COPD Flashcards

1
Q

What are 3 things we do Pre-OMT for possible COPD patients?

A

Look, Listen, Palpate

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2
Q

What are 3 things we “Look” for Pre-OMT COPD patients?

A

Barrel Chest, Type/Depth of Breathing/Paradoxical, Posture

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3
Q

What are 3 things we “Listen” for Pre-OMT COPD patients?

A

Pertinent History (Sx/Indication-Contraindication/Risks), All lung fields (wheeze, rale egophony, etc), Heart

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4
Q

What are 3 things we “Palpate” for Pre-OMT COPD patients?

A

Chest wall resistance/compliance, Tactile fremitus or not, Somatic dysfunction (TART) incl STERNUM

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5
Q

What can prolonged use of steriods make patients prone to?

A

Osteoporosis

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6
Q

What would osteoporosis contraindicate?

A

HVLA

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7
Q

Where do we have TTC for the posterior sites of the lungs for their viscerosomatic reflexes?

A

T1-6 (esp T2-4)

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8
Q

Where do we have TTC for Anterior Chapman Points of the lungs for their viscerosomatic reflexes?

A

ICS 2-4

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9
Q

What is the 24-hour rule?

A

If we treat someone getting a cold within 24 hours with OMT it will go away

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10
Q

What is the 3:3:3 approach?

A

3 goals, 3 techniques, in 3 minutes or less

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11
Q

What are the 3 goals in the 3:3:3 approach for a Pulmonary Issue?

A

Improvement in sympathetic, parasympathetic, and lymphatics

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12
Q

What are the 3 areas for the parasympathetic goal?

A

Suboccipital inhibition, OM / OA / C2 (vagus), OCMM-Temporal (vagus)

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13
Q

What are the 6 areas for the sympathetic goal?

A

T1-6, Rib 1, Chapman’s reflexes, (ICS 2-4; T2-4), Rib raising (also in lymph), Rib 1-6, Generalized soft tissue

Lymph is anything else

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14
Q

85% of dyspnea is due to what 4 things?

A

Asthma, Pneumonia, Interstitial lung disease, COPD

PACI

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15
Q

Name the 7 P’s

A

Pneumonia, Pulmonary Bronchial Constriction, Pump Failure, PE, Pneumothorax, Possible Foreign Body, Psyochogenic

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16
Q

Decreasing workload is a part of what model?

A

Metabolic-Hormonal Model

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17
Q

When do we give the influenza immunization?

A

When there is no other infection

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18
Q

How does chest percussion sound on a Pink Puffer?

A

Hyperresonance

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19
Q

Name 2 distinguishing factors for a blue bloater

A

Increased Hgb, Increased JVD

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20
Q

What rib do COPD patients have problems with/adjust to help with their breathing?

A

Rib 1 (mainly exhalation)

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21
Q

Scalene fascia is continuous with what fascia?

A

Sibson Fascia

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22
Q

What are the 3 most severe manifestations a COPD patient will have?

A

SCM Hypertrophy, Rib Cage Compliance Reduced, Sternum Restricted

23
Q

What is Sampter’s Triad for COPD patients?

A

Nasal Polyps, Asthma, and Aspirin Allergy findings

24
Q

What are 2 common findings in COPD patients upon observation and on a CXR?

A

Accessory muscle hypertrophy and extended thoracic cavity with flat diaphragm

25
Q

What can coughing cause?

A

Exhalation rib dysfunction

26
Q

What OMT do we do for Upper Thoracic SD?

A

Seated T1-T4 and Thoracic inlet BLT

27
Q

What bones make up the thoracic inlet?

A

T1-4; R1-2; manubrium

28
Q

What are the 2 Clinical Goals for the Upper Thoracic treatment?

A

Normalize SYMPATHETICS to EENT & Lungs, Open FASCIAL PATHWAYS for drainage

29
Q

What was Sutherland’s quote?

A

“Ligamentous Articular Strains are treated by using Balanced Ligamentous Tension.”

30
Q

What model do we use to Implement Respiratory-Circulatory Homeostasis?

A

Postural-Biomechanical Model

31
Q

Are mechanical principles primary or secondary to respiration?

32
Q

Are the lungs governed more by mechanics or chemistry?

33
Q

What is the driving force for the Respiratory-Circulatory Model?

A

Chest cage mechanics

34
Q

Give the primary and secondary muscles of inspiration

A

Primary - external intercostals, diaphragm, and interchondral part of intercostals

Secondary - SCM, scalenes

35
Q

Name the muscles we use for conscious, forced exhalation

A

Transversus abdomninis, external oblique, abdominal muscles, rectus abdominis, internal oblique

TEARI

36
Q

Most signs of respiratory failure are actually signs of what?

A

Respiratory muscle fatigue

37
Q

Muscular fatigue is the immediate factor leading to the demise of patients with what?

A

Acute asthma

38
Q

Respiratory muscle fatigue has been implicated in what?

A

Pulmonary edema, lung shock & difficulty weaning patients off ventilators

39
Q

Manubrium direction named for what?

A

Superior – anterior part of the structure is preferring

40
Q

What ribs do the latissimus dorsi attach to?

41
Q

What ribs do the quadratus lumborum attach to?

A

Ribs (11) 12

42
Q

What technique do we use for Ribs & Accessory Ms’s of Respiration?

A

Counterstrain

43
Q

Are anterior ribs depressed or elevated?

A

Depressed (posterior are elevated)

44
Q

What are the 3 clinical goals for seated counterstrain?

A

Affect CERVICOTHORACIC DIAPHRAGM; ⇓WORK of RESPIRATION

Improve ability to BREATHE (Decrease DYSPNEA)

Diminish COUGH and COUGH SEQUELAE

45
Q

What technique do we use to treat the Head-Neck?

46
Q

Can we lie orthopnic patients down for short periods of time?

47
Q

What are the 3 clinical goals for FPR/Still?

A

Improve PARASYMPATHETICS

Enhance depth & rate of RESPIRATION (⇓DYSPNEA & work)

Enhance THORACOABDOMINAL DIAPHRAGM function

48
Q

Innervation of OA, AA and C2

49
Q

What do problems or treatment at C5-C7 affect?

50
Q

What do we treat the diaphragm with?

A

Seated Direct MFR/MET

51
Q

What are the 2 clinical goals for seated direct MFR/MET?

A

Counter FLATTENED DIAPHRAGM to reduce Paradoxical Respirations

Enhance THORACOABDOMINAL DIAPHRAGM function

52
Q

What treatment do we use to establish homeostasis?

A

Seated Soft Tissue (Shoulder Girdle & Quadratus Lumborum Ms’s)/ Articulatory (Seated Rib Raising)

53
Q

What are the 4 clinical goals of establishing homeostasis with soft tissue and articulatory?

A

Affect SYMPATHETICs (Sympathetic Chain Ganglia)

Affect THORACOABDOMINAL DIAPHRAGM (Resp-Circ Step 2)

Enhance LYMPHATIC PUMP & MOBILIZE LOCAL FLUID from Mediastinum (Resp-Circ Steps 3-4)

⇓WORK of RESPIRATION