Lymphatics Flashcards

(46 cards)

1
Q

Fluid Pump locations

A

Thoracic Inlet

Thoracic Diaphragm

Pelvic Diaphragm

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2
Q

Evaluation of Cranial-Cervical Jxn

A
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3
Q

Evaluation of Cervical-Thoracic Jxn

A
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4
Q

Evaluation of Thoracolumbar Jxn

A
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5
Q

Evaluation of Lumbopelvic Jxn

A
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6
Q

Lymph Node Palpation sites

A

Supraclavicular space

Epigastric region

Posterior axillary fold

Inguinal region

Popliteal space

Achilles region

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7
Q

Thoracic Inlet MFR

A
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8
Q

Doming the Diaphragm

A
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9
Q

Ischiorectal Fossa Release

A
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10
Q

Pectoral Traction

A
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11
Q

Rib Raising, Supine

A
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12
Q

Rib Raising, Seated

A
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13
Q

Thoracic Pump (Repetitive/Oscillatory)

A
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14
Q

Thoracic Pump (Vacuum/Atelectasis Modification)

A
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15
Q

Abdominal Pump

A
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16
Q

Sacral Rocking

A
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17
Q

Pedal Pump

A
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18
Q

Tapotement

A
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19
Q

Effleurage and Petrissage

20
Q

IT Band Effleurage

21
Q

Anterior Cervical Arches Release

22
Q

Cervical Stroking

23
Q

Cervical Chain Drainage

24
Q

Submandibular Drainage

25
Mandibular Drainage (Galbreath Technique)
26
Auricular Drainage
27
What gives rise to the Thymus and parts of the tonsils?
Endoderm
28
29
When does lymphatic development begin? When is it's prevelance significant?
* Begins during 5th week of gestation * Significant presence by 20 weeks
30
What does the mesoderm give rise to in terms of lymphatics?
Lymphatic vessels, lymph nodes, the spleen, and myeloid tissue
31
How does age both from infant, to puberty, to elderly influence lympatics?
Lymphoid tissue increases until puberty when the immune system continues to mature, but lymphoid tissue regresses and then levels off. In elderly, the immune system may decline and they may not mount a fever.
32
Spleen What is its location? Characteriztics and function?
Beneath ribs 9-11 on the left, just below diaphram Largest mass of lymphoid tissue, pressure sensitive (the movement of diaphragm can function to move lymph)
33
What is the function of the liver in terms of lymphatics?
Location in the right costal margin Half of the body’s lymph is formed here Clears bacteria “Gate-keeper” of the shared hepato-biliary -pancreatic venous and lymphatic drainage
34
Name the location of the tonsils
Palatine – lateral pharynx (traditional “tonsils”) Lingual – posterior 1/3 of tongue Pharyngeal – adenoids at nasopharyngeal border
35
What organ is significant to the gut associated lymphoid tissue? What occurs to it with age?
The apendix Atrophy
36
Where are peyer's patches located in the intestine?
The ileum
37
What is the function of lacteals?
Transport large chylomicrons that cannot cross the intracellular junctions of circulatory capillaries
38
How much fluid enters the interstitial fluid daily?
30L
39
What is the importance of the diaphragm in lymphatics? What innervation effects the diaphragms effects on lympatics?
• 35%-60% of the drainage through the thoracic duct is associated with respiration • “pump” effect of the diaphragmatic crura on the cysterna chyli • Junctures are under sympathetic control
40
How do lymphatic collectors move lymph?
Through the **lymphagions** (valves) Larger vessels may have smooth muscle with sympathetic innervation
41
What does the thoracic duct drain? Where does it originate/terminate?
The entire lower bottom extremities and the upper left Origin: cisterna chyli as a dilation at L1-2 level Termination: Pierces Sibson’s fascia at superior inlet, U-turns to empty into L subclav/IJ veins
42
What is the origin and termination of the right lympatic duct?
Origin: from the junction of R jugular and subclavian trunks (and occasionally the bronchomediastinal trunk) Termination: Empties at R subclav./IJ venous junction
43
Indications of OMT for lymph
1. Edema, tissue congestion, or lymphatic stasis 2. Infection 3. Inflammation
44
Absolute Contraindications for Lymph
Anuria – need kidneys functioning to process the extra fluid return Necrotizing fasciitis – in the treatment area Patient unable to tolerate treatment Patient refuses treatment
45
Most common compensitory pattern is ____ at \_\_\_%
LRLR, 80%
46
Steps in Lymphatics
A. Open pathways to remove restriction to flow a. Thoracic inlet b. Anterior and posterior axillary fold techniques c. Popliteal fossa release B. Maximize diaphramic functions a. Dome the diaphragm b. Ischiorectal fossa release C. Increase pressure differentials or transmit motion a. Pectoral traction b. Rib raising (supine or sitting) c. All other techniques