Manipulation according to Maigne

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1 1 Manipulation according to Maigne Roger Baecher, MD Roger BAECHER, MD March st International Congress of Osteopathic Medicine Freiburg / Breisgau Germany, September 1st International Congress of Osteopathic Medicine September

2 1 Away from the barrier Thrust 2 Manipulation Mobilisation with impulse Thrust HVLA (High Velocity Low Amplitude)

3 1 Away from the barrier Thrust 3 Manipulation of the spine is an old art... Hippocrates ( BC) Indirect thrust manipulation applying a no pain rule

4 Table of contents 4 1 Manipulation: direct or indirect? 2 - Definitions 3 HVLA = pain? 4 The indirect methods 5 Seven basic HVLA techniques 6 - Conclusions 1st International Congress of Osteopathic Medicine September

5 1 Away from the barrier Thrust 5 - against the restrictive barrier -in a relaxed controlled manner -along the right plane -with a nice successful «pop»

6 1 Away from the barrier Thrust Direct Indirect 6 No pain manner No pain Rule

7 Table of contents 7 1 HVLA indirect : why not? 2 - Definitions 3 HVLA = pain? 4 The indirect methods 5 Seven basic HVLA techniques 6 - Conclusions 1st International Congress of Osteopathic Medicine September

8 2 - Definitions 2. Robert Maigne - FRANCE 8 indirect technique to remove motion loss in a somatic dysfunction away from its restrictive barrier

9 Table of contents Indirect manipulation 2 - Definition 3 HVLA and pain 4 The indirect methods 5 Seven basic HVLA techniques 6 - Conclusions 1st International Congress of Osteopathic Medicine September

10 2 - Definitions Dysfunction in the mobile segment of Junghans Signs in: -dermatome -myotome -sclerotome

11 3 HVLA = pain? 3.2 Pain and Nociception 11 - Nociception is a sensory process, though pain is a sensation, a perception - A pain avoider or a pain confronter?

12 3 HVLA = pain? 3.3 Regulation of pain (1) 12 Gate. C fiber nociceptors can be diminished by activity in the same time produced by A delta and A beta fiber low threshold mechanoreceptors

13 3 HVLA = pain? 3.3 Regulation of pain (2) 13 PAG neurons send descending axons to the medulla

14 3 HVLA = pain? 3.3 Regulation of pain (3) 14 DNIC Diffuse Noxious Inhibitory Controls Inhibitory Controls

15 3 HVLA = pain? 3.3 Regulation of pain (3) 15 DNIC Wide Dynamic Range Cells (WDRC) 1st International Congress of Osteopathic Medicine September

16 3 HVLA = pain? 3.3 Regulation of pain (3) 16 a sensitive gradient on their cutaneous receptive field 1st International Congress of Osteopathic Medicine September

17 3 HVLA = pain? 3.3 Regulation of pain (3) 17 1st International Congress of Osteopathic Medicine September

18 3 HVLA = pain? 3.3 Regulation of pain (3) 18 1st International Congress of Osteopathic Medicine September

19 3 HVLA = pain? 3.4 Classification of indirect technique 19 -Robert Maigne s technique ( 1968 thrust in the direction of freer permitted motion) 1st International Congress of Osteopathic Medicine September

20 3 HVLA = pain? 3.4 Classification of indirect technique 20 Michael L. Kuchera the operator : - goes away from the restrictive barrier to a point of ease or balance. This is a localized area of ease in all planes normal to that joint and is termed the indirect barrier. - The operator then uses intrinsic body forces, including respiration along with traction or compression to help the body remove the barrier. 1st International Congress of Osteopathic Medicine September

21 3 HVLA = pain? 3.4 Classification of indirect technique 21...part away from the restrictive barrier to a point where all the planes of motion are balanced and there is relaxation of all the factors that mechanically or neurologically are maintaining the barrier 1st International Congress of Osteopathic Medicine September

22 3 HVLA = pain? 3.4 Classification of indirect technique 22 Indirect positioning: The operator places the joint in the direction in which it likes to go the best moment to manipulate a joint 1st International Congress of Osteopathic Medicine September

