specifying clinical it requirements for pathways: a national perspective
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Specifying clinical IT requirements for pathways: a national perspective. Dr Mark Dancy Consultant Cardiologist National Clinical Lead CHD Collaborative. Potential benefits from NPfIT. Readily available information Patients Clinicians looking after them Ease of communication - PowerPoint PPT PresentationTRANSCRIPT
Specifying clinical IT requirements for pathways: a national perspective
Dr Mark Dancy
Consultant Cardiologist
National Clinical Lead CHD Collaborative
Potential benefits from NPfIT
• Readily available information• Patients
• Clinicians looking after them
• Ease of communication
• Combined care
• Audit
• Health economics & Public Health
Current position
• Numerous systems
• All different• Software
• Field definitions
• Architectures
• Not designed to communicate• Need paper
Current position
• Many databases designed for audit• Not designed around patient pathway• ‘Minimum dataset’• Implies majority of mandatory fields• Not suitable for EPR• High cost of data gathering – audit clerks
• Integrated care pathways• Within hospitals mostly paper-based• Within primary care – templates
Datasets: different according to purpose
•Clinical processes• history, exam, tests, diagnosis, treatment
•Audit and clinical governance• local and national - NSF targets
• Information for patients •general and personal
• Public health
• Service planning: •demand and capacity
•Finance
Clinical datasets (EPR)
• Needs a lot of data – medicine is complex
• Choice between free text and defined data items (auditable)
• Needs a lot of data items
• Many/most will not be mandatory
• How much of the requirements for other uses will be met by a good clinical dataset?
The ideal system design for clinical input
• Intuitive, fast• Follows predicted workflows• Accommodates the majority of clinical needs
with minimal need for free text• Data entered at point of care• Supports workforce developments (PwSI)• Platform independent• Organisation independent
Potentially difficult areas
• Inpatient care• Complex• Changing differential diagnoses• Changing firms• Logistics of the bedside
• Multiple pathologies• Systems often arranged around single diagnosis
Best test-bed is single disease managed out of hospital
RAPCP Pilot
Dataset development
Clinical systemsmanufacturers
Local developmentNational system
Provisional national datasetFunctional specification
Pilot sites
Maximum choice for end-users
Understanding workflows
Disease management system project: DMSP
• Common principles• Based on patient pathway• Translated into workflows• Platform and organisation independent• Electronic communications
• Three conditions• Heart Failure• Breast Cancer• Diabetes
Referral proforma
Call/recall systems for
chronic disease management
Placed on heart
failure register
Stabilisation
Initiation of Beta blocker &/
spironolactone
Up-titration of drugs
Initiation of treatment with
ACE and diuretics
Requires further
investigations
Preliminary conclusions
? LVSD
Heart failure clinic
Primary care Either Secondary care
Further treatment
LV systolic
dysfunction
Transfer ofreferral data and e-booking
Summary of conclusions
from heart failure clinic
Single message to put on register
a*
Sheet 1
Sheet 2
Sheet 4
Sheet 3
a*: if continuing care to be in acute trustinitiates appropriate arrangements. If to be primary care initiates request message to 1y care to book patient into their clinic
IP admission
Yes
No
Discovered tohave heart failure
in OPD
Heart failure suspected
Where to go from here?
• DMSP is proof of concept• Direct communication between local systems may
be unnecessary in NPfIT (via spine)• Recognition that the interface between the
clinician and the system is the most important element of design
• Extend into other more difficult areas• Major task in ‘information out’