MA Thesis – Human Skeletal Biology Track, Physical Anthropology - New York University[removed]AROUND THE HUMAN MID-SHAFT FEMORAL CORTEX AS IT RELATES TO INTRASPECIES VARIATION IN BODY SIZE Stephanie L. Minor - Lacuna - Document - PDFSEARCH.IO

First Page	Meta Content
$Musculoskeletal system / Osteocyte / Lacuna / Osteon / Bone fracture / Endosteum / Hip / Cerebral cortex / Bantu languages / Anatomy / Biology / Skeletal system$	MA Thesis – Human Skeletal Biology Track, Physical Anthropology - New York University[removed]AROUND THE HUMAN MID-SHAFT FEMORAL CORTEX AS IT RELATES TO INTRASPECIES VARIATION IN BODY SIZE Stephanie L. Minor Add to Reading List Document Date: 2013-01-09 14:21:53 Open Document File Size: 49,85 KB Share Result on Facebook City Melbourne / / Facility New York University / / Organization World Health Organization / New York University / / SocialTag Musculoskeletal system Osteocyte Lacuna Osteon Bone fracture Endosteum Hip Cerebral cortex Bantu languages Anatomy

MA Thesis – Human Skeletal Biology Track, Physical Anthropology - New York University[removed]AROUND THE HUMAN MID-SHAFT FEMORAL CORTEX AS IT RELATES TO INTRASPECIES VARIATION IN BODY SIZE Stephanie L. MinorAdd to Reading List