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1 ingle motor units (SMUs) in the first dorsal interosseous (1DI) muscle were similarly modulated by ob
2 tween sides for the strength of first dorsal interosseous, abductor pollicis brevis, anterior tibiali
3     Evidence of excitatory input from joint, interosseous and group III muscle afferents was also obs
4       From HDsEMG recordings in first dorsal interosseous and tibialis anterior muscles, we demonstra
5 thms (~20 Hz) traveling to arm (first dorsal interosseous) and leg (tibialis anterior; TA) muscles du
6 f cortically evoked MEPs in the first dorsal interosseous, but not in the abductor pollicis brevis an
7 rtical inhibition targeting the first dorsal interosseous during hand pronation and supination compar
8 extensor digitorum communis and first dorsal interosseous during the generation of fingertip flexion
9 of the tested hand muscles, the first dorsal interosseous (FDI) and the abductor digiti minimi (ADM).
10 e constructed motor maps in the first dorsal interosseous (FDI) muscle at rest and during voluntary c
11 potentials (MEPs) evoked in the first dorsal interosseous (FDI) muscle by stimulation of left M1.
12 ectromyographic activity in the first dorsal interosseous (FDI) muscle.
13 e motor threshold (AMT) for the first dorsal interosseous (FDI) muscle.
14 om the paretic biceps (BIC) and first dorsal interosseous (FDI) muscle.
15 s (DAO), a face muscle, and the first dorsal interosseous (FDI), a hand muscle.
16 abductor pollicis brevis (APB), first dorsal interosseous (FDI), and abductor digiti minimi (ADM) mus
17 ed in an intrinsic hand muscle (first dorsal interosseous, FDI) or an axial muscle (lumbar paraspinal
18 sor anguli oris; DAO) and hand (first dorsal interosseous; FDI) muscles.
19 s) were recorded from the right first dorsal interosseous in sixteen healthy volunteers.
20                                          The interosseous ligament (IOL) coursed obliquely to attach
21 the palm; the direction of the fibers of the interosseous membrane of the forearm; the shape of the p
22 ic callus formation and calcification of the interosseous membranes, in addition to the bone fragilit
23    An EMG was recorded from the first dorsal interosseous muscle (1DI) during voluntary self-paced ab
24 mulant analysis between EEG and first dorsal interosseous muscle (1DI) EMG to explore mechanisms unde
25 MR) have been recorded from the first dorsal interosseous muscle (1DI) of the preferred hand, somatos
26 um isometric contraction of the first dorsal interosseous muscle (FDI) in eight healthy subjects.
27  the cortical motor area of the first dorsal interosseous muscle (FDI) of 16 healthy subjects.
28 ation of the motor point of the first dorsal interosseous muscle (FDI).
29  diminished infiltration of T cells into the interosseous muscle as well as decreased production of I
30  the EMG response evoked in the first dorsal interosseous muscle contralateral to the conditioning st
31 intracortical inhibition in the first dorsal interosseous muscle in the preparatory phase of a reacti
32 ty, and contraction time of the first dorsal interosseous muscle in typically developing preadolescen
33 by the ulnar nerve and from the first dorsal interosseous muscle of 5 healthy individuals to investig
34 S to the left M1 hotspot of the first dorsal interosseous muscle.
35 stimulus-response curves of the first dorsal interosseous muscle.
36 ecorded from the left and right first dorsal interosseous muscles (1DI) during unilateral sequential
37 d the synovial bursa, the plantar and dorsal interosseous muscles and tendons, and the collateral lig
38 rons innervating the thenar and first dorsal interosseous muscles during tasks that required the two
39 rons innervating the thenar and first dorsal interosseous muscles in humans during voluntary contract
40 uction of the thenar, hypothenar, and palmar interosseous muscles offer powerful rigidity to the hand
41 entations of the right and left first dorsal interosseous muscles using transcranial magnetic stimula
42 imulation in the right and left first dorsal interosseous muscles were made in 76 patients with idiop
43 ot and less necrosis and inflammation in the interosseous muscles.
44 ve innervating tibialis anterior and plantar interosseous muscles.
45 gy and signal intensity within the posterior interosseous nerve and adjacent soft tissues.
46 ignal intensity alterations of the posterior interosseous nerve and adjacent soft-tissue structures.
47 ophy along the distribution of the posterior interosseous nerve is the most common MR finding in radi
48 the presence of mass effect on the posterior interosseous nerve such as the presence of bursae, a thi
49 h as the thoracic outlet syndrome, posterior interosseous nerve syndrome, and anterior interosseous n
50 or interosseous nerve syndrome, and anterior interosseous nerve syndrome, are rare.
51 r and extensors) innervated by the posterior interosseous nerve.
52 e following mass effects along the posterior interosseous nerve: thickened leading edge of the extens
53  and morphologic alteration of the posterior interosseous nerve; the presence of mass effect on the p
54  CBI, not only for the involved first dorsal interosseous of the right hand, but also for an uninvolv
55 eal nerves) for biceps brachii, first dorsal interosseous, quadriceps femoris, and tibialis anterior
56 ervical ligament (CL) tears and one complete interosseous talocalcaneal ligament (ITCL) tear were dia
57  in the lower limbs, whereas the triceps and interosseous were predominantly involved in the upper li