Cannulation of the lower limbs is generally avoided due to the susceptibility of the lower limbs to infection due to broken skin and poor foot hygiene. The practice is contraindicated in diabetics, mostly due to the decrease in quality vascularisation and risk of diabetic ulcer development from cannulation.
nerves , lymph nodes , fossi , long bone , two bone toghather , 14 phalanges , 3 main joints
Fasciculus gracilis
The key to understandis the red nucleus situated in the mesencephalon. These bilateralnucleiinfluence onlythe upper limbs increasing, if working properly, the muscular flexor tone. Strokes sparing the brainstem, and so the red nuclei,will cause upper limb flexion.By contrast, lesionsinvolving the red nucleus or itsprojectionswill cause upper limb extension. The lower limbs are not affected by the red nuclei. They undergo just the control of the cortex, that normally inhibits the extensor tone of the lower limbs. A stroke blocking this control will cause lower limbs extension. Depending on the location, different results are so expected.
appendicular.
Artificial limbs, prosthetic limbs or prostheses.
your arms are the upper limbs and your legs are the lower limbs :)
kalamaris
Lower limbs or left and right.
illiac
femoral artery
The sciatic nerve runs from the lower back to lower limbs
In UK they are specialists in disorders of the lower limbs and feet
locomotion which means movement.
I believe the answer would be legroom.
Because they have evolved (or were designed, whichever you choose to believe) as to be the primary weight bearing limbs, so they have to be more sturdy to do that job than the upper limbs.
External iliac arteries
Upper limbs= Scapula, clavical, humerus, radius, ulnar, 8 carpals, 5 metacarpals and 14 phalanges Xs 2= 64. Lower limbs= Coxal, femur, patella, tibia, fibula, 7 tarsals, 5 metatarsals and 14 phalanges Xs 2= 62.