Skip to main content

Table 2 Results

From: Education in research: results of a survey commissioned by the research committee of the European Society of Radiology

Topic

Question

Mean current

Mean future

Difference (future higher = positive values)

Training in research

The basics (statistics, publication rules) to all residents

3.13

4.43

1.30

In-depth training and protected time for residents

2.71

4.08

1.37

A structured programme for future clinical scientists

2.48

4.25

1.78

A structured programme for future full-time researchers

2.40

3.84

1.44

Drivers of research

Biology (such as cellular imaging)

3.38

4.24

0.86

Pharmacology

3.13

3.59

0.46

Material sciences (such as nanotechnology)

2.86

3.86

1.00

Engineering

3.38

3.65

0.26

Physics

3.56

3.76

0.20

Epidemiology

3.35

3.68

0.33

Health technology assessment including patient outcomes, evaluation of benefits and costs

3.62

4.10

0.48

Recruitment

Before medical school (for instance summer school, projects)

1.79

2.27

0.48

During medical school (lectures in anatomy, thesis, summer school)

2.75

3.77

1.02

At the start of residency (statistics courses, research year, etc.)

2.98

4.14

1.16

During residency (statistics courses, research year, etc.)

3.63

4.34

0.71

After residency (research fellowship, research projects)

3.52

3.84

0.32

As a staff member

3.38

3.39

0.02

Training contents

Ethics in research

3.02

4.27

1.25

Medico-legal aspects of research

2.89

4.16

1.27

Publication rules (authorship, redundant publication, referencing)

3.30

4.41

1.11

"How to write a paper" courses

3.21

4.55

1.34

Biostatistics

3.52

4.39

0.88

Non-routine imaging methods (optical imaging, NIRS, spectroscopy, etc.)

2.48

3.52

1.04

Biology basics (molecular, cellular, physiology of systems, plasticity, etc.)

2.55

3.84

1.29

Biological imaging methods (various types of microscopy)

2.09

3.41

1.32

Pharmacology

2.34

3.50

1.16

Material sciences

2.13

3.36

1.23

Quantitative imaging

2.77

4.13

1.36

Basics of hospital and research economics

2.36

3.50

1.14

Basics of health care economics (at a national and international level)

2.45

3.50

1.05

Methods of technology assessment

2.73

4.09

1.36

How to write successful grant applications

2.75

4.48

1.73

Education methods

Formal lectures

3.66

3.96

0.30

Workshops

3.61

4.36

0.75

Laboratory training

2.70

3.82

1.13

Scientific presentations by the trainees

3.93

4.50

0.57

Visiting international meetings by trainees

3.70

4.39

0.70

Publication of scientific papers by trainees

3.71

4.55

0.84

Degree training (MSc, PhD, MD/PhD)

3.30

4.34

1.04

Flexibility

(Women)

2.57

3.63

1.05

Responsability, career planning

Individual

4.11

4.25

0.14

Research group leader

3.14

4.13

0.98

Chief of section

3.14

3.86

0.71

Department chief

3.57

3.95

0.38

University

2.88

3.66

0.79

Network building

Individual

3.63

3.84

0.21

Research group

3.82

4.54

0.71

Sections (such as abdominal imaging section, etc.)

3.59

4.32

0.73

Department of radiology

3.68

4.18

0.50

Faculty of medicine

2.96

3.75

0.79

University

2.79

3.55

0.77

Scientific societies

3.71

4.34

0.63

Funding agencies

2.48

3.29

0.80

Funding

Individual

3.27

3.32

0.05

Research group

3.88

4.30

0.43

Sections (such as abdominal imaging section, etc.)

2.88

3.91

1.04

Department of radiology

3.61

4.16

0.55

Faculty of medicine

3.09

3.80

0.71

University

3.14

3.77

0.63

Scientific societies

2.98

4.00

1.02

Funding agencies

3.38

3.95

0.57

Measuring success

Board exams

3.09

3.75

0.65

Academic assessments (such as peer review and thesis defence)

3.64

4.27

0.64

Bibliometric data (such as original papers or impact factors per resident)

3.71

4.33

0.62

Surveys of professionals (for instance: how long remaining in academics)

2.80

3.65

0.85

Mean values

 

3.12

3.95

0.83