OBJECTIVE: To provide anatomical basis for the internal fixation of scaphoid fractures. METHODS: The shape and vascular lake of 48 dry scaphoids and 36 wet scaphoids were observed. RESULTS: The data of dry bone group and wet bone group were as follows: the height of scaphoid tubercle were (11.28+/-0.94) mm and (10.35+/-1.54) mm; the thickness of scapoid waist were (12.02+/-1.90) mm and (11.21+/-1.20) mm; the width of scapoid waist were (10.59+/-1.11) mm and (11.34+/-1.47) mm; the minimal thickness of the body of scapoid were (6.51+/-1.22) mm and (8.54+/-1.07) mm; the axis length of scapoid were (25.68+/-2.21) mm and (26.50+/-2.56) mm; the width of epicondyle of scaphoid of distal portion, waist and proximal portion were (6.50+/-1.06) mm, (5.14+/-1.01) mm, (4.42+/-1.16) mm and (6.64+/-1.18) mm, (6.01+/-0.75) mm and (5.71+/-0.78) mm, respestively. The main blood vessels came from the dorsal and the radial of wrist and passed through the whole scaphoid along the crest of scaphoid. CONCLUSION: The internal fixation of scaphoid can be designed according to the anatomical data without damaging the articular surface and blood supply.
OBJECTIVE: To provide anatomical basis for the internal fixation of scaphoid fractures. METHODS: The shape and vascular lake of 48 dry scaphoids and 36 wet scaphoids were observed. RESULTS: The data of dry bone group and wet bone group were as follows: the height of scaphoid tubercle were (11.28+/-0.94) mm and (10.35+/-1.54) mm; the thickness of scapoid waist were (12.02+/-1.90) mm and (11.21+/-1.20) mm; the width of scapoid waist were (10.59+/-1.11) mm and (11.34+/-1.47) mm; the minimal thickness of the body of scapoid were (6.51+/-1.22) mm and (8.54+/-1.07) mm; the axis length of scapoid were (25.68+/-2.21) mm and (26.50+/-2.56) mm; the width of epicondyle of scaphoid of distal portion, waist and proximal portion were (6.50+/-1.06) mm, (5.14+/-1.01) mm, (4.42+/-1.16) mm and (6.64+/-1.18) mm, (6.01+/-0.75) mm and (5.71+/-0.78) mm, respestively. The main blood vessels came from the dorsal and the radial of wrist and passed through the whole scaphoid along the crest of scaphoid. CONCLUSION: The internal fixation of scaphoid can be designed according to the anatomical data without damaging the articular surface and blood supply.