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Mathematical Biology:     more books (100)

Stochastic Models of Tumor Latency and Their Biostatistical Applications (Mathematical Biology and Medicine, Vol 1) by A. Yu Yakovlev, A. D. Tsodikov, 1996-06 The Theory of the Chemostat: Dynamics of Microbial Competition (Cambridge Studies in Mathematical Biology) by Hal L. Smith, Paul Waltman, 2008-06-26 Foundations of Mathematical Biology (v. 2) Mathematical and Statistical Methods for Genetic Analysis by Kenneth Lange, 2002-03-28 Niche Modeling: Predictions from Statistical Distributions (Chapman & Hall/CRC Mathematical & Computational Biology) by David Stockwell, 2006-12-15 The Ten Most Wanted Solutions in Protein Bioinformatics (Chapman & Hall/CRC Mathematical & Computational Biology) by Anna Tramontano, 2005-05-24 Biomolecular Simulations (Chapman & Hall/CRC Mathematical & Computational Biology) by Jordi Villa i Freixa, Michael A. Johnston, 2010-10-30 An Introduction to Mathematical Physiology and Biology (Cambridge Studies in Mathematical Biology) by J. Mazumdar, 1999-10-13 Mathematical Models Molecular Cellular Biology by Segel, 1984-04-27 Mathematical Modelling of Immune Response in Infectious Diseases (Mathematics and Its Applications) by Guri I. Marchuk, 2010-11-02 Mathematical Methods of Population Biology (Cambridge Studies in Mathematical Biology) by Frank C. Hoppensteadt, 1982-02-26 Mathematical Biology (Ias/Park City Mathematics Series) by Mark A. J. Chaplain, James P. Keener, et all 2009-03-01 Frontiers in Mathematical Biology (Lecture Notes in Biomathematics, Vol 1) Modeling Biology: Structures, Behaviors, Evolution (Vienna Series in Theoretical Biology)

lists with details

61. Mathematical Biology According To Kate L Pugh
    Kate s mathematical biology page. Kate s mathematical biology Page. NOTE This was written ages ago. I m not a mathematician any more; I ma programmer.  
    http://www.earth.li/~kake/maths/mathbiol/
    
    Extractions: NOTE: This was written ages ago. I'm not a mathematician any more; I'm a programmer. My dissertation is not going to be put up here because it accidentally got deleted. It only exists in paper form now, and I haven't got a copy. Due to the lack of markup for mathematical symbols, it's not easy to display equations on the Internet. I've been investigating various ways to get around the problem, and I think I've found one I like. It won't work on all browsers though, as it uses special fonts to display Greek characters, and tables to lay out the equations. So I have two versions of every page that contains equations - if the graphical version looks odd then switch to the text version. I'm a third-year DPhil (doctorate) student at Oxford University, based in the Mathematical Institute. The group I am working in is the Oxford Centre for Mathematical Biology Some of us are looking at developmental biology and others at wound healing. I am in the wound healing camp, and at the moment I'm doing angiogenesis As of 10 September 1997, I'm in the process of putting a shortened version of my transfer dissertation up here. Well, as much of it as I've written, anyway. Expect it sometime - don't hold your breath.

62. Mathematical Biology At McMaster University
    PostDoctoral Fellowship Available. McMaster University Home Page Department of Mathematics Statistics Applied Mathematics @ McMaster University.  
    http://www.math.mcmaster.ca/mathbiol/

63. Mathematical Biology In The Department Of Mathematics & Statistics @ McMaster Un
    Geometry Topology. mathematical biology. Mathematical Logic. Probability Statistics. Web. Help. McMaster University mathematical biology, People, Research,  
    http://www.math.mcmaster.ca/research/area.php?area_id=6

64. SC_4 Mathematical Biology
    mathematical biology. Topics This conference will focus on recent advances in the theory and applications of mathematical biology.  
    http://www.icm2002.org.cn/satellite/satel_4.htm
    
    Extractions: Participants are encouraged to submit their paper to the Proceedings after carefully reading the " Notice about the Proceedings of Mathematical Biology Topics: This conference will focus on recent advances in the theory and applications of Mathematical Biology. There will be several invited expository addresses covering recent trends and many invited lectures on problems of current interest and important applications in various disciplines. Scientific Committee: Honorary Chair:

