%0 Figure %A Butler, Jane E. %A Godfrey, Sharlene %A Thomas, Christine K. %D 2016 %T Incidence of within-limb, interlimb, and muscle reflexes. %U https://plos.figshare.com/articles/figure/Incidence_of_within_limb_interlimb_and_muscle_reflexes_/3161518 %R 10.1371/journal.pone.0153063.g004 %2 https://ndownloader.figshare.com/files/4923997 %K Ascending interlimb reflexes %K Spinal Cord Injury %K contralateral arm muscles %K interlimb reflexes %K control participants %K SCI participants %K peroneal nerve stimulation %K Interlimb Reflexes Induced %K Superficial peroneal nerve stimulation %K Interlimb reflex properties %K contralateral leg muscles %K Radial nerve stimulation %X

Incidence of limbs (left) and muscles (right) in which reflexes were evoked in participants with spinal cord injury (SCI) (filled bars; n = 17) and able-bodied (AB) control participants (open bars; n = 5) by SPN stimulation (A) and RN stimulation (B). Within-limb reflex data are shaded. Muscles from the arm are indicated by BB–biceps brachii, TB–triceps brachii, FCR–flexor carpi radialis, and ECR–extensor carpi radialis, and muscles from the leg are indicated by BF–biceps femoris, QUAD–quadriceps, TA–tibialis anterior, and SOL–soleus. ** indicates significant differences in incidence between within-limb and interlimb reflexes § indicates significant differences in incidence between SCI and AB control groups. * indicates a significant relationship between having a SCI and the outcome (assessed by logistic regression).

%I PLOS ONE