| 篇名 | 作者 | 刊名 | 出版年 | 查看 |
|---|
| Changes in blood rheology and microcirculation of children with multi-organfailure (MOF) |
Z. H., L.; |
Biorheology |
1995-03-06 |
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| The change of blood rheology during the baby rabbit's continual state ofconvulsion |
Z., L.; |
Biorheology |
1995-03-06 |
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| Serum ferritin content in preterm infants |
Zhernosek, N.A.; |
Biorheology |
1995-03-06 |
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| Elevated hematocrit in the newborn: an adaptive advantage in oxygendelivery? |
Sabio, H.; |
Biorheology |
1995-03-06 |
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| Hemorheological changes after immunoglobulin treatment in pregnancy |
Kriechbaum, A.;Tempelhoff, G.-F.V.;Heilmann, L.; |
Biorheology |
1995-03-06 |
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| Fetal erythrocyte aggregability and disaggregability in fetal vs. maternalblood |
Dupuy-Fons, C.;Brun, J.F.;Orsetti, A.;Elbouhmadi, A.;Boulot, P.;Laffargue, F.; |
Biorheology |
1995-03-06 |
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| Rheological measurement of blood coagulation in normal and pre-eclampticpregnancies using a damped oscillation rheometer |
Kaibara, M.;Mitsuhashi, Y.;Kaibara, M.; |
Biorheology |
1995-03-06 |
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| Exercise hemorheology and dehydration in rugbymen |
Brun, J.F.;Dupuy-Fons, C.;Monnier, J.F.;Bouix, D.;Peyregne, C.;Orsetti, A.;Micallef, J.P.; |
Biorheology |
1995-03-06 |
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| Hemorheology during exercise: is there a microcirculatory relationship? |
Nasrawi, F.;Marletta, F.;Agosti, R.;Longhini, E.;Tong, S.;Fanari, F.; |
Biorheology |
1995-03-06 |
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| Low hematocrit AHD plasma fibrinogen in trained athletes increasehemorheological tolerance for physical stress |
Hardeman, M.R.;Goedhart, P.T.;Peters, H.P.F.; |
Biorheology |
1995-03-06 |
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| Hemorheology on exercise exhaustion and hydromassage recovery |
Y. P., W.;X., L.;R. F., Y.; |
Biorheology |
1995-03-06 |
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| The conditions of the vegetative nervous system in belarus children afterthe chernobyl accident |
Belyaeva, L.;Galkevich, N.;Popova, O.;Belyaev, A.; |
Biorheology |
1995-03-06 |
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| Blood indices in newborns and their mothers from belarus districtscontaminated with radionuclides after the chernobyl accident |
Gnedko, T.V.; |
Biorheology |
1995-03-06 |
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| Blood neutophil metabolic activity in young infants residing inradionuclide contaminated areas of the republic of belarus |
Zafranskaya, M.M.; |
Biorheology |
1995-03-06 |
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| Conformational state of hemoglobin in pregnant women living in areas withdifferent CS-137 contamination levels |
Bokut, S.B.;Snilko, A.N.;Parul, D.A.;Milyutin, A.A.; |
Biorheology |
1995-03-06 |
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| Concentration profiles for laminar flow of a power law fluid in a dialyser |
Hauge, R.T.;Nollert, M.U.; |
Biorheology |
1995-03-06 |
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| Wall shear stress in a compliant aortic bifurcation model: effect of phaseangle between pressure and flow waves |
Lee, C.S.;Barbell, J.M.; |
Biorheology |
1995-03-06 |
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| Visualization of maximum shear stress distribution in arterial bifurcationmodels using flow birefringence method |
Y., S.;L., Y.;C., G.;Q., Z.;X., Y.;L., Z.;J., C.;C., Z.; |
Biorheology |
1995-03-06 |
