In an attempt to determine the effect of color coding on search time, six groups of 10 S’s each were asked to respond to 10 different displays containing 60 symbols, some of which were color coded. Comparisons among conditions revealed that there was
Pigeons were trained on two independent tasks. One involved red and yellow hues, the other involved blue and green hues. For half of the birds, the two tasks were the same (i.e., both tasks were either matching-to-sample, or oddity-from-sample). For
Goldfish, trained in the shuttlebox apparatus to avoid shock, acquired a color discrimination between two colors (red/green) and were tested in transfer with a new set of colors (yellow/blue). Transfer color shock-pairing was either consistent with (
Previous studies demonstrated that color categorical perception (CP; better cross-category than within-category discrimination) was reduced by verbal interference, suggesting that CP is mediated by verbal labeling. Here, we examined chromatic general
Cincinnati Children’s Hospital Medical Center (CCHMC) has built the initial Natural Language Processing (NLP) component to extract medications with their corresponding medical conditions (Indications, Contraindications, Overdosage, and Adverse Reacti
Color inconsistency between views is an important problem to be solved in multi-view video applications, such as free viewpoint television and other three-dimensional video systems. In this paper, by combining with multi-view video coding, a coding-o
The linearity axiom as proposed by Krantz (1975) is confirmed for red/green equilibria, i.e., lights which appear neither reddish nor greenish (unique yellows, unique blues, and achromatic colors). This experiment also gave some evidence of “veiling,
This experiment investigated the readability of medication labels using various combinations of fonts, sizes, and weights of print. Older and younger adult reading speeds and error rates for different print types were compared for both bottle and fla
BACKGROUND: Adverse events resulting from medication error are a serious concern. Patients’ literacy and their ability to understand medication information are increasingly seen as a safety issue.
morphine on 'ordinary' obstetric wards. We stated our belief that vital signs need to be taken hourlyfor thefirst 8 to 12 hours. This would be possible because the improved
patient comfort would require less nursing care. Since this technique is relatively new, its safety is not 100 per cent proven. However, the large numbers of patients reported in the literature to date suggests that 'serious or catastrophic consequences' are not inevitable if patients are selected using the guidelines referred to above.
S. Rolbin, MOCMVRC1'(C) Department of Anaesthesia Mount Sinai Hospital, Toronto
whose importance cannot be ignored with impunity. No doubt others before me have suggested the introduction of uniform colour coding for the labels of anaesthetic (if not all) drugs, but present circumstances prompt me to add my voice to theirs. 1 would propose that distinguishing colours be reserved for the labels of at least the following classes of commonly used drugs: narcotics - barbiturates and other hypnotics muscle relaxants autonomic agonists and antagonists anticholinesterases -
1 GJ'~stafsonnLL, Schlldt B, Jacobsen K. Adverse Ef-
fe~:tsof Extradural and lntrathecal Opiates: Report of a Nationwide Survey in Sweden. Br J Anaesth 1983; 54: 479-85. 2 Reiz S, Westberg M. Side Effects of Epidural Morphine. Lancet 1980; 2: 537-43. 3 1Chill RL, Clement JL, Thompson WR. Epidural MorphineCauses Delayed and Prolonged Vemilatory Depression. Can Anacsth Soc J 1981; 28: 537-43.
Colour Coding of Drug Labels To the Editor: The Burroughs Wellcome company has introduced a potentially hazardous change in the labelling of 5 ml ampoules of Anectine| (suecinylcholine). These ampoules have been labelled in yellow for many years and their characteristic appearance has come virtually to identify their contents to anaesthetists accustomed to using this brand of the drug. Without warning, the colour of the label has been changed to red, giving an ampoule of Anectine a striking resemblance to a 5 ml ampoule of Sublimazes', a brand of fentanyl in common use. The possible confusion between a syringe containing 100 mg of suceinylcholine instead of 250 v.g of fentanyt, or vice versa, and the hazard thereby engendered surely needs no further elaboration. Wh:ile it is a fundamental tenet of safe anaesthetic practice that the contents of an ampoule be verified by careful inspection of the label, nonetheless, in the identificationof drugs, medical gases and equipment sizes, visual cues such as colour play a part
Christopher P. Bates, MD, FRCP (C) Department of Anaesthesia The University of British Columbia Health Sciences Centre Hospital REPLY We are indebted to Dr. Bates for his letter highlighting the ease with which label changes can create potentially dangerous situations in the operating room. As all the readers of this journal are no doubt aware, as soon as Burroughs WeUcome discovered this potential hazard, we immediately re-designed the label and froze all stocks of the drug in our warehouses, at the same time notifying all chiefs of anaesthesia and hospital pharmacists. Drug labels are designed to be maximally informative and distinctive and are closely regulated by the Health Protection Branch in Ottawa. I do not know however of any nationally accepted mechanism that could prevent the incident which has occurred, because this process is conducted outside the context of routine ctinical practice. It would, I suggest, be appropriate for the Canadian Anaesthetists' Society to appoint a committee to monitor all drug labels and maintain a dialogue with the drug industry. In the meantime I would urge us atl to remember the aphorism ingrained in us at medical school 'always, always read the ruddy label."
MalcolmF/etcher, tRcr(Lond), ~al~CS(Eng)OA(RCS)(Eng) Medical Director Burroughs Wellcome Inc. Montreal, Quebec