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Results: 1-7 |
Results: 7
EARLY VERSUS LATE SURFACTANT TREATMENT IN PRETERM INFANTS OF 27 TO 32WEEKS GESTATIONAL-AGE - A MULTICENTER CONTROLLED CLINICAL-TRIAL
Authors: GORTNER L WAUER RR HAMMER H STOCK GJ HEITMANN F REITER HL KUHL PG MOLLER JC FRIEDRICH HJ REISS I HENTSCHEL R JORCH G HIERONIMI G KUHLS E
Citation: L. Gortner et al., EARLY VERSUS LATE SURFACTANT TREATMENT IN PRETERM INFANTS OF 27 TO 32WEEKS GESTATIONAL-AGE - A MULTICENTER CONTROLLED CLINICAL-TRIAL, Pediatrics (Evanston), 102(5), 1998, pp. 1153-1160
ALKALI THERAPY VERSUS SODIUM-CHLORIDE SUPPLEMENT IN LOW-BIRTH-WEIGHT INFANTS WITH INCIPIENT LATE METABOLIC-ACIDOSIS
Authors: KALHOFF H DIEKMANN L KUNZ C STOCK GJ MANZ F
Citation: H. Kalhoff et al., ALKALI THERAPY VERSUS SODIUM-CHLORIDE SUPPLEMENT IN LOW-BIRTH-WEIGHT INFANTS WITH INCIPIENT LATE METABOLIC-ACIDOSIS, Acta paediatrica, 86(1), 1997, pp. 96-101
MODIFIED COWS MILK FORMULA WITH REDUCED RENAL ACID LOAD PREVENTING INCIPIENT LATE METABOLIC-ACIDOSIS IN PREMATURE-INFANTS
Authors: KALHOFF H DIEKMANN L HETTRICH B RUDLOFF S STOCK GJ MANZ F
Citation: H. Kalhoff et al., MODIFIED COWS MILK FORMULA WITH REDUCED RENAL ACID LOAD PREVENTING INCIPIENT LATE METABOLIC-ACIDOSIS IN PREMATURE-INFANTS, Journal of pediatric gastroenterology and nutrition, 25(1), 1997, pp. 46-50
URINARY-EXCRETION OF ALDOSTERONE, ARGININE-VASOPRESSIN AND CORTISOL IN PREMATURE-INFANTS WITH MAXIMUM RENAL ACID STIMULATION
Authors: KALHOFF H RASCHER W DIEKMANN L STOCK GJ MANZ F
Citation: H. Kalhoff et al., URINARY-EXCRETION OF ALDOSTERONE, ARGININE-VASOPRESSIN AND CORTISOL IN PREMATURE-INFANTS WITH MAXIMUM RENAL ACID STIMULATION, Acta paediatrica, 84(5), 1995, pp. 490-494
SUPPLEMENTATION OF A STANDARD PRETERM FOR MULA TO IMPROVE CALCIUM ANDPHOSPHORUS SUPPLY OF VLBW AND SMALL-FOR-GESTATIONAL-AGE INFANTS
Authors: HETTRICH B KALHOFF H RUDLOFF S DIEKMANN L STOCK GJ MANZ F
Citation: B. Hettrich et al., SUPPLEMENTATION OF A STANDARD PRETERM FOR MULA TO IMPROVE CALCIUM ANDPHOSPHORUS SUPPLY OF VLBW AND SMALL-FOR-GESTATIONAL-AGE INFANTS, Klinische Padiatrie, 207(6), 1995, pp. 334-340
INCREASED RENAL NET ACID EXCRETION IN PREMATURES BELOW 1,600-G BODY-WEIGHT COMPARED WITH PREMATURES AND SMALL-FOR-DATE NEWBORNS ABOVE 2,100-G ON ALIMENTATION WITH A COMMERCIAL PRETERM FORMULA
Authors: KALHOFF H WIESE B KUNZ C DIEKMANN L STOCK GJ MANZ F
Citation: H. Kalhoff et al., INCREASED RENAL NET ACID EXCRETION IN PREMATURES BELOW 1,600-G BODY-WEIGHT COMPARED WITH PREMATURES AND SMALL-FOR-DATE NEWBORNS ABOVE 2,100-G ON ALIMENTATION WITH A COMMERCIAL PRETERM FORMULA, Biology of the neonate, 66(1), 1994, pp. 10-15
DECREASED GROWTH-RATE OF LOW-BIRTH-WEIGHT INFANTS WITH PROLONGED MAXIMUM RENAL ACID STIMULATION
Authors: KALHOFF H MANZ F DIEKMANN L KUNZ C STOCK GJ WEISSER F
Citation: H. Kalhoff et al., DECREASED GROWTH-RATE OF LOW-BIRTH-WEIGHT INFANTS WITH PROLONGED MAXIMUM RENAL ACID STIMULATION, Acta paediatrica, 82(6-7), 1993, pp. 522-527
Risultati: 1-7 |