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Results: 1-14 |
Results: 14
PASSIVE DEFORMABILITY OF MATURE, IMMATURE, AND ACTIVE NEUTROPHILS IN HEALTHY AND SEPTICEMIC NEONATES
Authors: LINDERKAMP O RUEF P BRENNER B GULBINS E LANG F
Citation: O. Linderkamp et al., PASSIVE DEFORMABILITY OF MATURE, IMMATURE, AND ACTIVE NEUTROPHILS IN HEALTHY AND SEPTICEMIC NEONATES, Pediatric research, 44(6), 1998, pp. 946-950
CELLULAR AND MEMBRANE DEFORMABILITY OF RED-BLOOD-CELLS IN PRETERM INFANTS WITH AND WITHOUT GROWTH-RETARDATION
Authors: LINDERKAMP O KIAU U RUEF P
Citation: O. Linderkamp et al., CELLULAR AND MEMBRANE DEFORMABILITY OF RED-BLOOD-CELLS IN PRETERM INFANTS WITH AND WITHOUT GROWTH-RETARDATION, Clinical hemorheology and microcirculation, 17(4), 1997, pp. 279-283
THE SHEAR-STRESS DIFFRACTOMETER RHEODYN SSD FOR DETERMINATION OF ERYTHROCYTE DEFORMABILITY .1. PRINCIPLES OF OPERATION AND REPRODUCIBILITY
Authors: SCHMIDSCHONBEIN H RUEF P LINDERKAMP O
Citation: H. Schmidschonbein et al., THE SHEAR-STRESS DIFFRACTOMETER RHEODYN SSD FOR DETERMINATION OF ERYTHROCYTE DEFORMABILITY .1. PRINCIPLES OF OPERATION AND REPRODUCIBILITY, Clinical hemorheology, 16(6), 1996, pp. 745-748
THE SHEAR-STRESS DIFFRACTOMETER RHEODYN SSD FOR DETERMINATION OF ERYTHROCYTE DEFORMABILITY .2. SENSITIVITY TO DETECT ABNORMAL ERYTHROCYTE DEFORMABILITY
Authors: RUEF P POSCHL JMB LINDERKAMP O SCHMIDSCHONBEIN H
Citation: P. Ruef et al., THE SHEAR-STRESS DIFFRACTOMETER RHEODYN SSD FOR DETERMINATION OF ERYTHROCYTE DEFORMABILITY .2. SENSITIVITY TO DETECT ABNORMAL ERYTHROCYTE DEFORMABILITY, Clinical hemorheology, 16(6), 1996, pp. 749-752
EFFECT OF LIPID A ON NEONATAL AND ADULT RED-BLOOD-CELL DEFORMATION
Authors: POSCHL JMB RUEF P SCHNAUFFER M LINDERKAMP O
Citation: Jmb. Poschl et al., EFFECT OF LIPID A ON NEONATAL AND ADULT RED-BLOOD-CELL DEFORMATION, Clinical hemorheology, 16(2), 1996, pp. 129-133
DIETARY DOCOSAHEXAENOIC ACID IMPROVES RED-BLOOD-CELL DEFORMABILITY INRATS
Authors: POSCHL JMB LERAY C GROSCOLAS R RUEF P LINDERKAMP O
Citation: Jmb. Poschl et al., DIETARY DOCOSAHEXAENOIC ACID IMPROVES RED-BLOOD-CELL DEFORMABILITY INRATS, Thrombosis research, 81(2), 1996, pp. 283-288
EFFECTS OF GROUP-A STREPTOLYSIN-O ON NEONATAL AND ADULT RED-BLOOD-CELL DEFORMABILITY AND HEMOLYSIS
Authors: POSCHL JMB RUEF P SCHNAUFFER M LINDERKAMP O
Citation: Jmb. Poschl et al., EFFECTS OF GROUP-A STREPTOLYSIN-O ON NEONATAL AND ADULT RED-BLOOD-CELL DEFORMABILITY AND HEMOLYSIS, European journal of clinical investigation, 26(6), 1996, pp. 461-464
GROUP-B STREPTOCOCCUS IMPAIRS ERYTHROCYTE DEFORMABILITY IN NEONATES MORE THAN IN ADULTS
Authors: POSCHL JMB RUEF P SCHNAUFFER M POHL S SONNTAG HG LINDERKAMP O
Citation: Jmb. Poschl et al., GROUP-B STREPTOCOCCUS IMPAIRS ERYTHROCYTE DEFORMABILITY IN NEONATES MORE THAN IN ADULTS, Archives of Disease in Childhood, 74(3), 1996, pp. 187-190
THE EFFECT OF DIFFERENT ESCHERICHIA-COLI ENDOTOXINS ON RED-BLOOD-CELLDEFORMABILITY
Authors: POSCHL JMB RUEF P SCHNAUFFER M LINDERKAMP O
Citation: Jmb. Poschl et al., THE EFFECT OF DIFFERENT ESCHERICHIA-COLI ENDOTOXINS ON RED-BLOOD-CELLDEFORMABILITY, Clinical hemorheology, 15(5), 1995, pp. 749-753
EFFECTS OF ENDOTOXIN AND EXOTOXIN ON NEONATAL AND ADULT RED-BLOOD-CELL DEFORMATION AND HEMOLYSIS
Authors: POSCHL JMB RUEF P SCHNAUFFER M LINDERKAMP O
Citation: Jmb. Poschl et al., EFFECTS OF ENDOTOXIN AND EXOTOXIN ON NEONATAL AND ADULT RED-BLOOD-CELL DEFORMATION AND HEMOLYSIS, Pediatric research, 38(3), 1995, pp. 451-451
PLASTIC-DEFORMATION OF ERYTHROCYTE-MEMBRANE IN FULL-TERM NEONATES ANDADULTS
Authors: RUEF P LINDERKAMP O
Citation: P. Ruef et O. Linderkamp, PLASTIC-DEFORMATION OF ERYTHROCYTE-MEMBRANE IN FULL-TERM NEONATES ANDADULTS, Clinical hemorheology, 14(5), 1994, pp. 659-662
DEFORMABILITY OF PERIPHERAL IMMATURE AND MATURE NEUTROPHILS
Authors: RUEF P ZILOW EP LINDERKAMP O
Citation: P. Ruef et al., DEFORMABILITY OF PERIPHERAL IMMATURE AND MATURE NEUTROPHILS, Clinical hemorheology, 14(2), 1994, pp. 233-236
RED-BLOOD-CELLS IN PRETERM AND TERM NEONATES SHOW DECREASED RESISTANCE TO PLASTIC-DEFORMATION WHEN COMPARED TO ADULTS
Authors: RUEF P LINDERKAMP O
Citation: P. Ruef et O. Linderkamp, RED-BLOOD-CELLS IN PRETERM AND TERM NEONATES SHOW DECREASED RESISTANCE TO PLASTIC-DEFORMATION WHEN COMPARED TO ADULTS, Pediatric research, 36(1), 1994, pp. 10000035-10000035
DECREASD DEFORMABILITY OF IMMATURE NEUTROPHILS MAY CONTRIBUTE TO IMPAIRED MICROCIRCULATION
Authors: RUEF P ZILOW EP LINDERKAMP O
Citation: P. Ruef et al., DECREASD DEFORMABILITY OF IMMATURE NEUTROPHILS MAY CONTRIBUTE TO IMPAIRED MICROCIRCULATION, Pediatric research, 36(1), 1994, pp. 10000036-10000036
Risultati: 1-14 |