23 3 HVLA = pain? 3.5 The functional approach 23 Karel Lewit : The locomotor system informs us of dysfunction by way of pain and tension -tight muscle, -dysfunctional joint, -thickening of skin, fascia and muscle Stereotypical patterns of muscle imbalance in predictable kinetic chain reactions 1st International Congress of Osteopathic Medicine September

24 Table of contents 24 1 HVLA indirect : why not? 2 - Definitions 3 HVLA = pain? 4 The Maigne Technique 5 Seven basic Maigne techniques 6 - Conclusions 1st International Congress of Osteopathic Medicine September

25 4 The Maigne techniques 4.1 Manipulation treatment Procedure 25 -X-Ray imagery -Patient s complaint - General physical examination -Neurological testing: Motor, sensitive and reflexes -Identify the manipulable somatic dysfunction 1st International Congress of Osteopathic Medicine September

26 4 The Maigne techniques 4.1 Manipulation treatment Procedure 26 -Position the patient -Position the operator, with fluid motion and facing the action -Finding the locking mechanism 1st International Congress of Osteopathic Medicine September

27 4 The Maigne techniques 4.2 Maigne techniques (1) 27 -clinical approach to the dysfunctions

28 4 The Maigne techniques 4.2 Maigne techniques (2) Global examination Static examination 28 Front Back side

29 4 The Maigne techniques 4.2 Maigne techniques (2) Global examination Dynamic examination 29 Active testing Fingertip-floor distance Schober index

30 4 The Maigne techniques 4.2 Maigne techniques (2) Global examination Dynamic examination Fingertips floor distance 30

31 4 The Maigne techniques 4.2 Maigne techniques (2) Global examination 31 Schöber index

32 4 The Maigne techniques 4.2 Maigne techniques (2) Global examination Star diagram 32

33 4 The Maigne techniques 4.2 Maigne techniques (2) Global examination Star diagram. 33 Manipulation in the opposite directions: rule of no pain and free motion 1st International Congress of Osteopathic Medicine September

34 4 The Maigne techniques 4.2 Maigne techniques (2) 34 Segmental examination Maigne s minor intervertebral disturbance (MID) = functional disturbance of the apophyseal joint = facet syndrome 1st International Congress of Osteopathic Medicine September

35 4 The Maigne techniques 4.2 Maigne techniques (2) 35 Segmental examination Local signs

36 4 The Maigne techniques 4.2 Maigne techniques (2) 36 Segmental examination Local signs

37 4 The Maigne techniques 4.2 Maigne techniques (2) 37 Segmental examination Signs at a distance

38 4 The Maigne techniques 4.2 Maigne techniques (2) 38 Segmental examination Signs at a distance

39 4 The Maigne techniques 4.2 Maigne techniques (2) 39 Zones of Cellulalgia Skin rolling test

40 4 The Maigne techniques 4.2 Maigne techniques (2) 40 Teno-myalgia On key muscles

41 4 The Maigne techniques 4.2 Maigne techniques (2) 41 C6 Dorsal ramus: lateral part of the scapula Ventral ramus: lateral epicondyle

42 4 The Maigne techniques 4.2 Maigne techniques (2) 42 T12 Dorsal ramus: Upper lateral part of the buttock Ventral ramus: Inguinal area, greater trochanter

43 4 The Maigne techniques 4.2 Maigne techniques (2) 43 S1 Cellulalgia in the calf Myalgia in the biceps and gastrocnemius

44 Table of contents 44 1 HVLA indirect : why not? 2 - Definitions 3 HVLA = pain? 4 The indirect methods 5 Seven basic Maigne techniques 6 - Conclusions 1st International Congress of Osteopathic Medicine September

45 5 Seven basic Maigne techniques The rules of our manipulation : -patient must be relaxed -operator must be relaxed -one joint is mobilized at a time -one movement in a joint is restored at a time -one aspect of joint is moved upon the other which is stabilized -no forceful movement must ever be used -the manipulative movement is a sharp thrust gapping the joint -in a no-pain manner and freer movement -the movement occurs when all of the slack has been taken up -no therapeutic maneuver is done in the presence of joint or bone inflammation or disease

