ライフサイエンスコーパス: sagittal plane

1 lenge stability in either the frontal or the sagittal plane.

2 cal synapses appear strictly confined to the sagittal plane.

3 heir tails, stabilizing body attitude in the sagittal plane.

4 d by the leg and trunk segment angles in the sagittal plane.

5 appendix and cecum were identifiable in the sagittal plane.

6 d further than was previously thought in the sagittal plane.

7 lunate ligaments were best visualized in the sagittal plane.

8 d standing subjects to sway backwards in the sagittal plane.

9 maining cleavages are symmetrical across the sagittal plane.

10 fast SE sequence as the only imaging in the sagittal plane.

11 sway in normal subjects, particularly in the sagittal plane.

12 T was used to capture filtering blebs in the sagittal plane.

13 e and all showed missile trajectories in the sagittal plane.

14 ion of the PNR were measured on the selected sagittal planes.

15 with and without MARS in axial, coronal, and sagittal planes.

16 re best analyzed either in the transverse or sagittal planes.

17 subject to assessment in coronal, axial and sagittal planes.

18 T1-T10 vertebrae was performed on axial and sagittal planes.

19 ons to shoe design, more in the frontal than sagittal planes.

20 -200 ms] fast spin echo study in coronal and sagittal planes.

21 duced the upper cervical ROM by 46.9% in the sagittal plane, 55.3% in the frontal plane, and 15.6% in

22 translation (mm) of Centre of Mass (COM) in sagittal plane (95% CI - 2.959-.292) which was also pres

23 axial and, less effectively, the coronal and sagittal planes allowed visualization of the Lisfranc li

24 re developed to identify the L3 level in the sagittal plane and segment the skeletal muscle from the

25 easured 3 mm behind the eyeball in axial and sagittal planes and mean value was calculated.

26 of directionality (transverse, coronal, and sagittal planes) and force direction (compression or ten

27 l connectivity is directed vertically in the sagittal plane, and electrical synapses appear strictly

28 bofemoral ligament was best evaluated in the sagittal plane, and it serves a restrictive function in

29 ors to balance impairment included bilateral sagittal plane ankle and pelvic joint angles, bilateral

30 ses exert significant effects on coronal and sagittal plane ankle rotation; and both sagittal and hor

31 We demonstrate MRI in axial and sagittal planes, at different depths of the sensitive vo

32 lues of NP and AF were calculated in the mid-sagittal plane by segmenting each disc into 5 regions of

33 ne rotated by 45 degrees with respect to the sagittal plane called ROT (45).

34 s: a fronto-parallel plane called ROT (0), a sagittal plane called ROT (90), and a plane rotated by 4

35 Spreading of the expiratory plume in the sagittal plane can completely be blocked with a surgical

36 The frontal, transverse, and sagittal planes consistently represented the P, QRS comp

37 focused on modifying motor impairment in the sagittal plane, despite the fact that neurological disor

38 We found sagittal plane differences which need further addressing

39 collaterals projected asymmetrically in the sagittal plane, directed away from the lobule apex.

40 exhibited greater [Formula: see text] in the sagittal plane during both stair ascent (P = 0.005, Cohe

41 both the paretic and nonparetic limbs in the sagittal plane during entire gait phase and during termi

42 d by balance impairment, particularly in the sagittal planes during swing phase.

43 r dendrites are only roughly oriented in the sagittal plane, extend both ventrally and dorsally, and

44 as a column of cells, with long-axis in the sagittal plane, extending through the midbrain and pons.

45 stimulation (60 degrees cyclic motion in the sagittal plane for 15 minutes/day) of the osteotomy gap

46 were then excised, fixed, and sectioned in a sagittal plane for histology.

47 Previous research has indicated that the sagittal plane gait dynamics of humans are more stable a

48 ed to non-amputees in trunk contributions to sagittal-plane H during mid-stance and transverse-plane

49 Mean absolute error of sagittal plane hip, knee and ankle angles between motion

50 range and number of participants, using only sagittal plane (i.e., 2D) joint angles.

51 , in the axial plane in 97 (97%), and in the sagittal plane in 26 (26%).

52 nee proprioceptive acuity in the frontal and sagittal planes in patients with knee OA and healthy sub

53 e other outputs from our algorithm including sagittal plane joint angles and step length.

54 Inverse dynamics were used to calculate sagittal plane joint work during stance and swing phase.

55 Segmental analysis revealed that sagittal-plane joint mechanical power of the body segmen

56 This study demonstrates that sagittal-plane joint mechanical power of the body segmen

57 adults, we observed significant increases in sagittal plane L(R), and vL(R) in all three planes of mo

58 We tested whether the changes to sagittal-plane movements during five running tasks invol

59 These results emphasize the role of sagittal plane postural control and plantar-flexor activ

60 e fibular notch on the tibia, talar trochlea sagittal plane rate of curvature, tibial plafond curvatu

61 ectional anatomy in three orthogonal planes--sagittal plane, transverse or coronal plane, or any arbi

62 molars) were analyzed in axial, coronal, and sagittal planes using the PreXion 3D Viewer software.

63 The sagittal plane was best for analysis of the bone attachm

64 Fluoroscopic imaging in the sagittal plane was used while volunteers performed squat

65 Standardised regions of interests on the sagittal plane were segmented, and pixel intensity value

66 e), and fusion line of the secondary palate (sagittal plane) were consistently observed.

67 nty-four to 28 sections were obtained in the sagittal plane with a 90 degrees flip angle, 256 x 192 m

68 imaging was performed in the coronal through sagittal planes with rotation in 10 degrees increments,