THOMAS A. HORBETT Books

Proteins At Interfaces Ii: Fundamentals And Applications

By Liu Li, S.W. Kim, Peter H. Warkentin, 黎風, R.C. Eberhart, Leo Vroman, Eric Dickinson, J Abadie, Thomas/A, John E. Lee, Martin Malmsten, S. Staunton, John L. Brash, Pentti Tengvall, R.F Giese, Karin D. Caldwell, Thomas Arnebrant, Eva Blomberg, Bo Lassen, Willem Norde, Joseph D. Andrade, Charles A. Haynes, F. Leprince, John L, Per M. Claesson, W. Wu, Peter J. Atkinson, Ingemar Lundström, Dan W Urry, R. G. Ratcliffe, J.-P. Cazenave, J. McGuire, Horbett, Brash, THOMAS A. HORBETT, Simon Alaeddine, Håkan Nygren, V. Krisdhasima, Marie C. Wahlgren, C. J. Van Oss, Chi-Hao Luan, Steven M. Slack, M. T. Le, J. N. Mulvihill, P. Déjardin, Hans B. Elwing, Agneta R. Askendal, Ghada S. Nimeri, P. Turbill, T. Beugeling, A. A. Poot, A. Nadarajah, C. F. Lu, K. K. Chittur, V. I. Sevastianov, Y. S. Tremsina, A. Baszkin, M. M. Boissonnade, Guoying Yan, Jenq-Thun Li, Shao-Chie Huang, S. Scott Saavedra, R. Nicholov, N. Lum, R. P. N. Veregin, F. DiCosmo, David S. Horne, Robert M. Richardson, H. Quiquampoix, M. H. Baron, P. T. Matumoto-Pintro, P. Huetz, P. Schaaf, J.-C. Voegel, E. K. Mann, B. Miras, V. Bal

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Provides comprehensive coverage of the fundamentals and applications of proteins at interfaces. Describes modern experimental methods, including protein orientation by planar wavelength linear dic...

Biomaterials: Interfacial Phenomena And Applications

By K.A. Mauritz, S.W. Kim, Stuart L. Cooper, Alan G. Walton, E. S. Lee, Laurence A. Harker, Leo Vroman, J. Robinson, E. W. Salzman, Michael Stanford, J. S. Schultz, D. C. Price, Nicholas A Peppas, Michael N. Helmus, Michael E. Lynch, G. Trudel, Allan S. Hoffman, American Institute Of Chemical Engineers, R. Benson, F. E. Filisko, Larry V. McIntire, Buddy D. Ratner, Robert C. Eberhart, Brian R, K. Knutson, W. M. Reichert, THOMAS A. HORBETT, D. J. Lyman, J. L. BRASH, R. RODVIEN, R. R. MITCHELL, P. LITWAK, E. W. MERRILL, V. SA DA COSTA, D. BRIER-RUSSELL, A. DINCER, P. PAPE, J. N. LINDON, S. M. LINDENAUER, J. A. PENNER, STEPHEN R. HANSON, LARRY O. REYNOLDS, OM P. MALHOTRA, DONALD F. GIBBONS, VERA SA DA COSTA, L. KUCHNER, D. F. WAUGH, S. STOPPER, V. VITALE, S. YOSHIKAWA, M. F. A. GOOSEN, M. V. SEFTON, C. D. EBERT, J. DENERIS, S. A. BARENBERG, DOUGLAS J. STOCKWELL, R. RUSSELL MARTIN, K. A. SOLEN, B. L. BETTERIDGE, BERNARD KOLTISKO, ANN L. ADAMS, GENA C. FISCHER, PRISCILLA C. MUNOZ, S. UNIYAL, I. A. DEGTEREV, FERTAC H. BILGE, JOHN F. WISSINGER, MARK S. MUNRO, STEPHEN R. ELLSWORTH, ALFRED J. QUATTRONE

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xiv, 539 p. : 24 cm "Based on a symposium sponsored by the Materials Engineering and Sciences Division and the Committee on Fundamentals of Life Sciences of the American Institute of Chemical Engin...

Gels Genes Grafts and Giants

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How to Convert ISBN-10 to ISBN-13 (and Vice Versa): A Complete Guide

If you’re in the world of books—whether as a publisher, librarian, bookseller, or avid collector—you’ve likely come across the terms ISBN-10 and ISBN-13. Understanding these formats and knowing how to convert between them is essential for maintaining consistency and compatibility in book records. In this post, we’ll cover everything you need to know about ISBN conversions, step by step.

What is an EAN and How Does it Relate to an ISBN?

If you’ve ever purchased a product online or in a store, you’ve likely come across a barcode. Behind these barcodes lies a standardized system that makes modern commerce possible. Two key codes often encountered are the EAN (European Article Number) and ISBN (International Standard Book Number). But what are they, how are they connected, and why are they so crucial? Let’s explore.