46 5 Seven basic Maigne techniques 5.1 Cervical rotation 46 Recruitment: In flexion: one hand cradles the occiput and flexes the cervical spine, the other hand palpates the concerned level, the middle finger pad beneath the spinous process to be manipulated, the index finger beneath the lower spinous process, and controls the mobility of the joint on the side of the Minor Intervertebral Disorder (MID)

47 5 Seven basic Maigne techniques 5.1 Cervical rotation 47 OOperator moves along the sidebending hand which is entirely flattened against the neck and mobilizes only the upper part of the neck. This is a pure movement without rotation. Focus WWith a lateral translation against the opposite side. Putting under tension-thrust IIn rotation, limited by a correct use of the preceding parameters. The rotation is pure, parallel with the shoulder line. 1st International Congress of Osteopathic Medicine September

48 5 Seven basic Maigne techniques 5.2 Sitting cervico-thoracic 48 Madame Recamier David

49 5 Seven basic Maigne techniques 5.2 Sitting cervico-thoracic 49 Madame Recamier Gerard

50 5 Seven basic Maigne techniques 5.2 Sitting cervico-thoracic 50 The rules of our manipulation

51 5 Seven basic Maigne techniques 5.2 Sitting cervico-thoracic 51 -patient must be relaxed

52 5 Seven basic Maigne techniques 5.3 Side laying cervico-thoracic: mandoline 52 -operator must be relaxed

53 5 Seven basic Maigne techniques 5.3 Side laying cervico-thoracic: mandoline 53 -one joint is mobilized at a time

54 5 Seven basic Maigne techniques 5.4 Dorsal supine unrolling 54 -one movement in a joint is restored at a time

55 5 Seven basic Maigne techniques 5.5 Dorsal sitting unrolling: «Nelson» 55 -one aspect of joint is moved upon the other which is stabilized

56 5 Seven basic Maigne techniques 5.5 Dorsal sitting unrolling: «Nelson» 56 -no forceful movement must ever be used

57 5 Seven basic Maigne techniques 5.6 Sitting thoraco-lumbar : «Baudrier» 57 -the manipulative movement is a sharp thrust gapping the joint

58 5 Seven basic Maigne techniques 5.7 Sitting thoracic junction 58 -in a no-pain manner and freer movement

59 5 Seven basic Maigne techniques 5.8 Side-laying lumbo-sacral junction 59 -the movement occurs when all of the slack has been taken up

60 5 Seven basic Maigne techniques 5.8 Side-laying lumbo-sacral junction 60 -no therapeutic maneuver is done in the presence of joint or bone inflammation or disease

61 CONTRAINDICATIONS 61 rheumatoid arthropathy, malignancy, bone or joint infection, myelopathy, clinical manifestations of vertebrobasilar arteriole insufficiency (to cervical manipulation) but the greatest contraindication to manipulation is lack of training and skill

62 Table of contents 62 1 Manipulation: direct or indirect 2 - Definitions 3 HVLA = pain? 4 The indirect methods 5 Seven basic Maigne techniques 6 - Conclusions 1st International Congress of Osteopathic Medicine September

63 6 Conclusions 63 Skin Receptors Spinal cord Brain Body Suffering patient Primum non nocere

64 6 Conclusions 64 Irwin Korr Musculoskeletal system = the primary machinery of life

65 6 Conclusions 65 Janda To rehabilitate the motor system: -normalize joint function -relax hypertonic muscles -facilitate inhibited muscles -reprogram coordinated movement

66 6 Conclusions 66 -The aim of manipulation: Normalize a «bind» -The basis: the «barrier» phenomena -The muscle release techniques =long term results

67 6 Conclusions 67 Korr The spinal cord is : the keyboard on which the brain plays when it calls for activity or for change in activity

68 6 Conclusions 68 Lewit -Segmental dysfunction is the key reflex change associated with pain - treating joint dysfunction is the first line of treatment - Interface between muscles and joints is the rule - Identify the key link in a patient s dysfunctional chain

69 69 THANK YOU

OMT Without The Table Saroj Misra, DO, FACOFP and Marissa Rogers, DO

OMT Without The Table Saroj Misra, DO, FACOFP and Marissa Rogers, DO Why bother? May not always have the table present Patient may not be able to lay prone or supine Some techniques may be easier to accomplish