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| Estimation of shear stress distribution in the vicinity of a mechanicalheart valve prosthesis in vitro |
Y., S.;L., Y.;C., G.;X.-Q., Y.;L., Z.;J., C.; |
Biorheology |
1995-03-06 |
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| Rheological blood models in numerical flow simulation of aortic artificialvalve |
Wojnarowski, J.;Mirota, K.; |
Biorheology |
1995-03-06 |
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| Seminal hyperviscosity: possible molecular etiologic factors |
Mendeluk, G.R.;Flecha, L.G.;Castello, P.;Blanco, A.M.;Bregni, C.; |
Biorheology |
1995-03-06 |
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| Rheological studies of chromatins from repressed nuclei of terminallydifferentiated cells |
Vorob'ev, V.I.;Karpova, E.V.;Osipova, T.N.; |
Biorheology |
1995-03-06 |
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| Characteristic viscosity in the different regions of phospholipid bilayers:a fluorescence depolarization study |
Araiso, T.;Koyama, T.; |
Biorheology |
1995-03-06 |
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| Erythrocyte tropomodulin binds within the N-terminal 18 residues oftropomyosin isoform 5 and is up-regulated during terminal differentiation |
Mehrpouryan, M.;K.-M., G.;J.-J. C., L.;L. A., S.; |
Biorheology |
1995-03-06 |
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| Magnetization transfer characterization of red cells from patients withunstable hemoglobin disease |
Uyesaka, N.;Hasegawa, S.;Sogami, M.;Era, S.;Kato, K.;Usuki, K.;Oonishi, T.;Schechter, A.N.; |
Biorheology |
1995-03-06 |
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| Oxidative damage of cytoskeletal proteins of erythrocytes and therheological and microcirculatory impairment |
Maeda, N.;Suzuki, Y.;Soutani, M.;Tateishi, N.; |
Biorheology |
1995-03-06 |
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| Behaviour of erythrocytic morphology in several pathologies |
De Matteis, C.;Turchetti, V.;Guerrini, M.;Forconi, S.;Zipursky, A.; |
Biorheology |
1995-03-06 |
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| Shear-induced cation permeability in erythrocytes: relationship todistortional membrane strain |
Sutera, S.P.;Kini, V.;Zahalak, G.I.; |
Biorheology |
1995-03-06 |
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| Influence of membrane mechanical properties on the viscoelasticity of blood |
Dorudi, S.;Ribitsch, V.; |
Biorheology |
1995-03-06 |
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| The influence of membrane mechanoelastic properties on rabbit red bloodcell (RBC) deformability |
Haritou, M.;Koutsouris, D.;Yova, D.; |
Biorheology |
1995-03-06 |
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| Micropipette induced echinocytes--A result of transbilayer lipidtranslocations |
Artmann, G.;Sung, K.-L.P.;Horn, T.H.;Whittemore, D.;Chien, S.; |
Biorheology |
1995-03-06 |
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| A microscopic theoretical consideration on the mechanoelastic properties ofred blood cells |
Papaodysseys, C.N.;Karabetsos, E.;Kassis, K.;Koukoutsis, E.;Tsalpatouros, A.;Koutsouris, D.; |
Biorheology |
1995-03-06 |
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| The time and force dependence of separation of antibody agglutinatedsphered red cell compared with that of blood group antigen-coupledmicrospheres |
Tees, D.F.J.;Goldsmith, H.L.; |
Biorheology |
1995-03-06 |
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| Receptor-mediated adhesion at vesicle surfaces using avidin-biotin binding |
Noppl, D.A.;Needham, D.; |
Biorheology |
1995-03-06 |
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| Separation forces and detachment mechanisms of CD16 (FC@cRIII) isoformsfrom ligands at the single bond level |
Zhu, C.;Chesla, S.E.;Selvaraj, P.; |
Biorheology |
1995-03-06 |
