Newer trends in hanging death.

A total of 105 cases of deaths due to hanging were studied in a span of 5 years time. This present study throws some light on the emerging trends that Hanging is increasingly being adopted by a relatively younger age group who are mostly illiterate and of poor socio-economic status. Hanging being viewed as giving swift painless death and without much expenses and without arousing much suspicion, this mode is increasingly adopted to commit suicide. Dribbling saliva mark, which was a hallmark of Ante-mortem hanging, is increasingly seen in less number of cases. No incidence of fracture of Hyoid bone being seen in this study, due to the fact that most cases were of lower age group and also may be due to most of the victims adopting soft ligatures and low suspension points. Transverse tears in the Carotid arteries were not seen here and on subjecting to Histo-pathological study, we could detect disruption of intimal layer of Carotid artery. Effect of pressure on layers of skin were seen on Histo-pathological study showing vital reaction changes useful for labelling Ante-mortem hanging.

Effect of phosphogypsum amendment on soil physico-chemical properties, microbial load and enzyme activities.

Phosphogypsum (PG) is produced as a solid waste from phosphatic fertilizer plants. The waste slurry is disposed off in settling ponds or in heaps .This solid waste is now increasingly being used as a calcium supplement in agriculture. This study reports the effect of PG amendment on soil physico chemical properties, bacterial and fungal count and activities of soil enzymes such as invertase, cellulase and amylase over an incubation period of 28 days. The highest mean percent carbon loss (55.98%) was recorded in 15% PG amended soil followed by (55.28%) in 10% PG amended soil and the minimum (1.68%) in control soil. The highest number of bacterial colonies (47.4 CFU g-1 soil), fungal count (17.8 CFU g-1 soil), highest amylase activity (38.4 ?g g-1 soil hr-1) and cellulase activity (38.37 ?g g-1 soil hr-1) were recorded in 10% amended soil . Statistically significant difference (p<0.05) has been recorded in the activities of amylase and cellulase over the period of incubation irrespective of amendments. Considering the bacterial and fungal growth and the activities of the three soil enzymes in the control and amended sets, it appears that 10% PG amendment is optimal for microbial growth and soil enzyme activities.