Drugs have gone missing from the controlled drugs cabinet. The recording system was not up to date and suspicion has fallen on the nursing team. What can I do?

2017 ◽  
Vol 32 (3) ◽  
pp. 62-62
Author(s):  
Nicky Ackerley
2018 ◽  
Vol 103 (2) ◽  
pp. e1.30-e1 ◽  
Author(s):  
Asif Yusuf ◽  
Aujla Harjinder ◽  
Correa West Joanna

IntroductionLA, 15 year old female diagnosed with tuberculosis meningitis (TBM). General paediatric team recommended, in combination with existing adjunctive therapy, initiation of Thalidomide, a non-formulary drug.ChallengeAdministration of medication, for LA, was via a nasogastric tube. The cytotoxic nature of Thalidomide compounded with the lack of information from Celgene, the manufacturer of the only licensed Thalidomide in the United Kingdom (UK) that supplied oral capsules, provided numerous issues for administration. In addition, TBM was an unlicensed indication for Thalidomide.OutcomeApproval through the Drug and Therapeutics Committee (DTC) was gained. Upon investigating into previous use at the trust, another patient had received Thalidomide for TBM in 2014, this was requested from the same consultant, however on that occurrence there was ease of administration through the oral route so the licensed oral capsules were used. Combined with this previous case and a thorough literature search, a dose was calculated of 200 mg (3 mg/kg once a day), which was agreed by the general paediatrics team. An unlicensed oral tablet formulation was sourced from another manufacturer in the UK. Crushing syringes were sourced to ensure the ‘crushing and dispersing process’ would occur in a closed system. The relevant forms for Thalidomide initiation were completed by the requesting consultant, with the patient and family advised on the appropriate pregnancy prevention measures. An administration guide via feeding tubes was developed for the nursing team. Steps included: wearing gloves and apron, usinga crushing syringe to crush the Thalidomide tablet in a closed system, drawing 20 ml of water from a medicine pot into the crushing syringe, agitating the syringe to disperse the tablet, using the appropriate ENFIT adaptor to administer the dispersed medication into the feeding tube and disposing of appropriate waste into cytotoxic and clinical waste. Incorporated into this, a safety information leaflet for staff was developed, also for the nursing team, detailing the appropriate ward storage (controlled drugs cupboard) and handling measures, stressing the importance of the teratogenic nature of Thalidomide. The nursing team on the relevant ward, caring for LA, were counselled on and supplied with the guidance that was produced for them. A brief pharmacy guide was developed, detailing to the pharmacy team, the teratogenic nature of Thalidomide along with the special storage conditions (controlled drugs cupboard) and handling measures.The pharmacy team were informed of the case and guidance was sent out, to ensure that the correct safety measures were in place. Prior to dispensing, dispensing staff and screening pharmacists were asked to complete a consent form, in order to dispense/screen prescriptions for Thalidomide. Dispensing took place as per cytotoxic medications, with Thalidomide delivered in the relevant yellow sealed bags.Moving onA Thalidomide policy was drafted and will be submitted to the DTC for approval. Once approved, this will be available for the medical, nursing and pharmacy team, in the future. A pharmacy Thalidomide folder was created, that would house the policy and all the relevant forms required for audit


1994 ◽  
Vol 33 (01) ◽  
pp. 157-160 ◽  
Author(s):  
S. Kruse-Andersen ◽  
J. Kolberg ◽  
E. Jakobsen

Abstract:Continuous recording of intraluminal pressures for extended periods of time is currently regarded as a valuable method for detection of esophageal motor abnormalities. A subsequent automatic analysis of the resulting motility data relies on strict mathematical criteria for recognition of pressure events. Due to great variation in events, this method often fails to detect biologically relevant pressure variations. We have tried to develop a new concept for recognition of pressure events based on a neural network. Pressures were recorded for over 23 hours in 29 normal volunteers by means of a portable data recording system. A number of pressure events and non-events were selected from 9 recordings and used for training the network. The performance of the trained network was then verified on recordings from the remaining 20 volunteers. The accuracy and sensitivity of the two systems were comparable. However, the neural network recognized pressure peaks clearly generated by muscular activity that had escaped detection by the conventional program. In conclusion, we believe that neu-rocomputing has potential advantages for automatic analysis of gastrointestinal motility data.


1973 ◽  
Vol 73 (4) ◽  
pp. 700-712 ◽  
Author(s):  
J. D. Bruce ◽  
X. Cofre ◽  
V. D. Ramirez

ABSTRACT On the day following delivery (day 1 of lactation) one abdominal mammary gland was implanted with oestrogen and the contralateral gland received an empty needle. At 2, 5 or 10 days of lactation the rats were anaesthetized with pentobarbital and the nipples of both abdominal glands were cannulated and their pressures recorded by means of transducers coupled to an amplifier and recording system. The normal mammary glands of 5-day lactating rats responded to very low doses of oxytocin (Syntocinon®, Sandoz) (5× 10−8 mU) with a rhythmic elevation in pressure. However, saline infusion also evoked a small rise in intra-mammary pressure. Earlier (2 days) and later (10 days) in lactation the responses were smaller. Oestrogen decreases significantly the milk ejection response to oxytocin, and the effect was maximal at day 10 of lactation. Histological observations confirmed the diminished reaction of the gland to oxytocin, since the milk was retained in the alveoli of rats bearing a mammary-oestrogen implant. A paradoxical rise in pressure was detected in normal as well as in oestrogen-implanted glands when the lowest dose of oxytocin was injected in lactating rats which had previously received a high dose of oxytocin (50 mU or 500 mU). These results reinforce the hypothesis that oestrogen alters the milk ejection response to oxytocin and that the mechanism is probably related to changes in the contractility of the myoepithelial cells.


2018 ◽  
Vol 27 (2) ◽  
pp. 185-230
Author(s):  
Yeongchan Choi ◽  
Chunwoo Shin ◽  
Seungje Jo ◽  
Yugeun Jo

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