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| Ischemia reperfusion in rabbits: effect of Chinese acupuncture on leukocyteadhesiveness |
Tong, S.;Jing, Y.J.;Zhu, W.Y.;Chen, W.J.;Agosti, R.;Longhini, E.; |
Biorheology |
1995-03-06 |
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| Leukocyte adhesiveness in hypercholesterolemia in rabbits |
Tong, S.;Jing, Y.J.;Zhu, W.Y.;Chen, W.J.;Agosti, R.;Longhini, E.; |
Biorheology |
1995-03-06 |
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| Effect of disruption of the cytoskeleton on adhesion of flowing neutrophilsto immobilised platelets |
Sheikh, S.;Nash, G.B.; |
Biorheology |
1995-03-06 |
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| Leukocyte-endothelial interaction in tumors: effects of TNF@a,transplantation site and host |
Fukumura, D.;Witwer, B.P.;Salehi, H.A.;Melded, R.J.;Tuma, R.F.;Jain, R.K.; |
Biorheology |
1995-03-06 |
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| Large scale modeling of the hydrodynamic forces on an adherent leukocyte |
Chapman, G.;Gessert, J.;Cokelet, G.R.; |
Biorheology |
1995-03-06 |
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| Biophysical analysis of sickle cell adherence to endothelium under shearconditions |
Wick, T.M.;Smolinski, P.A.;Eckman, J.R.; |
Biorheology |
1995-03-06 |
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| Interaction of sickle RBCs and lipoxygenase metabolites with vascularendothelium induces hyperphosphorylation of endothelial the cell-celladhesion molecule, endoCAM/PECAM-1 |
Rattan, V.;Sultana, C.;Shen, Y.;Johnson, C.;Kalra, V.R.; |
Biorheology |
1995-03-06 |
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| In vitro CD62E and CD54 related adhesion of neutrophils to endothelialcells: influence of buflomedil |
Boisseau, M.R.;Seigneur, M.;Closse, C.;Pruvost, A.; |
Biorheology |
1995-03-06 |
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| Vascular cell adhesion molecule (VCAM-1) can mediate rolling and stationaryadhesion of flowing lymphocytes |
Nash, G.B.;Clements, J.M.;Pigott, R.; |
Biorheology |
1995-03-06 |
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| Impaired venular leukocyte rolling in spontaneously hypertensive rats |
Suzuki, H.;Suematsu, M.;Delano, F.A.;Zweifach, B.W.;Schmid-Schonbein, G.W.;Forrest, M.J.;Miyasaka, M.; |
Biorheology |
1995-03-06 |
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| Prolonged E-selectin induction by monocytes potentiates the adhesion offlowing neutrophils to endothelium |
Rainger, G.E.;Nash, G.B.;Wautier, M.-P.;Wautier, J.L.; |
Biorheology |
1995-03-06 |
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| The effect of erythrocyte deformability and surface charge on RBC-ECadherence |
Chen, H.Q.;Huang, X.;Lin, Y.; |
Biorheology |
1995-03-06 |
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| Flow model of double wall layer for biofluid flowing in a capillary |
Nakamura, T.;Yamamoto, A.;Mineshita, T.;Sakon, K.; |
Biorheology |
1995-03-06 |
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| Correlation of viscosity reduction and hematocrit reduction of red bloodcells in narrow tubes |
Zilow, E.P.;Lenderkamp, O.; |
Biorheology |
1995-03-06 |
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| Blood flow in frog capillary vessels under microgravity |
Araiso, T.;Kikukawa, T.; |
Biorheology |
1995-03-06 |
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| Alterations in microvascular flow resistance due to capillary plugging byleukocytes in cremaster muscle |
Lipowsky, H.H.;Eppihimer, M.J.; |
Biorheology |
1995-03-06 |
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| Can blood flow properties have a pronounced influence on the microvessel'sresistance? |
Sokolova, I.A.;Shahnzazrov, A.A.;Timkina, M.I.;Polyakova, M.S.;Proskurin, S.G.;Priezzhev, A.V.; |
Biorheology |
1995-03-06 |
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