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PubMed:8288558 JSONTXT 20 Projects

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Id Subject Object Predicate Lexical cue
T1 0-57 Sentence denotes Ascorbic acid and insulin secretion in pancreatic islets.
T1 0-57 Sentence denotes Ascorbic acid and insulin secretion in pancreatic islets.
T2 58-235 Sentence denotes The effect of ascorbic acid on glucose-induced insulin release from single pancreatic islets was measured using a new, ultra-sensitive enzyme-linked immunosorbent insulin assay.
T2 58-235 Sentence denotes The effect of ascorbic acid on glucose-induced insulin release from single pancreatic islets was measured using a new, ultra-sensitive enzyme-linked immunosorbent insulin assay.
T3 236-347 Sentence denotes Within 20 s ascorbic acid inhibited insulin secretion; inhibition was dose dependent and completely reversible.
T3 236-347 Sentence denotes Within 20 s ascorbic acid inhibited insulin secretion; inhibition was dose dependent and completely reversible.
T4 348-480 Sentence denotes There was a 50% inhibition of the secretory response with 200 microM ascorbic acid and 90% inhibition with 400 microM ascorbic acid.
T4 348-480 Sentence denotes There was a 50% inhibition of the secretory response with 200 microM ascorbic acid and 90% inhibition with 400 microM ascorbic acid.
T5 481-656 Sentence denotes The decrease in insulin secretion was recorded as a reduction of the amplitudes of the fast insulin transients, which give rise to the oscillatory nature of insulin secretion.
T5 481-656 Sentence denotes The decrease in insulin secretion was recorded as a reduction of the amplitudes of the fast insulin transients, which give rise to the oscillatory nature of insulin secretion.
T6 657-790 Sentence denotes The inhibition of glucose-induced insulin release by ascorbic acid was associated with hyperpolarization of the pancreatic beta-cell.
T6 657-790 Sentence denotes The inhibition of glucose-induced insulin release by ascorbic acid was associated with hyperpolarization of the pancreatic beta-cell.
T7 791-920 Sentence denotes Suppression of glucose-induced membrane depolarization was evident after 20 s, was dose dependent, and was completely reversible.
T7 791-920 Sentence denotes Suppression of glucose-induced membrane depolarization was evident after 20 s, was dose dependent, and was completely reversible.
T8 921-1031 Sentence denotes The data here may provide the first explanation of why plasma ascorbate concentrations are tightly controlled.
T8 921-1031 Sentence denotes The data here may provide the first explanation of why plasma ascorbate concentrations are tightly controlled.