65. Institution Authentication Form
    Truman s mathematical biology Initiative Seminar be Communicating the Art; faculty and students will talk about a wide range of topics which may include their experiences in mathematical biology, reports such  
    http://journals.ohiolink.edu/cgi-bin/sciserv.pl?collection=journals&journal=0092

66. Mathematical Biology
    mathematical biology. General Information mathematical biology regularly seeks joint reviews of proposals with biology programs. Link to Full Announcement.  
    http://www.fedgrants.gov/Applicants/NSF/OIRM/HQ/NSF-GRANTS-041904-030/Grant.html
    
    Extractions: Document Type: Grants Notice Funding Opportunity Number: NSF-GRANTS-041904-030 Posted Date: Apr 19, 2004 Original Due Date for Applications: Dec 18, 2004 Submission window, closes January 13, 2005 Current Due Date for Applications: Dec 18, 2004 Submission window, closes January 13, 2005 Archive Date: Funding Instrument Type: Grant Cost Sharing or Matching Requirement: Yes Supports research in areas of mathematics with relevance to the biological sciences, except statistics and probability. For research in statistics and probablility see the respective program descriptions. This part of the Applied Mathematics program interacts with every division in the NSF Directorate of Biological Sciences and its interests overlap those of the biology programs. Mathematical Biology regularly seeks joint reviews of proposals with biology programs.

67. Arizona Mathematics | Research | Mathematical Biology
    mathematical biology. Significant interactions between mathematics and biology began at least a century ago in population dynamics models.  
    http://math.arizona.edu/research/mathematicalbiology.html
    
    Extractions: The University of Arizona Sections: Home About People Events ... Site Map Significant interactions between mathematics and biology began at least a century ago in population dynamics models. Today, mathematical ecology and population biology represents the confluence of two great traditions, one originating with the work of Lotka and Volterra in their study of population dynamics, and a second developed by Haldane, Fisher, and Wright to study the mechanisms of inheritance. We have similar foundational contributions from mathematics to a variety of areas in biology: Poiseuille's Law for blood flow, the Hodgkin-Huxley model for electrophysiology, the Michaelis-Menten relation for enzyme kinetics, and the Berg and Brown model for bacterial chemotaxis are just four of many possible examples. Powerful new techniques in molecular biology, physiology, genetics, and ecology are taking biology into a much more quantitative era. As mathemticians analyze the increasing volume of data and model increasingly more intricate biological phenomenon, we are seeing more and more how mathematics is a unifying force in biology.

68. Sciserv.pl -- Usage
    KCL mathematical biology GroupMathematics Department mathematical biology, Research Activities This field of research includes the investigation of the general  
    http://sciserver.lanl.gov/cgi-bin/sciserv.pl?collection=journals&journal=0092824

69. Bull Math Biology
    Name Bulletin of mathematical biology. Home page http//www.academicpress.com/bmb. Publisher http//www.academicpress.com/. Field mathematical biology.  
    http://www.nslij-genetics.org/j/bmb.html

70. Mathematical Biology
    Resource Page for mathematical biology. Biomedical Mathematics Florida State University; Centre for mathematical biology Oxford University.  
    http://www1.appstate.edu/~marland/math_bio/mathematical_biology.htm

71. The International Conference On Mathematical Biology
    THE INTERNATIONAL CONFERENCE ON mathematical biology. A SATELLITE MEETING OF ICM2002. Application Form (THE INTERNATIONAL CONFERENCE ON mathematical biology).  
    http://www.tibs.org/sat-meet.html
    
    Extractions: Members: Carlos Castillo-Chivez(U.S.A.),B.D. Sleeman (U.K.), Frad Brauer (Canada), Gang Lu (China),H. L. Smith(U.S.A.),Jianhong Wu (Canada), Jim M Cushing (U.S.A.), Jun Zhu (China),Laifu Liu (China),L.M. Ricciardi (Italy), O. Diekmann (Netherlands), Paul Waltman (U.S.A.), S.A. Levin (U.S.A), Shigui Ruan (Canada),S. Rionero (Italy), T. Yanagawa (Japan), T.G. Hallam (U.S.A.), Yang Kuang (U.S.A.),Zhengyi Lu (China),Zhien Ma (China), Zuori Shen (China) INVITATION

