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1.
J Palliat Care ; 13(2): 22-6, 1997.
Article in English | MEDLINE | ID: mdl-9231584

ABSTRACT

We report a new tool for screening the suffering of terminally ill patients in a palliative care service. We systematically asked 371 terminal oncological and AIDS patients on 665 different occasions, "How long did yesterday seem to you?"; we then asked them to assess their current condition. The simple answer about subjective length of time correlated well with subjective suffering in approximately half the patients. Thus it may be a good starting point for future assessment and more extensive explorations.


Subject(s)
Palliative Care , Quality of Life , Terminal Care , Time Perception , Acquired Immunodeficiency Syndrome/psychology , Female , Humans , Male , Neoplasms/psychology , Spain
5.
Rev Esp Fisiol ; 41(1): 5-10, 1985 Mar.
Article in Spanish | MEDLINE | ID: mdl-4001543

ABSTRACT

The effect that bath application of sulphydryl reagents (SR) exerts on frog sartorius motor endplate sensitivity to iontophoretically applied carbachol (CCh) has been studied. Sensitivity to CCh is expressed as the ratio of the CCh potential (mV) to the nanocoulombs delivered by the iontophoretic pulse and has been determined before and after addition of SR to the bath. Two groups of SR have been tested: oxidizing reagents, o-iodosobenzoate and reducing agents, dithiothreitol (DTT). CCh was applied iontophoretically by means of a microelectrophoretic programmer with constant current source. Exposure of the muscle to 1 mM DTT in a bath pH range of 7-8 for 2 to 85 min showed no significant differences in endplate sensitivity to CCh before and after addition of the reducing agent. o-Iodosobenzoate at a 1 mM bath concentration (pH 7) for 2 to 19 min strongly decreases endplate sensitivity to CCh. The statistical methods used were Wilcoxon rank tests and linear regression. Since previous studies have shown that oxidizing and reducing SR evoke depolarizations when applied iontophoretically at the endplate region, these results suggest that activation of the receptor is achieved only when SR are delivered iontophoretically, and that discrepancies observed can be attributed mainly to the different techniques of drug application.


Subject(s)
Carbachol/pharmacology , Motor Endplate/drug effects , Neuromuscular Junction/drug effects , Receptors, Cholinergic/drug effects , Sulfhydryl Reagents/pharmacology , Animals , Carbachol/antagonists & inhibitors , Dithiothreitol/pharmacology , Iodobenzoates/pharmacology , Membrane Potentials/drug effects , Oxidation-Reduction , Ranidae
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