A new "Stethoscope" autopsy incision in comparison to various conventional incisions along with suturing techniques and body packing methods for post autopsy reconstruction.

Post autopsy reconstruction (PAR) plays a vital role in the external appearance of dead bodies while handing over to grieving family members. Autopsy surgeons should not only be restricted to autopsy findings/techniques but should also give importance to PAR. Autopsy incision includes various conventional incisions like I, Y, and Modified Y-shaped. The most commonly used incision is I -shaped in most of the autopsy because it is easy for quick suturing but it produces a poor cosmetic appearance because suturing produces visible suture over the front of the neck and chest of a corpse and improper suturing in the skin flaps leads to gapping causes leakage of body fluids at the suture site. More often that leads to avoidable, unnecessary emotional distress for grieving family members. That creates a negative image of forensic practice in society and sometimes with administrative complaints. The authors conducted an observation based study on the medicolegal autopsy that included ten cases that involved "Stethoscope" and various conventional incisions and explored suturing techniques and body packing methods. The study observed that the proposed "Stethoscope" incision was feasible, less time-consuming for suturing, had an excellent cosmetic effect, and was cost-effective. The suturing technique revealed that invisible sutures leads to good cosmetic outcomes but is more time-consuming and costly. The body packing method showed the excellent result of no leakage of body fluid from the suture site. The authors proposed a "Stethoscope" method of incision that can be practiced and adopted for a better cosmetic appearance and humanitarian aspect for grieving relatives. The body packing method renders the body non-hazardous to the public and attendants while handling and transporting. The authors highlight the importance and sensitization of autopsy surgeon/mortuary staff to restructure the corpse with the best cosmetic appearance for the Dignified Management of the Dead and Humanitarian Forensics.

An assessment of microplastics in the ecosystem and selected commercially important fishes off Kochi, south eastern Arabian Sea, India.

A preliminary report on the abundance of microplastic in the coastal waters in the depth zone 5 to 20 m in the surface waters, sediment and in selected fishes occurring off Kochi, India is presented. Spatial and temporal variation in microplastic abundance was observed with higher abundance in surface water indicating threats to pelagic ecosystem. The relative concentration of microplastic was highest during monsoon season. The major microplastics were fragments of 1-5 mm in white and blue colours. Gut content analysis of 16 species (653 individuals) comprising pelagic (8 species) and demersal (8 species) indicated occurrence (4.6%) of microplastics (fragment>filament>pellet) of size 0.27mm to 3.2 mm in Sardinella longiceps, S. gibbosa, Stolephorus indicus Rastrelliger kanagurta and Cyanoglossus macrostomus. Raman spectroscopy indicated that Polyethylene (PE) and Polypropylene (PP) were the polymer types of microplastics from the fish gut.