72. Science Search > Mathematical Biology
    Home. Current location Math Applications mathematical biology, 3. mathematical biology Pages Compiled at Brandeis University Life Sciences.  
    http://www.science-search.org/index/Math/Applications/Mathematical_Biology/

73. NWO-Jaarthema Mathematische Biologie
    NWO Jaarthema Mathematische Biologie. NWO Special Year on mathematical biology. Coordinatoren L. Stougie (Eindhoven) en SM Verduyn Lunel (Leiden).  
    http://www.cwi.nl/projects/NWO-jaarthema/
    
    Extractions: English version Coordinatoren: L. Stougie (Eindhoven) en S.M. Verduyn Lunel (Leiden) De Sectie Wiskunde van NWO Exact Wetenschappen organiseert in het jaar 2001 een jaarthema Mathematische Biologie in de vorm van een serie seminar dagen en een winterschool over het thema Mathematische Biologie. Aanleiding voor het thema is de behoefte om voor de wiskunde te inventariseren wat de concrete mogelijkheden zijn om te participeren in nieuwe programma's op het gebied van de biowetenschappen (denk aan het NWO Bioinformatica programma). De centrale organisatie van het jaarthema berust bij Leen Stougie en Sjoerd Verduyn Lunel. In nauw overleg met lokale organisatoren worden 9 dagen op lokatie georganiseerd. De onderwerpen zijn zo gekozen dat deze zowel raakvlakken met de wiskunde als met de toepassingen in de biowetenschappen hebben. Hiermee wordt beoogd wiskundigen een overzicht te geven van de problemen waar biologen, biochemici en medici op stuiten, enerzijds, en deze twee onderzoeksgroepen nader tot elkaar te brengen, anderzijds. Het jaarthema zal worden afgesloten met een ``winterschool'' gericht op ouderejaarsstudenten en beginnende onderzoekers in opleiding. 15-17 Januari 2001: Computational Molecular Biology , EURANDOM, Eindhoven.

74. John R. Jungck
    Bioinformatics. Benzer Deletion Mapping of Genetic Fine Structure . Special Projects with Students 1. Art of mathematical biology.  
    http://www.beloit.edu/~biology/jungck.html
    
    Extractions: John R. Jungck Professor of Biology Beloit College, Beloit, WI Projects: BioQUEST Curriculum Consortium (Quality Undergraduate Education Simulations and Tools in Biology), a national team of biologists and computer scientists, is developing software to simulate biological research simulations and tools to students so they can develop research strategies in a series of open-ended investigations. History of the BioQUEST Curriculum Consortium Bioscene: Journal of College Biology Teaching Computational Molecular Biology and Molecular Bioinformatics Benzer Deletion Mapping of Genetic "Fine Structure" Special Projects with Students 1. Art of Mathematical Biology DNA TOPOLOGY SANDDOLARS SHELL MORPHOLOGY Srebrenka Robic, '97 Vanja Klepac, '98 Adam Robics, '95 VORONOI DIAGRAMS IN BIOLOGY POLYHEDRA IN BIOLOGY GENE THERAPY VECTORS COMING SOON! Zdravko Jeremic, 2001 Giancarlo Schrementi, 2001 Nikki Cheng Genomics and Public Policy Emily Kaltenbach and Colette Bina, '97 Conferences 1997 Annual meeting of the Association of Medwestern College Biology Teachers : Constructing Coherent Curricula: Pushing the Boundaries Heredity, Health and Humanity

75. Mathematical Biology: From Molecules To Ecosystems;The Legacy Of Lee Segel
    with the participation of, with the particpation of MITACS. mathematical biology From molecules to ecosystems;The legacy of Lee Segel. July 05 10, 2003.  
    http://www.pims.math.ca/birs/workshops/2003/03w5080/
    
