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Fractionation of cellulose acetate by thin-layer chromatographyKenji Kamide; Sei-Ichi Manabe; Etsuko Osafune · 1973
Fractionation of spent sulfite liquors using ultrafiltration cellulose acetate membranesBansal, Iqbal K.; Wiley, Averill J. · Environmental Science & Technology · 1974
Prehump in the gel-permeation chromatography fractionation of pulp cellulose acetateL. J. Tanghe; W. J. Rebel; R. J. Brewer · 1970
Evaluation of Pulps, Rayon Fibers, and Cellulose Acetate by GPC and Other Fractionation MethodsAlexander, W. J.; Muller, T. E. · Separation Science · 1971
Dynamic changes of carbon isotope apparent fractionation factor to describe transition to syntrophic acetate oxidation during cellulose and acetate methanizationVavilin, Vasily A.; Rytov, Sergey V. · Isotopes in Environmental and Health Studies · 2017
A simple method of serum protein fractionation on cellulose acetate and a comparison of the albumin levels with a method of sodium sulphite fractionationD. Webster · 1965
The Fractionation of Hydrolyzed Dextran by Ultrafiltration Through A Series of Anisotropic Cellulose Acetate MembranesEdberg, Stephen C.; Bronson, Paul M.; van Oss, Carel J. · Preparative Biochemistry · 1971
The American microcirculatory society landis award lecture: Endothelial cells, inflammatory edema, and the microvascular barrier: Comments by a “Free radical”David Shepro; J.Steven Alexander; Haim Anner; Florence Atwell; John Batbouta; Frank A. Belamarich; Donald Bottaro; Mary Pat Carson; Francis C. Chao; Nancy Chung-Welch; Paul Cohen; Patricia A. D'Amore; Dianne Di Padua; Andrea B. Dodge; John Doukas; David A. DuBose; Bernadette Dunham; Stein A. Evensen; Daniel Freeman; Michael Gold; Gene A. Grindlinger; Marjorie Hahus; Kathleen Harris; Herbert B. Hechtman; William V. Huval; Ronald P. Kaufman; Douglas F. Keene; Christine Kelley; Dianne Kenney; Marja Kien-White; Joseph Klausner; Laura Kornstein; Jonah Manny; Mary A. Mathieson; Linda Merck; Frederick B. Merck; Rochelle Mineau-Hanschke; Nicole M.L. Morel; Amy Mostafavi; Steven B. Palder; Michael T. Patten; Wayne F. Patton; Linda Poole; Audrey Robinson-White; Lois Robblee; Marcia Rosenthal; Frank R. Ruderman; Raymond R. Schleef; Linda W. Simoneit; Ronald A. Stiller; Harold E. Sweetman; Taka Utsunomiya; Brenda S. Weakley; Seth L. Welles; Marc E. Wiles · 1988
AZD7762, a novel checkpoint kinase inhibitor, drives checkpoint abrogation and potentiates DNA-targeted therapiesZabludoff, S. D.; Deng, C.; Grondine, M. R.; Sheehy, A. M.; Ashwell, S.; Caleb, B. L.; Green, S.; Haye, H. R.; Horn, C. L.; Janetka, J. W.; Liu, D.; Mouchet, E.; Ready, S.; Rosenthal, J. L.; Queva, C.; Schwartz, G. K.; Taylor, K. J.; Tse, A. N.; Walker, G. E.; White, A. M. · Molecular Cancer Therapeutics · 2008
LEAP: Lead, Excel, Achieve, Perform: A Report on the UHC Annual Conference 2011White, C.; Cerese, J.; Groenewold, J.; Collins, J.; Dentzer, S.; Dellit, T. H.; McNamara, E. A.; Lynch, J. B.; Ward, C. R.; Matesic, E.; Rosenthal, J. T.; Cook, D. J.; Thompson, J. E.; Kollengode, A.; Sundt, T. M.; Shipp, C.; DeChristopher, P. J.; Edelstein, S. B.; Kang, J.; Krontiras, H.; Heslin, M. J.; Berman, B.; Cobb, W. S.; Snyder, B. A.; Coffey, C. B.; Taylor, S. M.; Langan, E. M.; Pawlicki, K.; Cerone, S.; Flanders, S.; Perla, R. J.; Annis, K.; Hohmann, S. F.; Black, J.; Russell, G. V.; Baumann, M.; Beyt, G.; Graffis, R.; Gittell, J. H.; Hartley, T.; Spitzer, T.; Tolliver, S.; Angiulo, C.; Henderson, D.; Folk-Way, K.; Rao, A.; Hopkins, J.; Pardini-Keily, K.; Sachs, B. L.; Robinson, E. F.; Schleyer, A. M.; Middleton, K.; Jarman, K.; Taylor, M.; Zaros, M. C.; Cuschieri, J.; Goss, J. R.; Geeting, G. K.; DeFlitch, C. J.; Scanlon, K. A.; Nelson, K.; Newman, S.; Cifu-Tursellino, K.; Schultz, S.; Patel, B.; Siska, R.; Campos, T.; Doshi, P.; McKelvy, B.; Almoosa, K.; Mathew, R.; Storer, A.; Davis-Moon, L.; Carey, M.; Kneale, L.; Stegner, J.; Lanier, J.; Bell-Gray, A. T.; Boyle, K.; Tillapaugh, P.; Pelot, J.; Danneker, C.; Willson, C.; Strope, G.; Perkin, R.; Schueler, J.; May, L.; Gilmore, T.; Medow, J.; Bouchard, C.; Sheinberg, M.; Fullam, F. A.; Shaller, D.; Epting, G. J.; Ohta, B.; Kaye, D. L.; Strickler, J.; Hultman, C. S.; Chukwuma, L.; Mufson, Z.; Levitan, N.; Bieber, E.; Koppelman, C.; Madden, S.; Kaldenberg, D.; Siegrist, R.; Bell, M.; Spraycar, A.; Swartz, C.; DePriest, P.; Radford, M. J.; Webb, L. E.; Slade, M.; Kulkarni, N.; Cruz, C.; Brumsted, J.; Messier, R.; Holman, M.; Sanders, C. L.; Prutzman, L. · American Journal of Medical Quality · 2012
Nonaqueous Solvents for SucroseKononenko, O. K.; Herstein, K. M. · Industrial & Engineering Chemistry Chemical & Engineering Data Series · 1956
Azeotropic Data on Chlorinated Hydrocarbons.Lessells, G.; Corrigan, T. · Industrial & Engineering Chemistry Chemical & Engineering Data Series · 1958
Polyelectrolytic Properties of Ligninsulfonic Acids.Gordon, J.; Mason, S. · Industrial & Engineering Chemistry Chemical & Engineering Data Series · 1958
Heats of Solution of Polyindene.Vanderryn, Jack.; Zettlemoyer, A. C. · Industrial & Engineering Chemistry Chemical & Engineering Data Series · 1957
Characteristics of a Houdresid Gasoline.Smith, R.; Schortmann, W.; Mills, G. · Industrial & Engineering Chemistry Chemical & Engineering Data Series · 1958
Upper Explosive Limits of Cumene.Butler, J. C.; Webb, W. P. · Industrial & Engineering Chemistry Chemical & Engineering Data Series · 1957
Pyrolytic Degradation Products of Cellulose.Schwenker, Jr., R. F.; Pacsu, Eugene. · Industrial & Engineering Chemistry Chemical & Engineering Data Series · 1957
Some Properties of Lignite Creosote.Cavers, S.; Walden, C.; Hudson, J. · Industrial & Engineering Chemistry Chemical & Engineering Data Series · 1958