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Back to Short Reports and Papers Menu Human Skeletal Remains from Long Melford, Suffolk (Site LMD115).IntroductionSeven skeletons of late Roman date were submitted for analysis. 1. MethodMeasurements were taken using the methods described by Brothwell (1981), together with a few from Bass (1971) and Krogman (1978). Sexing and ageing techniques follow Brothwell (1981) and the Workshop of European Anthropologists (WEA 1980), with the exception of adult tooth wear scoring which follows Bouts and Pot (1989). Stature was estimated according to the regression formulae of Trotter and Gleser (Trotter 1970). All systematically scored non-metric traits are listed in Brothwell (1981), and grades of cribra orbitalia and osteoarthritis can also be found there. Pathological conditions were identified with the aid of Ortner and Putschar (1981) and Cotta (1978). 2. Number of individualsArticulated skeletons of six individuals were recovered, and a fragmentary ?articulated burial of a child was also found. As its grave was probably relatively shallow, it may have been disarticulated during machining. 3. ConditionFour skeletons were in good condition, although the coffin burial was heavily dessicated from close contact with gypsum. Three skeletons were poor or very poor, with surface erosion and deformed skulls. All adult skeletons were relatively complete, but the child consisted of a few long bones and part of the torso only. 4. Demographic analysisTable 1 lists the age and sex determination for each individual.
Table 1. Age and sex. All but one of the adults were in middle-age or older. 5. Metrical and morphological analysisMeasurements were taken for each of the articulated adult skeletons, and stature could be calculated for all six. The males ranged from 1.635m (5' 4") to 1.741m (5' 8"), and the females were 1.541m (5' ½") and 1.621m (5' 4"). These are within the normal range of heights for a group of this period. Three cranial indices were calculated, all male, and these ranged from 78.3 to 79.7. All were towards the broad end of the mesocranial category. Non-metric traits were scored for the bones present and these are listed in the catalogue. Unfortunately the results of this analysis could neither confirm or deny the presence of family relationships within the group. A number of rare traits (in comparison with later groups) were recorded, but these may not have been rare in the population from which the group was derived. 6. Dental analysisAt least part of the dentition of all six adults had survived. Five had lost teeth before death, but the most badly affected of these were 0188 (at least seven teeth lost) and 0194 (at least 16 lost). Periodontal disease was common among all the older adults, and had resulted in extreme alveolar resorption in Sk. 0110 and Sk. 0188. There was very little evidence for caries in this small group - three individuals had one small cervical cavity each. Large abscesses had formed in the lower right molar region of 0194, and these may have been the cause of his extensive tooth loss. Most individuals had slight-medium calculus deposits on most teeth. Enamel hypoplasia was uncommon. An interesting congenital anomaly was noted in the maxilla of 0078, the young female. Both upper canines were impacted towards the midline of the palate. The deciduous canines were probably still in place at the time of death, but the affect that the two teeth had on the incisors is uncertain because the front of the maxilla is in poor condition. None of the other skeletons had a similar anomaly. 7. PathologyFour individuals showed signs of degenerative disease. Sk. 0009 had osteoarthritic changes to the lower spine, but most other joints had not survived. Sk. 0110 had osteophytosis (bony lipping) of the spine, elbows, hips, left knee, and ankles. Sk. 0144 had osteophytosis of most joints, but especially those of the spine, shoulders, wrists, hips, and knees. Sk. 0194 also had osteophytosis of most joints, especially the spine, ribs, shoulders, wrists, hips and knees. The latter two also had calcified costal and thyroid cartilage. In some cases the osteophytes on the lower spines of these individuals had the appearance of lipping associated with ankylosing hyperostosis, but the vertebrae were not fused together. Changes associated with mild iron deficiency were found in Sk. 0078 (cribra orbitalia and possible healed porotic hyperostosis) and 0110 (possible healed porotic hyperostosis). Schmorl's nodes, which are depressions in the body of a vertebra caused by strain or trauma, were found in the spines of 0144 and 0194. Sk. 0194 had a large lump on the back of the skull above the left nuchal crest. This may have been a benign osteoma, or it could be related to trauma, perhaps caused by a torn muscle in this area. Evidence for maxillary sinusitis was found in Sk. 0188, probably related to dental disease. The sinuses of 0194 were not assessable, but it seems likely that the high degree of periodontal disease present in this individual would have caused some inflammation of the sinuses. Mild ischial bursitis was present in Sk. 0144. This disease is related to inflammation at the base of the pelvis, and can be caused by long periods of sitting on a hard seat. It is also known as 'Weaver's bottom'. However, the same skeleton showed evidence for injuries related to the stresses of walking, with large callouses on the inner metatarsals of both feet. The third metatarsals were the worst affected and had parallel bars of new bone running down either side of the shaft. These could be related to so-called 'march fracture'. The eleventh thoracic vertebra of Sk. 0194 was slightly wedged to the anterior, and may have resulted in a mild kyphosis (forward bending of the spine). Evidence for physical stress in the feet was found in Sk. 0110. The left calcaneus had a projecting spur on the lateral tubercle which may have been related to a torn muscle. A small area of bone had been lost from the front of the right calcaneus, possibly as the result of a form of aseptic necrosis or due to a stress fracture. The corresponding area of bone on the talus was slightly roughened and pitted, suggesting inflammation in the area. Ossified ligamentous attachments at the sacro-iliac joint and on the left iliac crest