    Extractions: with the participation of Organizers: Leah Keshet (UBC), Simon A. Levin (Princeton), Mark Lewis (Univ. Alberta) The workshop we plan to organize will capitalize on the high level of interest in this interdisciplinary area. It will have as a unifying theme the work and contributions of Prof Lee Segel, and will attract a number of colleagues, peers, former students, luminaries who have either worked with Prof Segel, or who share his wide and diverse interests in mathematical biology. One of our aims will be to showcase the recent outstanding achievements of talented young researchers in this field, and another will be to review and present the numerous accomplishments of distinguished people working in this area. One of the interesting aspects of our planned workshop is that it will be uniquely poised to showcase the spectacular evolution of mathematical biology over the past 3 or more decades, from a marginalized esoteric area, to center stage. We are fortunate to have on our list of guests, some of the founding members of modern mathematical biology (who are as active as ever in research), together with many of their academic progeny. (In some cases, a thread of three generations can be traced.) As a secondary objective, our workshop would include some historical context of the way that the field has evolved, the continual challenge to balance interesting mathematics and interesting biology, and the open problems that will undoubtedly form future research directions.

76. Mathematical Biology
    Thematic Programme on mathematical biology University of British Columbia Vancouver, Canada JuneAugust 1999. The PIMS Thematic Summer  
    http://www.pims.math.ca/science/1999/bio99/

77. General Mathematical Biology Bookmarks
    mathematical biology. CMS Molecular Biology, Oxford. mathematical biology mathematical biology According To Kate L Pugh Willy Wriggers. Societies.  
    http://www.math.nyu.edu/phd_students/paulatz/mathbio/generalbookmarks.html

78. Series In Mathematical Biology And Medicine
    Series in mathematical biology and Medicine. a), Complex systems; Nonlinear dynamics; Mathematical modelling with applications in Biology and in Medicine.  
    http://www.worldscientific.com/books/series/smbm_series.shtml
    
    Extractions: Home Browse by Subject Bestsellers New Titles ... Browse all Subjects Search Keyword Author Concept ISBN Series Life Sciences New Titles April Bestsellers Editor's Choice Nobel Lectures ... 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 Editors-In-Charge 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.

79. Warwick Mathematics
    mathematical biology. mathematical biology is an active and growing research area in the Mathematics Institute, and Warwick in general.  
    http://www.maths.warwick.ac.uk/research/research_areas/math_bio.html
    
    Extractions: Mathematical Biology is an active and growing research area in the Mathematics Institute, and Warwick in general. Mathematical immunology, epidemiology, ecology and genetics are the main areas in the department, exploiting mathematical techniques from both the deterministic (ODEs, PDEs) and stochastic arenas. Interaction with biologists is fundamental to much of the research activities. David Rand Nigel Burroughs and Matt Keeling lead the research activities in mathematical biology in the department, overseeing a research group comprising a number of post-docs and students. The Scientific Computing Center will further increase research interests in mathematical biology, specifically in computation and simulation of cells and cell processes. David Rand has a long history of interest mathematical biology, from spatial heterogeneity driven evolution of sex and altruism, pair models in epidemiology and ecology, to the more recent activities in T cell activation in immunology and genetic circuits in clocks. Dynamical ideas underlies many of these areas, although both dynamical systems and stochastic methods are used. Nigel Burroughs uses a diverse array of tools to model problems in immunology, microbiology and phylogenetics. Models at both the cellular level, eg PDEs for movement of receptors on a cell surface, and the population level, based on ecological principles, are used dependent up on the best approach for the question at hand. Areas include T cell activation, cytoskeletal dynamics, image analysis and gene flow. Markov chain Monte Carlo (MCMC) techniques are used to analyse microsatellite data, extracting mutational process and demographic parameters. In a collaboration with Biological Sciences, an amoeba bacteria ecology is being investigated, which involves the analysis of video images.

80. Mathbiologyl
    mathematical biology Research. Dr Mike Ball (ballm@liv.ac.uk) whose research interests are concerned with game theory parti cularly  
    http://www.liv.ac.uk/www/sx04/math-biology.html
    
    Extractions: Applied: Research Mathematical Biology Research Dr Mike Ball ( ballm@liv.ac.uk ) whose research interests are concerned with game theory parti cularly its use in mathematical biology. For more details look here Dr Roger Bowers ( sx04@liv.ac.uk ) whose research interests are mathematical population dynamics and epidemiology. For more details look here

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