By Alan Grodzinsky
By Matthew Simon
Emergent Computation emphasizes the interrelationship of different sessions of languages studied in mathematical linguistics (regular, context-free, context-sensitive, and kind zero) with features to the biochemistry of DNA, RNA, and proteins. additionally, elements of sequential machines akin to parity checking and semi-groups are prolonged to the examine of the Biochemistry of DNA, RNA, and proteins. point out is additionally made up of the connection of algebraic topology, knot idea, complicated fields, quaternions, and common turing machines and the biochemistry of DNA, RNA, and proteins.
Emergent Computation attempts to prevent an emphasis upon mathematical abstraction ("elegance") on the fee of ignoring clinical proof identified to Biochemists. Emergent Computation relies totally upon papers released by means of scientists in recognized and revered specialist journals. those papers are established upon present learn. a number of examples of what's now not overlooked to achieve "elegance":
- DNA exists as triple and quadruple strands
- Watson-Crick complementary bases have mismatches
- There could be greater than 4 bases in DNA
- There are greater than sixty-four codons
- there's extra that twenty amino acids in proteins
While Emergent Computation emphasizes bioinformatics purposes, the final bankruptcy experiences mathematical linguistics utilized to components reminiscent of languages present in birds, bugs, clinical purposes, anthropology, etc.
Emergent Computation attempts to prevent pointless mathematical abstraction whereas nonetheless being rigorous. The calls for made upon the information of chemistry or arithmetic is minimized besides. The amassed technical references are precious in itself for added reading.
By M Volkenstein,I.L. Melamed
Comprised of 5 chapters, this quantity starts with an outline of molecular biophysics and the idea that of molecular acceptance, by means of a dialogue of the interplay among antibodies and antigens, the first procedures that verify scent reception, and the significance of intercellular interactions within the life and improvement of multicellular organisms. the following chapters clarify how protein biosynthesis is regulated by means of molecules and the way proteins are biosynthesized in eukaryotic cells, in addition to the appliance of thermodynamics to the research of biophysical difficulties and the coupling of chemical reactions close to equilibrium. The reader is usually brought to the steadiness stipulations of a gentle kingdom, the idea that of entropy for an open procedure, the thermodynamics of the sodium pump, ionic equilibrium among sodium and potassium suggestions separated by means of an lively membrane, the conformational homes of membranes, and the overall phenomenological idea of facilitated shipping and the position of the providers. The ebook concludes with a bankruptcy on organic mechanochemical procedures and their thermodynamics.
This publication is a worthy source for physicists and biophysicists, graduate and postgraduate scholars having the required wisdom of physics, and a person familiar with proteins and nucleic acids.
By Sid Becker,Andrey Kuznetsov
Transport in organic Media is a great source of mathematical versions for researchers throughout a wide variety of medical and engineering difficulties resembling the consequences of drug supply, chemotherapy, or insulin consumption to interpret shipping experiments in components of leading edge organic learn. a variety of rising theoretical and experimental mathematical methodologies are provided by way of organic subject to entice person researchers to help them in fixing difficulties of their particular zone of analysis. Researchers in biology, biophysics, biomathematics, chemistry, engineers and scientific fields particular to move modeling will locate this source indispensible.
- Provides specified mathematical version improvement to interpret experiments and offers present modeling practices
- Provides a variety of organic and scientific applications
- Includes physiological descriptions of models
By Peter Hinterdorfer,Antoine van Oijen
This guide describes experimental ideas to watch and control person biomolecules, together with fluorescence detection, atomic strength microscopy, and optical and magnetic trapping. It contains single-molecule reviews of actual houses of biomolecules similar to folding, polymer physics of protein and DNA, enzymology and biochemistry, unmarried molecules within the membrane, and single-molecule suggestions in residing cells.
By Gerard Obrecht,Lawrence W. Stark
By Alexander P. Demchenko
The key part of any fluorescence sensing or imaging know-how is the fluorescence reporter, which transforms the data on molecular interactions and dynamics into measurable indications of fluorescence emission. This ebook, written by means of a crew of frontline researchers, demonstrates the extensive box of functions of fluorescence journalists, ranging from nanoscopic houses of fabrics, akin to self-assembled skinny motion pictures, polymers and ionic drinks, via organic macromolecules and extra to residing mobilephone, tissue and physique imaging. simple details on acquiring and studying experimental facts is gifted and up to date development in those virtually vital components is highlighted. The e-book is addressed to a vast interdisciplinary audience.
By Werner Nachtigall
Prof. em. Dr. rer. nat. Werner Nachtigall, geb. 1934, warfare als Zoophysiologe und Biophysiker Leiter des Zoologischen Instituts der Universität des Saarlandes in Saarbrücken. In Forschung und Ausbildung hat er sich insbesondere mit Aspekten der Technischen Biologie und Bionik befasst und mit seinen Forschergruppen viele Basisdaten insbesondere zur Ökologie, Physiologie und Physik des Fliegens und Schwimmens aber auch zur Stabilität beispielsweise der Gräser erarbeitet.
Lebewesen überraschen immer wieder durch ihre "Biodiversität", ihre hochspezifischen Ausgestaltungen und Anpassungen. Dabei nützen sie auch alle physikalischen Grundgesetzlichkeiten.
Das zentrale Thema ist die Ortsbewegung, die ja auf dem Boden und in den Fluiden (Wasser, Luft) denkbar unterschiedlich abläuft. Ergänzende Themenkreise sind Körpergröße und Stoffwechsel, Atmung und Atemgastransport, Wärme- und Wasserhaushalt.
Mit dem vorliegenden Buch, das in Zusammenarbeit mit Dr. rer. nat. Alfred Wisser entstanden ist, stellt er solche Forschungsergebnisse in einen größeren Rahmen und berichtet kenntnisreich und allgemein verständlich über die "Ökophysik" des Lebens auf dem Land, im Wasser und in der Luft – mit Gewinn zu lesen von jedem, der sich für Biologie oder für Physik interessiert (oder gar für beides).
By Linda O. Narhi (Ed.),Linda O. Narhi
This e-book can be utilized to supply perception into this crucial software of biophysics when you are making plans a profession in protein healing improvement, and for these outdoor this region who're attracted to knowing it higher. The preliminary chapters describe the underlying thought, and strengths and weaknesses of the several innovations well-known in the course of healing improvement. the vast majority of the chapters talk about the purposes of those options, together with case experiences, around the product lifecycle from early discovery, the place the point of interest is on opting for ambitions, and screening for strength drug product applicants, via expression and purification, huge scale creation, formula improvement, lot-to-lot comparison experiences, and advertisement aid together with investigations.
By Hooshang Nikjoo,Shuzo Uehara,Dimitris Emfietzoglou
Interaction of Radiation with Matter specializes in the physics of the interactions of ionizing radiation in residing subject and the Monte Carlo simulation of radiation tracks. essentially progressing from an straight forward point to the state-of-the-art, the textual content explores the classical physics of music description in addition to glossy facets according to condensed subject physics.
The first portion of the booklet discusses the basics of the radiation box. within the moment part, the authors describe the go sections for electrons and heavy ions—the most vital details wanted for simulating radiation tune on the molecular point. The 3rd part info the inelastic scattering and effort lack of charged debris in condensed media, quite liquid water. the ultimate part encompasses a huge variety of questions and difficulties to enhance studying.
Designed for radiation interplay classes, this textbook is the fitting platform for educating scholars in medical/health physics and nuclear engineering. It provides scholars a fantastic grounding within the actual realizing of radiation tune constitution in dwelling topic, allowing them to pursue extra paintings in radiological physics and radiation dosimetry.