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1 red by surface electromyography from leg and paraspinal muscles.
2  excellent reliability for segmenting lumbar paraspinal muscles.
3 so displayed abnormal Urotensin signaling in paraspinal muscles.
4 ion of distal and upper posterior leg and of paraspinal muscles.
5                Mean image SNR was 54 +/- 49 (paraspinal muscle), 78 +/- 51 (abdominal wall muscle), a
6 CNN for the automatic segmentation of lumbar paraspinal muscles and determined the impact of CNN arch
7 one mineral density, abdominal fat area, and paraspinal muscle area were inversely associated with sk
8   Bone mineral density and abdominal fat and paraspinal muscle areas were quantified with quantitativ
9 gia and development of rhabdomyolysis of the paraspinal muscles during the postoperative period.
10 ctly parallel, in plane, or perpendicular to paraspinal muscle fibers; in kidney tissue, in the corte
11          The size, shape, and composition of paraspinal muscles have been widely reported in disorder
12 ficiently and accurately extract measures of paraspinal muscle health from MRI.
13  (13 x 5) placed bilaterally over the lumbar paraspinal muscles in individuals with and without LBP a
14  Conclusion MRI-based volumetric analysis of paraspinal muscles in patients with TBPI accurately dist
15 recise understanding of the behaviour of the paraspinal muscles in people with low back pain (LBP); b
16 es to noxious mechanical stimulation of deep paraspinal muscles increased after MO application (P < 0
17 ens and is associated with changes in lumbar paraspinal muscles (LPMs).
18              Lumbar arteries that supply the paraspinal muscles may become compromised because of eit
19     Our case describes rhabdomyolysis of the paraspinal muscles occurring after acute type A aortic d
20 ne fragments) approximately 7 cm deep in the paraspinal muscles of nine Yorkshire pigs by using each
21 patients with genetically documented SMA and paraspinal muscle samples from 3 patients with SMA-II un
22              The L/N volume ratio in layer 4 paraspinal muscles (semispinalis cervicis and multifidus
23 rtebra's position can affect signalling from paraspinal muscle spindles.
24 nt ischemia causes edema and necrosis of the paraspinal muscles, subsequently increasing the pressure
25 dard for muscle mass was quantified with the paraspinal muscle surface area at the L4 vertebrae in th
26 Purpose To develop a diagnostic system using paraspinal muscle volumetric segmentation in MRI assessm
27     Whole volume of the abdominal and lumbar paraspinal muscles was imaged and transversus abdominis
28                                     Cervical paraspinal muscles were volumetrically segmented using p