231 to 240 of 274 Results
May 13, 2019 -
Photographic repository and RTI imaging of paleopathological lesions in fetal and perinatal human remains
ZIP Archive - 7.8 MB -
MD5: 770d6e61555313f793569ebc5dbf3257
Perinate n. 11 from mass grave 1. RTI control sample for the rib elements |
May 13, 2019 -
Photographic repository and RTI imaging of paleopathological lesions in fetal and perinatal human remains
ZIP Archive - 142.3 MB -
MD5: b1177c6801ffe319b5649579ef617149
erinate n. 12a from mass grave 4. The individual shows mild endocranial lesions in the form of frost-like apposition on the frontals and inflammatory pitted lesions on the occipitals, lytic lesions on the humeri and porosity of the postcranium. |
May 13, 2019 -
Photographic repository and RTI imaging of paleopathological lesions in fetal and perinatal human remains
ZIP Archive - 125.1 MB -
MD5: ff9c6b60a50ff63514233f556862fe72
Perinate n. 12a from mass grave 4. The individual shows mild endocranial lesions in the form of frost-like apposition on the frontals and inflammatory pitted lesions on the occipitals, as well as porosity and spicules in the parietal bones. The specimen also shows bone enlargement and porosity in skull elements, porosity of the postcranium, deforma... |
May 13, 2019 -
Photographic repository and RTI imaging of paleopathological lesions in fetal and perinatal human remains
ZIP Archive - 52.7 MB -
MD5: 21df03176cab80790edd173fe97bd01d
Perinate n. 12b from mass grave 4. The individual shows endocranial lesions in the form of frost-like apposition with vascular reaction on the frontals and inflammatory pitted lesions on the occipitals. |
May 13, 2019 -
Photographic repository and RTI imaging of paleopathological lesions in fetal and perinatal human remains
ZIP Archive - 93.2 MB -
MD5: d9252b5174db15227e2c0379da896521
Perinate n. 12b from mass grave 4. The individual shows endocranial lesions in the form of frost-like apposition with vascular reaction on the frontals and inflammatory pitted lesions on the occipitals. The specimen also shows porosity of the postcranium (tibial medial aspect), deformation and porotic bone production on the ribs with sternal end cu... |
May 13, 2019 -
Photographic repository and RTI imaging of paleopathological lesions in fetal and perinatal human remains
ZIP Archive - 66.2 MB -
MD5: 4b2992b9ad799951a253af39171b704b
Perinate n. 12c from mass grave 4. The individual shows subperiosteal bone formation on the medial aspect of both tibiae, and from this specimen the RTI control samples for the occipital and parietal bones were selected. |
May 13, 2019 -
Photographic repository and RTI imaging of paleopathological lesions in fetal and perinatal human remains
ZIP Archive - 12.2 MB -
MD5: edee270ba3e7d0bf15be70ec772488e7
Perinate n. 12c from mass grave 4. The individual shows subperiosteal bone formation on the medial aspect of both tibiae, and these were the pictures selected for this repository. |
May 13, 2019 -
Photographic repository and RTI imaging of paleopathological lesions in fetal and perinatal human remains
ZIP Archive - 94.4 MB -
MD5: 109f98d48f98ff06306c262df1160301
Perinate n. 12b from mass grave 4. The individual shows endocranial lesions in the form of inflammatory pitted lesions on the occipitals and spiculed lesions on the parietal bones. The specimen also shows deformation of the postcranial elements |
May 13, 2019 -
Photographic repository and RTI imaging of paleopathological lesions in fetal and perinatal human remains
ZIP Archive - 53.3 MB -
MD5: a122510ceed2a1fd699af854632a8837
Perinate n. 12b from mass grave 4. The individual shows endocranial lesions in the form of inflammatory pitted lesions on the occipitals and spiculed lesions on the parietal bones. The specimen also shows deformation and porotic bone production on the ribs with sternal end cupping. |
May 13, 2019 -
Photographic repository and RTI imaging of paleopathological lesions in fetal and perinatal human remains
ZIP Archive - 196.8 MB -
MD5: 9be1660dca030c22bf769682f48a6137
Neonate n. 13d from mass grave 1. The individual shows bone enlargement, porosity and bone loss in skull elements, endocranial lesions, deformation and porotic bone production on the ribs. The RTI control samples for the sphenoid and pars lateralis |
