Skip to main content

Table 4 Competencies considered necessary according to our definition by the panel members. Data are presented as percentage of participants scoring necessary, divided by participant taking a stand, total, and separate disciplines. The number of participants taking a stand is shown in brackets

From: Core competencies for a biomedical laboratory scientist – a Delphi study

 

All (n=42)

Clinical physiology (n=19)

Laboratory medicine (n=23)

Apply principles of quality assurance

100% (42)

100% (19)

100% (23)

Comply with confidentiality regulations

100% (42)

100% (19)

100% (23)

Follow the rules and guidelines in the workplace

98% (42)

95% (19)

100% (23)

Comply with basic hygiene rules

98% (42)

95% (19)

100% (23)

Apply General Data Protection Regulation

98% (42)

100% (19)

96% (23)

Consider patient safety, also in stressful situations

98% (42)

100% (19)

96% (23)

Communicate orally in Swedish

98% (42)

100% (19)

96% (23)

Respect working hours and booked appointments

95% (42)

95% (19)

96% (23)

Take responsibility for their work, discover and admit their own mistakes and report deviations

95% (42)

100% (19)

91% (23)

Accept guidance and support as needed

95% (42)

95% (19)

96% (23)

Use protective equipment if necessary

95% (42)

89% (19)

100% (23)

Read and write texts in Swedish

95% (42)

100% (19)

91% (23)

Keep the patient in focus and treat everyone in an ethical and respectful way

95% (41)

95% (19)

95% (22)

Communicate with the patient in a straightforward way

89% (37)

95% (19)

83% (18)

Show insight into the risks and consequences of their actions

88% (42)

100% (19)

78% (23)

Meet and communicate with their colleagues

86% (42)

79% (19)

91% (23)

Show respect and sensitivity in communication

86% (42)

79% (19)

91% (23)

Use common computer programs (word processing, calculation, search functions)

83% (36)

79% (18)

87% (18)

Perform examinations in a correct and specific manner depending on the patient and medical history

83% (42)

89% (19)

78% (23)

Prepare reagents, solutions, buffers, dilutions, and the like, and perform the necessary calculations.

81% (32)

44% (9)

96% (23)

Act professionally in common emergencies

81% (42)

79% (19)

83% (23)

Read professional literature in Swedish

81% (42)

84% (19)

78% (23)

Be aware of the consequences of analysis results for patients now and in the future

79% (39)

78% (18)

81% (21)

Show insight into how preanalytics affects results of analyses

79% (24)

50% (4)

85% (20)

Handle a sample and perform different types of analyzes

79% (33)

80% (10)

78% (23)

Show insight into the importance of traceability

71% (42)

84% (19)

61% (23)

Show insights about the sources of error in method and how these can affect the results

71% (42)

84% (19)

61% (23)

Distinguish normal findings from pathological and make reasonable assessments

63% (38)

83% (18)

45% (20)

Show flexibility and adaptability

64% (42)

79% (19)

52% (23)

Conduct an ECG examination

62% (26)

78% (18)

25% (8)

Practice care based on the patient's needs and codes of ethics

74% (34)

76% (17)

71% (17)

Apply sterile technique

74% (31)

75% (12)

74% (19)

Know which tubes belong to the referral and which sampling rules apply to the current analysis

66% (32)

75% (12)

60% (20)

Use centrifuges

73% (30)

38% (8)

86% (22)

Handle scales

60% (30)

13% (8)

77% (22)