SUMMARY:For several generations physical anthropologists measured skulls in the belief that thereby they were likely to obtain results, this would enable them to trace the relationships between the races of mankind. It was believed that the form of the skull in particular remained constant in each race, and that different races typically showed different facial indices. Form of the head and face is now known to be subject to change through environmental influences. Measurement is necessary in order to obtain this kind of knowledge, and in order to be able to give as accurate a description of an individual or group of individuals as possible. The present study aimed at measuring facial index of both sex in Malaysian and Indian students. 300 students of both nations were measured for face length and face width and facial index was calculated. Malaysian males had a mean facial index of 85.72 and females had marginally higher value 87.71. Both belonged to Mesoprosopic face type and were statistically significant. Indian males had a mean facial index of 87.19 where as 86.75 in females. Both belonged to Mesoprosopic face type, and comparison of facial index was statistically not significant. Comparison between Indian and Malaysian subjects indicates that Indians (both sexes together) had a higher (87.04) mean facial index than Malaysians (86.76). However, this difference was statistically not significant.

SUMMARY: Cephalic index is important parameter for deciding race and sex of an individual whose identity is unknown. Cephalic index and head shape are greatly affected by geographical, sex, age and racial factors. Present study aimed at working out cephalic index in Indian students. 100 students were taken as subjects and head length, head breadth were measured. Indian males had mean cephalic index of 77.92 and they were mesocephalic and females had mean cephalic index of 80.85 and they were brachycephalic. The comparison was statistically significant. The data is utmost important in forensic medicine, anthropology and in genetics.

The objectives of the present study were to determine the type of the pterion in the dry human skulls of Dakshina Kannada district of Southern India and to study its topography. Materials and Methods: The present study included 32 adult human skulls of unknown gender. The pterions of both the right and left sides were studied. Results: The present study observed all the 4 types of pterion. Among them, Spheno-parietal type was higher in frequency. This type was found on right side 25 (78.1%) and left side 28 (87.5%) skulls. The distance between the centres of pterion to the midpoint of zygomatic arch (P-ZA) was 40.08±0.46 mm on the right side of the skull, whereas on left side of the skull it was 39.9±0.17 mm. Distance between the centre of pterion to the posterolateral aspect of fronto-zygomatic suture (P-FZ) on right side of the skull was 30.37±0.44 mm and it was 29.53±0.26 mm on the left side. Conclusion: We believe that the present study has provided the additional information about the morphology and morphometry of pterion, which is important to the neurosurgical and radiological literature.

Objective: Genotoxicity is regarded as one of the potential risk factors for causing pathological diseases. It was confirmed that many chemicals have the mutagenic activity which leads to cancer. A compound which interacts with genetic material DNA and shows adverse effects by altering its structure or function is referred to as genotoxic.Methods: The present study involved 40 Swiss albino mice weighing between 25 and 30 g body weights categorized into four different groups. Group-I (normal control) received 0.5% carboxymethyl cellulose as vehicle. Group-II (toxicant control) received 40 mg/kg/body weight cyclophosphamide on the 28th day. Group-III and IV received test drug JB 15.6 mg/kg and 78 mg/kg, respectively, for 28 consecutive days. Blood samples were collected and processed for evaluating by comet assay. The animals were sacrificed and collected the bone marrow from both the femur for chromosomal aberration and micronuclei assay.Results: JB administered at two different dose levels did not show any significant changes in the comet assay parameters, no micronucleus was found and did not produce any chromosomal aberrations both numerically and structurally when compared to positive test control group.Conclusion: The genotoxicity evaluation of JB did not show any chromosomal aberrations and presence of micronucleus. Thus, the safety data will refine therapeutic utility of JB encouraging their rationale use and translate into greater and broader utilization of JB.

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