Exam #1 Study Guide Flashcards
Sympathetic innervation to the kidney
Ureter (upper and lower halves)
Bladder
What does it cause?
Kidney: T10-L1
Upper half of ureter: T10-T11
Lower half of ureter: T12-L2
Bladder: T10-L2
Vasoconstriction, ureteroconstriction, constriction of internal urethral sphincter
Parasympathetic innervation to the kidney
Ureter (upper and lower halves)
Bladder
What does it cause?
Kidney: vagus n.
Upper half of ureter: vagus n.
Lower half of ureter: S2-S4
Bladder: S2-S4
Peristalsis along ureters, contracts bladder to urinate
Anterior Chapman’s points of:
Adrenal glands
Kidney/ureters
Bladder
Urethra
Adrenal glands: 2 in. above and 1 in. lateral to umbilicus
Kidney/ureters: 1 in. above and 1 in. lateral to umbilicus
Bladder: umbilicus
Urethra: inner edge of pubic ramus near pubic symphysis
Posterior Chapman’s points of:
Adrenal glands
Kidney
Ureters
Bladder/urethra
Adrenal glands: intertransverse spaces between T11 and T12
Kidney: intertransverse spaces between T12-L1
Ureters: intertransverse spaces between L1-L2
Bladder/urethra: superior edge of L2 TP
What neurologic areas affect the kidneys? (3)
OA - vagus n. - PSNS
T10-L2 - SNS
Sacrum/pelvic splanchnics - PSNS
What angles classify Scoliosis as mild, moderate or severe?
Mild: 5-15
Mod: 20-45
Severe: >50
What makes the Cobb angle?
Formed by intersection of a line parallel to the superior end plate of the most cephalad vertebra, with the line most parallel to the inferior end plate of the most caudad vertebra.
At what angle does respiratory function become impaired in Scoliosis?
> 50
Anterior CP of the myocardium
Posterior CP of the myocardium
2nd ICS along sternal border
Intertransverse space between T2-3
Anterior CPs of the bronchus, upper lung and lower lung
Bronchus: 2nd ICS along sternal border
Upper lung: 3rd ICS along sternal border
Lower lung: 4th ICS along sternal border
Posterior CPs of the bronchus, upper lung and lower lung
Bronchus: lateral to T2 SP
Upper lung: intertransverse spaces between T2-3 and T3-4
Lower lung: intertransverse spaces between T4-5
In HF, you want to be cautious to not…
“overwhelm the circulatory system and exacerbate symptoms”
How does lymphatic flow lead to peripheral edema in HF?
HF -> decreased ability of thoracic duct to empty ->dilation of thoracic duct -> peripheral edema
What is the 5 model approach in treating HF?
Biomechanical Neurological Respiratory/Circulatory Metabolic/Energetic/Immune Behavioral
Biomechanical - treat cervical/thoracic/rib SDs
Neurological - OCMM, paraspinal inhibition to T1-6 (SNS), suboccipital release (PSNS), treat CPs
Respiratory/Circulatory - rib raising
Metabolic/Energetic/Immune - treat diaphragmatic and thoracic cage dysfunctions, lymphatic pumps, CHF meds (diuretics, etc)
Behavioral - monitor fluid and salt intake, monitor diet/lifestyle
Anterior Chapman’s points for:
Esophagus Liver Gb Pancreas SI Appendix
Esophagus: 2nd ICS BL Liver: 5th ICS on right Gb: 6th ICS on right Pancreas: 7th ICS on right SI: BL 8-10th ICS Appendix: 12th rib tip on right