of Sk. 0194 suggested the possibility of pulled muscles in these areas of the pelvis. This individual also had a hairline fracture of a wrist bone (the right scaphoid) which showed little evidence of healing. An exostosis at the head of the right first metatarsal may have been traumatic in origin, although the lack of muscle attachments in this region suggest a different cause such as a benign neoplasm (osteochondroma?). A hole in the left scapula appeared to have occurred in antiquity, although whether it was ante- or post-mortem was difficult to decide. The edges of the hole opened towards the posterior surface, and evidence for injuries to the ribs was looked for but not found. Unfortunately the relevant ribs were in poor condition. The 'lesion' may have been caused by a root, but there is a possibility that it is the remains of an unhealed wound. Two deep cuts were found on the skull of Sk. 0078. One ran diagonally across the top of the right parietal and penetrates the outer table, removing part of it. The other cut through the same bone at the back, close to the lambdoid suture and also across the occipital and into the temporal at the mastoid process. The edges were sharply defined with no evidence of healing, and the wounds were probably inflicted shortly before death. No other cuts were found on this skeleton, which was in good condition. This individual also had a slightly bowed and shortened left femur, the cause of which is uncertain, although it could be the result of a fracture or perhaps malnutrition in childhood. Summary and discussionThis small group of skeletons consisted of four middle-aged or elderly men, one young and one middle-aged woman, and a newborn infant. From the evidence available, it appears that these individuals were within the normal range in terms of physical appearance (metrical and morphological characteristics) for a group of the late Roman period. There was no evidence for family relationships, although the group did show some evidence for a number of unusual genetic traits and the possibility that they were related cannot be ruled out completely. The rate of caries was quite low for this time, although the high degree of tooth loss in older individuals could be partially accounted for if the teeth had decayed first. In general, oral hygiene was probably poor, resulting in chronic periodontal disease. Pathological lesions were mainly associated with degenerative changes in old age, such as new bone growth around and erosion of the joints, but other lesions were probably associated with physical stress and trauma, such as torn ligaments and unhealed head wounds. The group was too small to make further conclusions. ReferencesBass, W., 1971, Human Osteology. Missouri Archaeol. Soc. Bouts, W. and Pot, Tj., 1989, 'Computerized recording and analysis of excavated human dental remains', in Roberts, C.A., Lee, F. and Bintliff, J. (eds), Burial Archaeology: current research, methods and developments, BAR Brit. Ser. 211. Brothwell, D., 1981, Digging up Bones. London, BM(NH)/OUP. Cotta, H., 1978, Orthopaedics, a brief textbook. Stuttgart: Georg Thiem Verlag. Krogman, W., 1978, The Human Skeleton in Forensic Medicine. Illinois: C.C. Thomas. Ortner, D. and Putschar, W., 1981, Identification of Pathological Conditions in Human Skeletal Remains. Washington: Smithsonian Institute. Trotter, M., 1970, 'Estimation of stature from intact long limb bones', in Stewart, T.D. (ed), Personal Identification in Mass Disasters. Washington, Smithsonian Institute. WEA, 1980, 'Recommendations for age and sex diagnoses of skeletons', J. Human Evolution 9, 517-49. Appendix: CatalogueNotesMethods of age and sex determination are generalised to give an idea of the bones used. Sexing based on the pelvis used more traits than entries might suggest. "DF" stands for discriminant function, a statistical method of determining sex, where +2.0 is very male, -2.0 very female (WEA, 1980). Teeth are recorded in the form illustrated below.
Lower case letters a-e and u/o are used for deciduous teeth. Attrition patterns are coded according to the scores suggested by Bouts and Pot (1989, modified version of Brothwell's original tooth wear chart). A few abbreviations have been used in the catalogue for commonly occurring pathological conditions and anatomical regions. These are as follows:
Any other abbreviations should be self-explanatory, since they are simply shortened forms of bone names or anatomical areas (prox = proximal, etc.). Tables of measurements for the skull and major long bones and tables of non-metric trait scores are available in the archive. Sk. 0009.Age and sex: MA-Old, Male.
Dental pathology: Open pulp cavities of lower second incisors and lower left second premolar, but no evidence surviving for abscesses. Some calculus. Sk. 0072Age:Newborn child. Sk. 0078Age and sex: c.19-21 years, Female.
Dental pathology: Both upper canines impacted across anterior maxilla to mesial line. Probable retention of deciduous canines (lost post-mortem). Second permanent incisors probably erupted, but maxilla poor in area of first incisors so not certain whether they erupted or remained in jaw, or were pushed out by the canines. Slight calculus on all teeth. Sk. 0110Age and sex: Middle-aged male.
Dental pathology: Caries interstitial cervical. Slight calculus. Periodontal disease? Area around maxillary molars unusually wide with outer ridge on left, some pitting. Enamel hypoplasia of anterior teeth c.3-5 years. Sk. 0144Age and sex: Middle-aged male.
Dental pathology: Caries cervical. Periodontal disease - heavy resorption especially upper right PM1, M3s, lower incisors. Slight calculus. Enamel hypoplasia upper canines, 2-6years. Sk. 0188Age and sex: ?Middle-aged female.
Dental pathology: Caries interstitial cervical. Periodontal disease of maxilla - extreme alveolar loss. Sk. 0194Age and sex: Old male.
Dental pathology: Very large abscess cavities around lower right molars. Chronic periodontal disease. Signs of inflammation along all closed alveoli. Slight-medium calculus on few remaining teeth. Disarticulated remains0003: Fragment of adult fibula shaft. Adult and sub-adult bone probably all belongs to identified skeletons, although there may be an extra infant. Sue Anderson, © March 1997. | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||