Description

Book Synopsis
Highly Commended at the British Medical Association Book Awards 2016 MRI at a Glance encapsulates essential MRI physics knowledge. Illustrated in full colour throughout, its concise text explains complex information, to provide the perfect revision aid.

Table of Contents

Preface vii

Acknowledgements viii

How to use your textbook ix

About the companion website xi

1 Magnetism and electromagnetism 2

2 Atomic structure 4

3 Alignment 6

4 Precession 8

5 Resonance and signal generation 10

6 Contrast mechanisms 12

7 Relaxation mechanisms 14

8 T1 Recovery 16

9 T2 decay 18

10 T1 weighting 20

11 T2 weighting 22

12 PD weighting 24

13 Conventional spin echo 26

14 Fast or turbo spin echo – how it works 28

15 Fast or turbo spin echo – how it is used 30

16 Inversion recovery 32

17 Gradient echo – how it works 34

18 Gradient echo – how it is used 36

19 The steady state 38

20 Coherent gradient echo 40

21 Incoherent gradient echo 42

22 Steady-state free precession 44

23 Balanced gradient echo 46

24 Ultrafast sequences 48

25 Diffusion and perfusion imaging 50

26 Functional imaging techniques 52

27 Gradient functions 54

28 Slice selection 56

29 Phase encoding 58

30 Frequency encoding 60

31 K space – what is it? 62

32 K space – how is it filled? 64

33 K space and image quality 66

34 Data acquisition – frequency 68

35 Data acquisition – phase 70

36 Data acquisition – scan time 72

37 K space traversal and pulse sequences 74

38 Alternative K space filling techniques 76

39 Signal to noise ratio 78

40 Contrast to noise ratio 80

41 Spatial resolution 82

42 Chemical shift artefacts 84

43 Phase mismapping 86

44 Aliasing 88

45 Other artefacts 90

46 Flow phenomena 92

47 Time-of-flight MR angiography 94

48 Phase contrast MR angiography 96

49 Contrast-enhanced MR angiography 98

50 Contrast agents 100

51 Magnets 102

52 Radiofrequency coils 104

53 Gradients and other hardware 106

54 MR safety – bio-effects 108

55 MR safety – projectiles 110

Appendix 1a: The results of optimizing image quality 112

Appendix 1b: Parameters and their associated trade-offs 113

Appendix 2: Artefacts and their remedies 114

Appendix 3: Main manufacturers’ acronyms 115

Glossary 116

Index 121

MRI at a Glance

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    A Paperback / softback by Catherine Westbrook

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      View other formats and editions of MRI at a Glance by Catherine Westbrook

      Publisher: John Wiley and Sons Ltd
      Publication Date: 25/12/2015
      ISBN13: 9781119053552, 978-1119053552
      ISBN10: 1119053552

      Description

      Book Synopsis
      Highly Commended at the British Medical Association Book Awards 2016 MRI at a Glance encapsulates essential MRI physics knowledge. Illustrated in full colour throughout, its concise text explains complex information, to provide the perfect revision aid.

      Table of Contents

      Preface vii

      Acknowledgements viii

      How to use your textbook ix

      About the companion website xi

      1 Magnetism and electromagnetism 2

      2 Atomic structure 4

      3 Alignment 6

      4 Precession 8

      5 Resonance and signal generation 10

      6 Contrast mechanisms 12

      7 Relaxation mechanisms 14

      8 T1 Recovery 16

      9 T2 decay 18

      10 T1 weighting 20

      11 T2 weighting 22

      12 PD weighting 24

      13 Conventional spin echo 26

      14 Fast or turbo spin echo – how it works 28

      15 Fast or turbo spin echo – how it is used 30

      16 Inversion recovery 32

      17 Gradient echo – how it works 34

      18 Gradient echo – how it is used 36

      19 The steady state 38

      20 Coherent gradient echo 40

      21 Incoherent gradient echo 42

      22 Steady-state free precession 44

      23 Balanced gradient echo 46

      24 Ultrafast sequences 48

      25 Diffusion and perfusion imaging 50

      26 Functional imaging techniques 52

      27 Gradient functions 54

      28 Slice selection 56

      29 Phase encoding 58

      30 Frequency encoding 60

      31 K space – what is it? 62

      32 K space – how is it filled? 64

      33 K space and image quality 66

      34 Data acquisition – frequency 68

      35 Data acquisition – phase 70

      36 Data acquisition – scan time 72

      37 K space traversal and pulse sequences 74

      38 Alternative K space filling techniques 76

      39 Signal to noise ratio 78

      40 Contrast to noise ratio 80

      41 Spatial resolution 82

      42 Chemical shift artefacts 84

      43 Phase mismapping 86

      44 Aliasing 88

      45 Other artefacts 90

      46 Flow phenomena 92

      47 Time-of-flight MR angiography 94

      48 Phase contrast MR angiography 96

      49 Contrast-enhanced MR angiography 98

      50 Contrast agents 100

      51 Magnets 102

      52 Radiofrequency coils 104

      53 Gradients and other hardware 106

      54 MR safety – bio-effects 108

      55 MR safety – projectiles 110

      Appendix 1a: The results of optimizing image quality 112

      Appendix 1b: Parameters and their associated trade-offs 113

      Appendix 2: Artefacts and their remedies 114

      Appendix 3: Main manufacturers’ acronyms 115

      Glossary 116

      Index 121

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