| Id |
Subject |
Object |
Predicate |
Lexical cue |
| T1 |
0-73 |
PHYS |
denotes |
[Nycthemeral gastric secretion in children under parenteral feeding].
The |
| T1c |
0-73 |
UMLS:C0232539 |
denotes |
[Nycthemeral gastric secretion in children under parenteral feeding].
The |
| T2 |
0-30 |
PHEN |
denotes |
[Nycthemeral gastric secretion |
| T2c |
0-30 |
UMLS:C0036536 |
denotes |
[Nycthemeral gastric secretion |
| T3 |
31-73 |
ANAT |
denotes |
in children under parenteral feeding].
The |
| T3c |
31-73 |
UMLS:C0038351 |
denotes |
in children under parenteral feeding].
The |
| T4 |
173-230 |
LIVB |
denotes |
enteral feeding (TPF). The suppression of the prandial st |
| T4c |
173-230 |
UMLS:C0008059 |
denotes |
enteral feeding (TPF). The suppression of the prandial st |
| T5 |
267-602 |
PROC |
denotes |
n the secretory flow with a nocturnal minimum and a diurnal morning maximum, independent of the TPF infusion-conditions. The role of the infused aminoacids and lipid emulsion, as well as the duration of TPF is suggested to explain the increase or decrease in the basal acid flow. The authors suggest that an H2 antihistaminic should be |
| T5c |
267-602 |
UMLS:C0030547 |
denotes |
n the secretory flow with a nocturnal minimum and a diurnal morning maximum, independent of the TPF infusion-conditions. The role of the infused aminoacids and lipid emulsion, as well as the duration of TPF is suggested to explain the increase or decrease in the basal acid flow. The authors suggest that an H2 antihistaminic should be |
| T6 |
267-466 |
PHYS |
denotes |
n the secretory flow with a nocturnal minimum and a diurnal morning maximum, independent of the TPF infusion-conditions. The role of the infused aminoacids and lipid emulsion, as well as the duration |
| T6c |
267-466 |
UMLS:C1442959 |
denotes |
n the secretory flow with a nocturnal minimum and a diurnal morning maximum, independent of the TPF infusion-conditions. The role of the infused aminoacids and lipid emulsion, as well as the duration |
| T7 |
492-602 |
LIVB |
denotes |
plain the increase or decrease in the basal acid flow. The authors suggest that an H2 antihistaminic should be |
| T7c |
492-602 |
UMLS:C0030551 |
denotes |
plain the increase or decrease in the basal acid flow. The authors suggest that an H2 antihistaminic should be |
| #1 |
T1 |
T1c |
Normalization |
"[Nycthemeral gastric secretion in children under parenteral feeding].
The","[Nycthemeral gastric secretion in children under parenteral feeding].
The" |
| #2 |
T2 |
T2c |
Normalization |
[Nycthemeral gastric secretion,[Nycthemeral gastric secretion |
| #3 |
T3 |
T3c |
Normalization |
"in children under parenteral feeding].
The","in children under parenteral feeding].
The" |
| #4 |
T4 |
T4c |
Normalization |
enteral feeding (TPF). The suppression of the prandial st,enteral feeding (TPF). The suppression of the prandial st |
| #5 |
T5 |
T5c |
Normalization |
"n the secretory flow with a nocturnal minimum and a diurnal morning maximum, independent of the TPF infusion-conditions. The role of the infused aminoacids and lipid emulsion, as well as the duration of TPF is suggested to explain the increase or decrease in the basal acid flow. The authors suggest that an H2 antihistaminic should be","n the secretory flow with a nocturnal minimum and a diurnal morning maximum, independent of the TPF infusion-conditions. The role of the infused aminoacids and lipid emulsion, as well as the duration of TPF is suggested to explain the increase or decrease in the basal acid flow. The authors suggest that an H2 antihistaminic should be" |
| #6 |
T6 |
T6c |
Normalization |
"n the secretory flow with a nocturnal minimum and a diurnal morning maximum, independent of the TPF infusion-conditions. The role of the infused aminoacids and lipid emulsion, as well as the duration","n the secretory flow with a nocturnal minimum and a diurnal morning maximum, independent of the TPF infusion-conditions. The role of the infused aminoacids and lipid emulsion, as well as the duration" |
| #7 |
T7 |
T7c |
Normalization |
plain the increase or decrease in the basal acid flow. The authors suggest that an H2 antihistaminic should be,plain the increase or decrease in the basal acid flow. The authors suggest that an H2 antihistaminic should be |
