematicalBiology Historical Note about BMB. The Bulletin of Mathematical  
    http://malthus.micro.med.umich.edu/bmb.html
    
    Extractions: Historical Note about BMB The Bulletin of Mathematical Biology is the official research publication of the Society For Mathematical Biology . BMB was originally called the Bulletin of Mathematical Biophysics when it was founded by Nicholas Rashevsky prior to 1972. When Rashevsky died, Mrs. Rashevsky transferred the ownership to Herb Landahl, who subsequently transferred it to SMB. Originally, BMB focused on abstract and theoretical work. Since Lee Segel took over as editor, in 1984, the emphasis has shifted to a greater biologically-relevant content, at the interface of theoretical and experimental biology. Many members of the Society for Mathematical Biology take for granted the arrival of the six issues of the Bulletin of Mathematical Biology every year. This inexpensive and convenient research journal keeps us current, and brings many interesting and informative articles directly to our desks. The SMB membership fee of US $50 for full members pays $36 to the BMB publisher, Elsevier. Only $14 from each regular member is returned to the Society. For students, who get membership to SMB at the low rate of US $25, this journal is a particular bargain, as it is subsidized by the Society: Each student membership is topped up by $11 from SMB funds to bring the journal subscription to our young members. But a price for these unusually low Society fees is exacted ! In recent years, to cover the costs of printing and processing, our publisher has dramatically increased the cost of the Bulletin to institutional subscribers (e.g. libraries), with the result that many libraries have cancelled their subscription. Have you checked your local library for BMB recently? Even if you have a desk-copy of the Bulletin, consider these important reasons for having your institution subscribe: (1) availability of back issues, and ongoing issues to students, colleagues, and others who have interdisciplinary interests. (2) Ensuring the continuity of the archives in Mathematical Biology at a time when this area is becoming more important and timely. (3) Ensuring that the work of your colleagues and members of your profession is made available to as wide a readership as possible.

36. A Course In Mathematical Biology
    mathematical biology. at the. Much of mathematical biology involves the analysisof nonlinear difference and differential equations (and systems).  
    http://lennes.math.umt.edu/~derrick/biomath.html
    
    Extractions: Much of Mathematical Biology involves the analysis of nonlinear difference and differential equations (and systems). Most topics can be approached using graphical techniques easily mastered by upper-division non-majors. These tools provide genuine insight into the application of mathematics in the world around us. The models show how certain processes work in biology and predict outcomes that give insight into biological mechanisms. Much of the course involves the use of eigenvalues in analyzing local behavior, a task within reach of interdisciplinary students. We focus on 2-dimensional systems, but also mention behaviors in higher dimensions. A third aspect of the course is the use of technology: we use some simple TRUE BASIC programs to introduce certain models of population growth (Leslie model), and to discuss the chaotic behavior of logistic models. Students are then taught to use PHASEPLANE, as a tool for finding numerical solutions of differential and discrete systems. This one-semester course includes aspects of chaotic motions, phase-plane analysis, and bifurcation theory, but virtually all of the theoretical material requires only a basic understanding of sophomore calculus.

37. Mathematical Biology
    mathematical biology. Relevant links to mathematical biology WebPages Math Biology Research Group at the University of Michigan;  
    http://www.math.lsa.umich.edu/~pwn/Mbiology.html

38. Mathematical Biology Research Group
    Department of Mathematic's mathematical biology Research Group. Our group isopen to anyone who is interested in learning about mathematical biology.  
    http://www.math.lsa.umich.edu/research/mathbio/
    
    Extractions: The Mathematical Biology Research Group (MBRG) is a friendly group of students, postdocs, faculty members and scientists from many different disciplines throughout campus with a common interest in Mathematical Biology. This year we will again invite some prominent mathematical biologists to visit, give a seminar and spend some time interacting with the students. The mission of the group is to foster exciting science by: 1) improving communication between different groups working in a similar area, 2) providing a forum for scientists to present open research projects in a friendly and unobtrusive environment, 3) providing a means for students at any level to learn more about Math Biology and to give them a avenue for starting to work on projects that they find interesting, 4) and having fun! Last semester we studied a few classical mathematical papers, such as the original papers on Kermack and McKendrick and Hodgkin-Huxley. This semester we will look at current papers in the literature that focus on modeling in the Medical Sciences. The group allows members to explore various topics of interest in an informal atmosphere. Topics for discussion are decided on by the people speaking. The MBRG consists of various activities including journal readings, student presentations, seminars, and various mini-lectures. Our group is open to anyone who is interested in learning about Mathematical Biology.

39. Ingenta: All Issues
    user name. password ATHENS compliant. remember user name. enter. Biology/LifeSciences Biology, Bulletin of mathematical biology, ISSN  
    http://www.ingenta.com/journals/browse/ap/bu

40. Geoffrey J. Butler Memorial Conference
    A gathering for researchers and students in Differential Equations and mathematical biology in honour of the memory of Geoff Butler. University of Alberta, Edmonton, Alberta, Canada; 1721 June 2003.  
    http://conley.math.ualberta.ca/butler.html
    
    Extractions: First Announcement Plenary Speakers Program Schedule Registration Form Program Updates Speaker Index Abstracts Travel Information Accommodation Local Information Major Sponsors Financial Assistance for Students Contact us Dates : June 17 - 21 (Tuesday - Saturday), 2003. Location : University of Alberta, Edmonton, Alberta, Canada. All talks will be on the 2nd floor of CAB (Central Academic Building) Theme : A gathering for researchers and students in Differential Equations and Mathematical Biology. This conference is in honor of the memory of our former colleague Geoff Butler. It will also celebrate the career and retirement of Paul Waltman of Emory University. G.J. Butler Speaker

21-40 of 104    Back | 1  | 2  | 3  | 4  | 5  | 6  | Next 20