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1 esting of modifications to the standard oral rehydration solution.
2 stimulation of net sodium absorption by oral rehydration solution.
3 and might contribute to the efficacy of oral rehydration solutions.
4 usly, we found that an amino acid-based oral rehydration solution (AA-ORS) improved gastrointestinal
5 intravenous electrolyte support and/or oral rehydration solutions) and oral intake whenever possible
6 ion of fully immunised children, use of oral rehydration solution, and sanitation index, assessed at
7 nsport was the basis for development of oral rehydration solution, and was hailed as potentially the
8 ' physical examination, prescription of oral rehydration solutions, antibiotics and other medications
9 been primarily attributed to the use of oral rehydration solutions, continuous feeding and zinc suppl
10 al Mg2+ supplementation, alone or in an oral rehydration solution, could be a potential therapy for c
12 or pneumonia and neonatal sepsis and of oral rehydration solution for diarrhoea would together accoun
17 water control (1337 +/- 330 g) after an oral rehydration solution (ORS) (1038 +/- 333 g, P < 0.001),
19 o a 90 mmol/L sodium-111 mmol/L glucose oral rehydration solution (ORS) enhances its effectiveness fo
21 on [so-called resistant starch (RS)] to oral rehydration solution (RS-ORS) improves the efficacy of O
23 ce 1.3 [95% CI 0.6-1.9]), and increased oral rehydration solution use (RR 1.5 [1.0-2.2]) in the commu
24 's diarrhea patient standard message on oral rehydration solution use and a basic water, sanitation,
25 three arms: standard recommendation on oral rehydration solution use; health facility delivery of CH
26 ndomized to 3 arms: standard message on oral rehydration solution use; health facility delivery of CH
27 nough" to ensure the appropriate use of oral rehydration solutions, zinc and antibiotics by healthcar