Assertion: trapezium's surface | /r/HasProperty | convex
Facets:
value: weakly
type: DEGREE
value: longitudinally
type: MANNER
value: from side
type: MANNER
value: of triangular shape
type: OTHER
value: in the transverse plane
type: LOCATION
value: laterally
type: DEGREE
Source sentences:
text: The proximal surface is triangular, smooth and convex, and articulates with the radius and adjacent carpal bones, namely the lunate, capitate, trapezium and trapezoid.
text: The dorsal surface is convex from side to side.
text: The other two surfaces: lateral is concave in shape while the medial surface is convex.
text: Laterally, the surface is convex and is articulated with the trapezium.
text: When the carpal bones are articulated together they form a bony mass, the dorsal surface of which is convex from side to side.
text: The superior and inferior surfaces are smooth and convex.
text: The dorsal surface of the shaft is weakly convex longitudinally, while its palmar, radial, and ulnar surfaces tend to be concave.
text: The triangular, distal surface of the trapezoid is convex in the transverse plane and concave coronally, ‘cupping’
text: The proximal surface of the lunate bone is smooth and convex, articulating with the radius.
text: This means that the surfaces of the CMC1 joint are both concave and convex.
text: The dorsal surface of the shaft is weakly convex longitudinally, while its palmar, radial, and ulnar surfaces tend to be concave.
text: The proximal surface is triangular, smooth and convex, and articulates with the radius and adjacent carpal bones, namely the lunate, capitate, trapezium and trapezoid.
text: The superior surface is convex, smooth, of triangular shape, and articulates with the lower end of the radius.
text: The superior surface, the apex of the wedge, is narrow, convex, smooth, and articulates with the lunate.
text: The dorsal surface of the shaft is weakly convex longitudinally, while its palmar, radial, and ulnar surfaces tend to be concave.