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To gain consensus from an expert paediatric and neonatal clinical pharmacist panel on criteria to be applied in the design of a triage tool for use in paediatric and neonatal settings.The ‘Delphi Technique’1 was used to identify pharmaceutical care issues, known as criteria, to aid in the prioritisation and targeting of pharmacists’ time to deliver pharmaceutical care to paediatric and neonatal patients. Criteria based ’statements’ based upon the literature2–4 were developed and put into a questionnaire format which was distributed amongst members of the Scottish Neonatal and Paediatric Pharmacy Group (SNAPP). A five point Likert-scale and option for free hand text was used to record responses. Responses were analysed and used to modify subsequent rounds of the Delphi technique.18 criteria were identified for use in the triage tool and were largely characterised upon time of review. Criteria pertaining to daily review included patients prescribed high risk medicines, psychotropic medication, continuous infusions and those with severe, acute kidney injury. Criteria pertaining to 48-hourly review included patients with stable chronic renal failure and mild kidney injury. Criteria for 72-hourly review included stable patients with no acute issues.A triage tool to aid pharmaceutical prioritisation in paediatric and neonatal patients has been developed and will be piloted for use in clinical practice.McMillian S, King M, Tully M. How to use the nominal group and Delphi techniques. Int J Clin Pharm 2016;38:655–622.Abbas S. The sensitivity of the paediatric triage tool in identifying care issues. Abstracts from 21st Annual Conference of Neonatal and Paediatric Pharmacists Group, NPPG, 2015.Cottrell R, Caldwell M, Jardine G. Developing and implementing a pharmacy risk screening tool. Hospital Pharmacy Europe (Magazine) 2013;71.Stuart Z. The development and pilot evaluation of referral tool for pharmacy technicians to use within a paediatric medical acute receiving unit 2014. MSc Project submitted to the University of Strathclyde.