8. When an error occurs
• Patient safety becomes the top priority
• All errors , including near misses ,
should be reported as risk management
• Don’t try to hide or cover up !
9. Problems with reporting
• Most errors are not reported
• Numbers reported are misleading
 Only small percentage detected
 Focus on errors of commission ( and not errors of
omission)
 Medical staff is scared to report
 Doesn’t think it’s part of their job to do so
 Don’t know whom to report to
 Reporting is seen as pointless and
time-consuming
10. Systems, Not People
• Medical errors are a property of the system
as a whole - not just acts of commissions or
omissions by the people in the system
• Performance improvement requires
changing the system, not changing the
people
– Sadly, doctors are held to an unattainable
standard—perfection
11.
12. Make the system safer !
ASSSST
• Automate ,when possible
• Standardize – reduce reliance on memory. Use
checklists & standard operating procedures (SOPs)
• Simplify . Reduce the number of steps and handoffs
• Stress-test the system, to find out the “failure points”
so these can be reduced and removed
• Safety-Net. Add redundancy (double checks) for high-
risk processes
• Improve teamwork and communication
15. What happens to Doctors when
errors occur !
• Blame and Shame
• Find a scapegoat !
16. A doctor’s feelings when he errs!
Because he feels responsible
• Self-blame
• Fear
• Guilt
• Shame
• Anger
• Embarrassment
• Depression
• Humiliation
17. A doctor’s feelings when he errs!
Long term
• Frustration
• Isolation
• Flashbacks and Replays
• Nightmares and Sleepless Nights
• Grief
• Loss of Confidence
• Denial, Discounting, Distancing
• Taught to be clinically detached and not to feel
• Hard to ask for help
18. How to cope after an error
• Be kind to yourself !
• Be kind to each other. Don’t be judgmental
• No one is perfect – To Err is Human !
• You aren’t a bad doctor just because you made
an error !
• Failure is inevitable, because life has a 100%
mortality rate
• Healing needs Forgiveness, Support, Recovery
and Resilience
20. HELP – Health Education Library for
People
Free library at Bombay Central
21. Positive Safety Culture
• Open Culture. Don’t ask who is responsible, ask
what is responsible
• Just Culture. Restorative justice vs punishment
• Reporting Culture.
• Learning Culture. Go from backward to forward-
looking accountability, to prevent future problems
• Promote effective team functioning
• Anticipate the unexpected
• Design for recovery
25. Accountability in Systems
• A system-based approach to error
reduction does not diminish
accountability
• It directs it in a productive and useful
manner, to reduce future errors
• Blame is the enemy of safety !
26. Health IT as a safeguard
• EMRs( Electronic Medical Records) and
HIS ( Hospital Information Systems) can
help reduce medical errors by using
artificial intelligence .
• Automatic alerts can be triggered when
there is a possible toxic drug interaction
29. Problems with Health IT
• Trying to do too many things simultaneously
causes errors !
• Inattentional blindness (focusing so much on
one thing that you miss another).
• Alarm fatigue
30. Reducing IV Medication Errors
• Incidence of errors
with injectable
medications is higher
than with other
forms of medications
• Half of all harmful
medication errors
originate during drug
administration step
Taxis K, Barber N. Ethnographic study of the incidence and severity of intravenous medicine errors. Br Med J. 2003;326:684-7.
Cousins DH, Sabatier B, Begue D, et al. Medication errors in intravenous medicine preparation and administration: a multicentre audit in the UK, Germany and France. Qual Saf Health Care.
2005;14:190-5.
Bates D, Spell N, Cullen DJ, et al. The cost of adverse events in hospitalized patients. JAMA. 1997;227:307-11.
Bates DW, Cullen DJ, Laird N. Incidence of adverse drug events and potential adverse drug events: implications for prevention. JAMA. 1995;274(1):29-34.
31. Infusion systems provide a unique protection
against medication errors
The many available options differ in the respective complexity and
number of steps required to prepare the solutions and in the
opportunities for potential contamination
Ready to useReady to mixManual admixture
Open
containers
Closed
containers
Ready to useReady to mixManual admixture
Open
containers
Closed
containers
B RISK
Med. Error Risk
HIGH LOW
36. Humans as heroes
• Humans cause problems – but they are
the solution as well !
• Inspite of the chaos and constraints
under which hospitals function, the staff
still delivers safe care to their patients
most of the time.
• Their adaptability, foresight and
resilience is a shield against errors.
37. Humans as heroes
• Doctors and nurses are the real-life experts
• Entropy - natural tendency for
things to go wrong.
• Safety is a dynamic non-event.
• Hard work to achieve this
38. How to BE SAFE !
• B = Beware = Be aware that errors can
happen
• E = Education
• S= Speak Up
• A = Act
• F = Facts
• E = Error Free.
• This a joint effort !
40. LASA –
Look Alike Sound Alike
• Confusing drug names is one of the most
common causes of medication error
• Contributing factors are
– illegible handwriting,
– incomplete knowledge of drug names
– newly available products,
– similar packaging or labelling
– similar clinical use
– Similar strengths, dosage forms 40
42. Role of doctors
• Specify dosage form, drug strength & complete
directions on prescriptions
• Double-check doses and brand names
• Use both brand name & generic name on
prescription
• Legible handwriting in CAPS
• Learn good habits now !
42
43. Role of the nurse and the patient
• Defence against medical errors – safety nets
• Nurses have tons of experience and can be
great teachers
• Listen to your patients !
44. Sadly, today the clinical staff’s skills
are wasted on paperwork
48. Reinventing Medical Education
• We need to teach the next generation of
doctors to think out of the box.
• Young , intelligent, technically-savvy
medical students need to come up with
innovative solutions , which allow them
to take care of patients on a much larger
scale than doctors did in the past.
The slide demonstrates some of the many choices available when choosing a delivery system for administration of IV therapy
The potential for contamination is affected by differences in the respective complexity and number of steps required to prepare the solutions and in whether the systems are open or closed