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The growth across the spectrum of biology in the application of mathematical and computations approaches provides explicit evidence that educators worldwide need to take account of new market forces if they wish to train their students to be adequately prepared for the demands of modern research. 20839 Leah Edelstein-Keshet: Mathematical models in biology. SIAM 2005, 590p. Eur 33. 12002 Leah Edelshtein-Keshet: Review of the book "Mathematical biology" by Murray. Bull. Math. Biol. 52 (1990), 797-805. 8155 G. Ermentrout: Review of the book "Theoretical models in biology" by Glenn Rowe. Bull. Math. Biol. 57 (1995), 935-937. 9256 Torbjörn Fagerström/Peter Jagers/Peter Schuster/Eörs Szathmary: Biologists put on mathematical glasses. Science 20 December 1996, 2039-2040. 16715 Christopher Fall/Eric Marland/John Tyson/John Wagner (ed.): Computational cell biology. Springer 2002, 460p. $51. 21729 Avner Friedman: What is mathematical biology and how useful is it? 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Biology, mathematics and a mathematical biology laboratory, Some mathematical tools, Reproduction and the drive for survival, Interactions between organisms and their environment, Age-dependent population structures, Random movements in space and time, The biological disposition of drugs and inorganic toxins, neurophysiology, The biochemistry of cells, A mathematical approach to HIV and AIDS, Genetics. But very elementary. 23193 M. Herrero: Through a glass, darkly - biology seen from mathematics. Comment on "Toward a mathematical theory of living systems focusing on developmental biology and evolution - a review and perspectives" by N. Bellomo and B. Carbonaro. Physics of Life Rev. 8 (2011), 21-23. T. Hida: Advanced mathematical approach to biology. World Scientific 1997. 9-81023065-6. $48. Frank Hoppensteadt: An introduction to the mathematics of neurons. Modeling in the frequency domain. Cambridge UP 1997. 0-521-59929-6 (pb). $23. 4022 Frank Hoppensteadt/Charles Peskin: Mathematics in medicine and the life sciences. Springer 1992. Phillip Iannacone/Mustafa Khokha (ed.): Fractal geometry in biological systems - an analytical approach. CRC 1996, 370p. $70. Jürgen Jost: Biologie und Mathematik. Internet 2003, 100p. 25995 Jürgen Jost: Mathematical methods in biology and neurobiology. Springer 2014, 230p. Eur 38. J. Jungk/R. Friedman: ... Bull. Math. Biol. 46 (1984), 699-744. An annotated bibliography summarizing the literature up to 1984. 18560 Marek Kimmel/David Axelrod: Branching processes in biology. Springer 2002, 230p. Eur 61. 27722 Hiroaki Kitano: Systems biology - a brief overview. Science 295/5560 (2002), 1662-1664. 21296 Edda Klipp/.../Ralf Herwig: Systems biology. Wiley 2009, 570p. Eur 68. S. Kooijman: Dynamic energy budgets in biological systems. Cambridge UP 1993, 330p. $65. 27219 Andreas Kremling: Kompendium Systembiologie. Vieweg+Teubner 2012, 290p. Eur 10 (Ebuch). 26951 Melinda Lanius: Reinhard Laubenbacher interview. Notices AMS May 2017, 456-460. 16832 Reinhard Laubenbacher: A computer algebra approach to biological systems. Internet 2003, 2p. 21253 Yuri Lazebnik: Can a biologist fix a radio? - or, what I learned while studying apoptosis. Cancer Cell 2 (2002), 179-182. [Reprinted in Biochemistry (Moscow) 69/12 (2004), 1403-1406.] Pete Lestrel: Fourier descriptors and their applications in biology. Cambridge UP 1997. 0-521-45201-5. $80. Simon Levin (ed.): Frontiers in mathematical biology. Springer 1994, 630p. 3-540-58466-8. DM 98. 7987 Mark Lewis: Report on the Special Year in Mathematical Biology held at the University of Utah 1995-1996. Math. Biology Newsletter June 1996, 3. 19507 Gabriele Losa/Danilo Merlini/Theo Nonnenmacher/Ewald Weibel (ed.): Fractals in biology and medicine IV. Birkhäuser 2005, 310p. 17235 Michael Mackey/Moises Santillan: Mathematics, biology, and physics - interactions and interdependence. Notices AMS September 2005, 832-840. 7988 Philip Maini: Mathematical biology in Britain. Math. Biology Newsletter June 1996, 4. Mathematical biology is flourishing in Britain with a number of groups working in many different areas within the field. 8098 Michael Mesterton-Gibbons: Review of the book "Frontiers in mathematical biology" edited by S. Levin. Bull. Math. Biol. 58 (1996), 393-397. 28878 Johannes Müller/Christina Kuttler: Methods and models in mathematical biology. Springer 2015, 720p. Eur 81. 472 James Murray: Mathematical biology. Springer 1989. 16996 James Murray: Mathematical biology I. Springer 2002, 550p. $52. 16714 James Murray: Mathematical biology II. Springer 2003, 810p. $68. 8797 Mary Myerscough: Mathematical biology in Australia. Math. Biol. Newsletter 9/1 (1996), 2. 24934 Domenico Napoletani/Marco Panzi/Daniele Struppa: Is Big Data enough? A reflection on the changing role of mathematics in applications. Notices AMS May 2014, 485-490. 14 Wilfried Nöbauer/Werner Timischl: Mathematische Modelle in der Biologie. Vieweg 1979. 17322 NRC: Mathematics and 21st century biology. Nat. Academies 2005, 150p. $35. A little expensive for the rather generic content. 16300 Martin Nowak: Theory is available light. Current Biology 14/11 (2004), R 406-407. 27940 Claus Peter Ortlieb: Dynamische Modelle in den Lebens- und Gesellschaftswissenschaften. Univ. Hamburg 2010, 115p. H. Othmer: Case studies in mathematical modeling in ecology, physiology and cell biology. Prentice Hall 1997. 0-13-574038-8. 16074 Michael Reed: Why is mathematical biology so hard? Notices AMS March 2004, 338-342. 4620 Fred Roberts (ed.): Applications of combinatorics and graph theory to the biological and social sciences. Springer 1989. 18746 Robert Rosen: Life itself. Columbia UP 1991, 280p. Eur 17. Glenn Rowe: Theoretical models in biology. The origins of life, the immune system, and the brain. Oxford UP 1994, 420p. $53. 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Bioforum Europe 2007/4, 2p. 18628 Olaf Wolkenhauer: Engineering approaches - what can we learn from it in systems biology? Internet 2006, 4p. 26465 Olaf Wolkenhauer: Projekte können auch auf eine gute Art scheitern. Interview. Internet ca. 2012, 2p. 26467 Olaf Wolkenhauer: Pushing limits by embracing complexity. IET Systems Biology ... (2014), 7p. 26466 Olaf Wolkenhauer: 10 questions to him. Internet 2015, 2p. 18624 Olaf Wolkenhauer/Kwang-hyun Cho/Walter Kolch: Systems biology - towards an understanding of the dynamics of life. Bioforum 2004/1, 50-52. 18623 Olaf Wolkenhauer/Ursula Klingmüller: Systems biology - from a buzzword to a life sciences approach. Bioforum Europe 2007/4, 22-23. 18627 Olaf Wolkenhauer/Mihajlo Mesarovic: Feedback dynamics and cell function - why systems biology is called systems biology. Mol. Biosyst. 1 (2005), 14-16. 17452 Qi Zheng: Computer algebra is indispensable in some problems of mathematical biology. Math. 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