ライフサイエンスコーパス: metacarpal

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1 re the cortical width of each woman's second metacarpal.

2 However, in the functionally significant metacarpal 1 and 3 bases they resemble Upper Paleolithic

3 Metacarpals 2 through 5 are relatively short, lacking an

4 ous phenotype includes the transformation of metacarpal and metatarsal bones to short carpal- and tar

5 ll because of a shortening of the phalanges, metacarpal and metatarsal bones.

6 Six infants had fractures of the hands: six metacarpal and nine proximal phalangeal fractures.

7 absences, or improper segmentations of many metacarpal and phalangeal bones.

8 heterozygotes, including more severe carpal, metacarpal and phalangeal defects.

9 g adulthood, significant effects remained at metacarpals and at the forearm of tall persons, which in

10 ll as a loss or fusion of digit2 and digit3, metacarpals and carpals in the autopod.

11 a, cubitus valgus, high-arched palate, short metacarpals and Madelung deformity.

12 ch include a reduction in the bone length of metacarpals and phalanges, and a malformation of the dis

13 bone mass (from relative areas of the second metacarpal) and colon cancer incidence.

14 b defects, including postaxial ectrodactyly, metacarpal, and ulnar deficiencies, occurred in 67.3% of

15 well as aspects of the clavicles, scapulae, metacarpals, and appendicular proportions.

16 aplasia and/or hypoplasia of the phalanges, metacarpals, and metatarsals, is phenotypically analogou

17 bined cortical thickness (CCT) of the second metacarpal bone from hand radiographs, and the ankle-to-

18 women in the lowest age-specific quartile of metacarpal bone mass to 2.6, 2.7, and 7.0 among the wome

19 nal-hazards model to examine the relation of metacarpal bone mass to the risk of postmenopausal breas

20 a human-like trabecular bone pattern in the metacarpals consistent with forceful opposition of the t

21 1,000 person-years among women in the lowest metacarpal cortical area quartile to 11.76/1,000 person-

22 confounders (highest vs. lowest quartile of metacarpal cortical area: hazard ratio = 0.73, 95% confi

23 esent in men (highest vs. lowest quartile of metacarpal cortical area: hazard ratio = 1.14, 95% confi

24 There is an association between metacarpal cortical bone thinning and obstruction or inc

25 d arterial function RA patients with thinned metacarpal cortical bone.

26 l density (BMD), total-body BMD (TBBMD), and metacarpal cortical indexes.

27 humeri, radial head dislocation, short first metacarpals, facial dysmorphism and genitourinary anomal

28 lationship between both 2D:4D phalangeal and metacarpal length ratios and the risk of knee OA.

29 The 2D:4D phalangeal and metacarpal length ratios were measured separately.

30 rst annular pulley (n = 16), deep transverse metacarpal ligament (DTML) (n = 5), and palmar plate (n

31 determined across the midshaft of the third metacarpal (MCIII, or cannon bone) of 3 adult thoroughbr

32 ng features: osseous dysplasia involving the metacarpals, metatarsals, and phalanges leading to brach

33 Limb anomalies include short first metacarpals of normal thickness, small distal phalanges

34 actions, the HBD peptide ex vivo stimulated metacarpal periosteal expansion.

35 Metrical analysis of horse metacarpals shows that Botai horses resemble Bronze Age

36 Pleistocene to recent human hand, the third metacarpal styloid process, was present approximately 1.

37 total calcium intake and by final stature or metacarpal total cross-sectional area showed that calciu

38 Skinner and colleagues, based on metacarpal trabecular bone structure, argue that Austral

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