Broken Bones: Anthropological Analysis of Blunt Force Trauma |
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Page 54
Oblique fractures run diagonally across the diaphysis , usually at a 45 degree
angle ( Rogers 1992 ) . They usually result from the combination of angulation
and compressive forces of moderate force . When this happens there are several
...
Oblique fractures run diagonally across the diaphysis , usually at a 45 degree
angle ( Rogers 1992 ) . They usually result from the combination of angulation
and compressive forces of moderate force . When this happens there are several
...
Page 154
Metacarpal shaft fractures include those of the spiral or oblique , transverse ,
longitudinal and comminuted forms . Dobyns and associates ( 1983 ) suggest
that most fractures are transverse , followed by spiral / oblique fractures . The
other ...
Metacarpal shaft fractures include those of the spiral or oblique , transverse ,
longitudinal and comminuted forms . Dobyns and associates ( 1983 ) suggest
that most fractures are transverse , followed by spiral / oblique fractures . The
other ...
Page 178
Low - energy trauma is associated with minimal fragmentation and simple
fractures ( transverse , oblique or spiral ) , whereas in high - energy trauma not
only is fragmentation extensive but the damage encompasses larger portions of
the ...
Low - energy trauma is associated with minimal fragmentation and simple
fractures ( transverse , oblique or spiral ) , whereas in high - energy trauma not
only is fragmentation extensive but the damage encompasses larger portions of
the ...
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Contents
Chapter | 5 |
The Biomechanics of Fracture Production | 35 |
Alison Galloway | 63 |
Copyright | |
11 other sections not shown
Common terms and phrases
accidents addition adults analysis anterior anthropologist appear applied articular surface associated avulsion fractures base bending blows blunt force body bone cause changes classification combination comminuted common complete compression consists damage death defects depressed determined direct direct blows dislocation displacement distal elements et al examination extensive extremely falls femoral Figure foot forces forensic frac fragment frequently greater hand head humerus impact important increase indicate individual injuries interpretation involved joint lateral less ligaments loading loss lower margin material mechanism medial motor vehicle neck oblique occur pattern pelvic portion position possible posterior produced proximal rare region relatively remains reported resistance result Rogers rotation seen segment separation severe shaft shearing side skeletal skull soft tissue specific spine spiral stress structure tend tension third tibia tion transverse trauma tures Type usually vertebrae vertical victim