| Id |
Subject |
Object |
Predicate |
Lexical cue |
| T1 |
0-472 |
PHEN |
denotes |
[Erythrocyte aggregation in vascular disease. Influence++ of hypertension].
In vascular diseases, when the vasomotor reserve is exhausted, microcirculation is strongly dependent on blood fluidity. For patients with vascular disorders, it was therefore decided to evaluate red blood cells (RBC) aggregation and disaggregation (SEFAM erythro-aggregometer) which are important factors determining blood viscosity in low flow areas. Our results show that, in essential hyperte |
| T1c |
0-472 |
UMLS:C1608880 |
denotes |
[Erythrocyte aggregation in vascular disease. Influence++ of hypertension].
In vascular diseases, when the vasomotor reserve is exhausted, microcirculation is strongly dependent on blood fluidity. For patients with vascular disorders, it was therefore decided to evaluate red blood cells (RBC) aggregation and disaggregation (SEFAM erythro-aggregometer) which are important factors determining blood viscosity in low flow areas. Our results show that, in essential hyperte |
| T2 |
332-472 |
ANAT |
denotes |
erythro-aggregometer) which are important factors determining blood viscosity in low flow areas. Our results show that, in essential hyperte |
| T2c |
332-472 |
UMLS:C0014792 |
denotes |
erythro-aggregometer) which are important factors determining blood viscosity in low flow areas. Our results show that, in essential hyperte |
| T3 |
700-797 |
DISO |
denotes |
pathological groups. When EH is excluded from a group of 70 patients with cerebrovascular disorde |
| T3c |
700-797 |
UMLS:C0042373 |
denotes |
pathological groups. When EH is excluded from a group of 70 patients with cerebrovascular disorde |
| T4 |
700-724 |
DISO |
denotes |
pathological groups. Whe |
| T4c |
700-724 |
UMLS:C0012634 |
denotes |
pathological groups. Whe |
| T5 |
1359-1588 |
DISO |
denotes |
hology. The increase in RBC aggregability and in the shear resistance of the aggregates, when present in vascular pathology, is likely to add a burden to the circulatory system already hindered by a deficient vasomotor regulation |
| T5c |
1359-1588 |
UMLS:C0020540 |
denotes |
hology. The increase in RBC aggregability and in the shear resistance of the aggregates, when present in vascular pathology, is likely to add a burden to the circulatory system already hindered by a deficient vasomotor regulation |
| #1 |
T1 |
T1c |
Normalization |
"[Erythrocyte aggregation in vascular disease. Influence++ of hypertension].
In vascular diseases, when the vasomotor reserve is exhausted, microcirculation is strongly dependent on blood fluidity. For patients with vascular disorders, it was therefore decided to evaluate red blood cells (RBC) aggregation and disaggregation (SEFAM erythro-aggregometer) which are important factors determining blood viscosity in low flow areas. Our results show that, in essential hyperte","[Erythrocyte aggregation in vascular disease. Influence++ of hypertension].
In vascular diseases, when the vasomotor reserve is exhausted, microcirculation is strongly dependent on blood fluidity. For patients with vascular disorders, it was therefore decided to evaluate red blood cells (RBC) aggregation and disaggregation (SEFAM erythro-aggregometer) which are important factors determining blood viscosity in low flow areas. Our results show that, in essential hyperte" |
| #2 |
T2 |
T2c |
Normalization |
"erythro-aggregometer) which are important factors determining blood viscosity in low flow areas. Our results show that, in essential hyperte","erythro-aggregometer) which are important factors determining blood viscosity in low flow areas. Our results show that, in essential hyperte" |
| #3 |
T3 |
T3c |
Normalization |
pathological groups. When EH is excluded from a group of 70 patients with cerebrovascular disorde,pathological groups. When EH is excluded from a group of 70 patients with cerebrovascular disorde |
| #4 |
T4 |
T4c |
Normalization |
pathological groups. Whe,pathological groups. Whe |
| #5 |
T5 |
T5c |
Normalization |
"hology. The increase in RBC aggregability and in the shear resistance of the aggregates, when present in vascular pathology, is likely to add a burden to the circulatory system already hindered by a deficient vasomotor regulation","hology. The increase in RBC aggregability and in the shear resistance of the aggregates, when present in vascular pathology, is likely to add a burden to the circulatory system already hindered by a deficient vasomotor regulation" |
