Influence of temperature and ionic strength on molecular weight of fibrinogen
Demchenko, A.P.; Zgurets, G.G.
Ukrains'kyi Biokhimichnyi Zhurnal 43(2): 173-177
1971
ISSN/ISBN: 0041-610X PMID: 5564624 Document Number: 43292
Document emailed within 1 workday
Related Documents
Adler, G.; Eichman, W.; Szczepanski, M.; Targonska, I.; Jasinska, A. 1998: Postoperative plasma interleukin-6 in patients with renal cancer correlates with C-reactive protein but not with total fibrinogen or with high molecular weight fibrinogen fraction Thrombosis Research 89(5): 243-248Sorrentino, S.; Palmieri, M.; Libonati, M. 1977: Influence of the ionic strength on the effect of monomeric and dimeric RNAse on poly(A) Bollettino della Societa Italiana di Biologia Sperimentale 53(6): 461-465
Wróbel, A.; Rabczenko, A.; Shugar, D. 1970: Conformation of acid forms of poly C: temperature and ionic strength dependence of protonation of cytidine and cytidine-5'-phosphate Acta Biochimica Polonica 17(4): 339-349
Komarov, I.E.; Sivozhelezov, V.S.; Postnikova, G.B. 1998: Applicability of molecular electrostatic interaction models to describing ionic strength dependence of reaction rate between myoglobin and cytochrome c Biofizika 43(1): 16-25
Musumeci, V.; Culasso, D.; Boni, P. 1978: A rapid chromatographic method for quantitation of high molecular weight fibrinogen derivatives in plasma Thrombosis and Haemostasis 39(3): 555-563
El Hage, R.; El Hage, Z.; Moussa, E.; Baddoura, R.; Theunynck, D.; Jacob, C. 2012: Influence of the weight status on hip bone strength indices in a group of sedentary adolescent girls Le Journal Medical Libanais. Lebanese Medical Journal 60(1): 30-36
Shaĭtan, K.V.; Balabaev, N.K.; Lemak, A.S.; Ermolaeva, M.D.; Ivaĭkina, A.G.; Orlov, M.V.; Gel'fand, E.V. 1997: Molecular dynamics of oligopeptides. 1. the use of long trajectory and high temperature data for determination of statistical weight of conformational substates Biofizika 42(1): 47-53
Murty, B.S.; Prakash, V.; Rao, M.S. 1990: Determination of molecular weight and related hydrodynamic parameters of high molecular weight protein fraction from a few oilseeds Indian Journal of Biochemistry and Biophysics 27(5): 295-299
Zhang, H.; Ji, L.Z.; Dai, Z.W. 2001: Influence of low-molecular weight heparin on urine interleukin-6 in patients with proliferative glomerulonephritis Hunan Yi Ke da Xue Xue Bao 26(5): 443-444
Hudson, J.M.; Fried, M.G. 1989: A streamlined, low ionic strength DNase i footprinting reaction Biotechniques 7(8): 812-815
Slonitskiĭ, S.V.; Kuptsov, V.I. 1988: Effect of ionic strength of a solution on the protonation of DNA molecule Molekuliarnaia Biologiia 22(3): 741-759
Gallo, A.; Sorrentino, S.; Iorio, S.; Libonati, M. 1979: Analysis of deoxyribonuclease i and Ii activity as a function of ionic strength and pH Bollettino della Societa Italiana di Biologia Sperimentale 55(19): 2006-2011
Liashenko, V.A.; Akhmatova, N.K.; Ambrosov, I.V.; Matelo, S.K.; Akhmatov, É A.; Sukhno, A.S.; Khomenkov, V.G. 2012: Activation of lymphocytes under the influence of an influenza vaccine combined with a low molecular weight germanium organic compound Zhurnal Mikrobiologii Epidemiologii i Immunobiologii 6: 64-68
Udrisar, D.P.; Camberos, M.C.; Justel, E.; Cresto, J.C. 1981: Increase of ionic strength for charcoal separation of B/F fractions in radioimmunoassays Acta Physiologica Latino Americana 31(3): 211-216
Shelud'ko, N.S.; Dul'tsev, A.V. 1987: Interrelated effects of ATP and ionic strength on Ca2+-sensitivity of isolated myofibrils Biofizika 32(1): 166-168
Wong, J.; Hampton, R.S.; Rutan, S.C.; Chlebowski, J.F. 1992: Effects of ionic strength on determinations of alkaline phosphatase isoenzymes Clinical Chemistry 38(12): 2560-2561
Walker, L. 2018: Low-ionic-strength saline solution-antiglobulin test (LISS-AGT) Immunohematology 34(2): 57-60
Menasche, P.; Groussett, C.; Piwnica, A. 1983: Ionic bases of cardioplegic solutions. II. Influence of the ionic composition of a cardioplegic solution on the metabolic and functional preservation of ischemic myocardium. Experimental evaluation with phosphorus 31 nuclear magnetic resonance and applications to cardiac surgery Archives des Maladies du Coeur et des Vaisseaux 76(12): 1465-1474
Poser, R.; Hirche, H. 1992: Randomized double-blind study of therapy of sudden deafness. Low molecular weight dextran + naftidrofuryl vs. low molecular weight dextran + placebo Hno 40(10): 396-399
Kugaevskaia, E.V.; Pavlikhina, L.V.; Eliseeva, I.E. 1994: Participation of serine proteinases in transforming the high molecular weight (600 kDa) form of angiotensin 1-converting enzyme into the low molecular weight form (190 kDa) Voprosy Meditsinskoi Khimii 40(3): 9-11