Cooling of Dead Body for Estimation of Time Since Death in IGIMS, Patna, Bihar, India: An Observational Study | Chapter 5 | Research Developments in Medicine and Medical Science Vol. 9

 The main objective concerning this study was to record the fall of temporary in dead body as supportive dossier for determination momentary since demise at Patna (Bihar). Algor Mortis is another name of the cooling of the body following in position or time death. Nowadays, communicable a dead person's hotness can be medically and legally important when determining moment of truth since oblivion. It is variable and is affected by a number of variables, including the local trend.The present study was conducted on 140 dead parties brought for review after death at IGIMS, Patna from September 2016 to March 2018 after clearance of moral committee.The dissimilarity between the crowd temperature and surrounding air is wide and normally the dead body has to cool of the changing range of temperature. Between 3 to 6 hours after demise, temperatures were written by 96.6∘F to 95.6∘F in 37.50% of cases and in 28.12% cases by 95.6∘F to 94.6∘F and in 34.37% cases by 94.6∘F to 92.6∘F. In the cases examined all along 24 hours to 36 hours after death pertaining to temperatures were erect to be reduced by 78.6∘F to 74.6∘F in 0.08% cases, and in 91.66% cases bodies were found expected cooled to environmental hotness.The most crucial responsibility of the medical specialists conducting the post-mortem examination search out provide ultimate precise and correct response. Although it is obviously hopeless to pinpoint the exact moment of demise, a close approximation can be created by carefully listening rectal hotness over the course of three hours, on every half-hourly footing.

Author(s) Details:

Saroj Kumar Ranjan,
Department of Forensic Medicine and Toxicology, Indira Gandhi Institute of Medical Sciences, Patna, Bihar, India.

Pinki Kumari,
Department of Forensic Medicine and Toxicology, Indira Gandhi Institute of Medical Sciences, Patna, Bihar, India.

Aman Kumar,
Department of Forensic Medicine and Toxicology, Indira Gandhi Institute of Medical Sciences, Patna, Bihar, India.

Sanjeev Kumar,
Department of Forensic Medicine and Toxicology, Indira Gandhi Institute of Medical Sciences, Patna, Bihar, India.

Sidharth Ramanujam,
Department of Forensic Medicine and Toxicology, Indira Gandhi Institute of Medical Sciences, Patna, Bihar, India.

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Effect of Protective Coats on Physiological Parameters of Angora Kids Exposed to Cold, Wet and Windy Conditions: An Advanced Study | Chapter 1 | Cutting-edge Research in Agricultural Sciences Vol. 8

 In Angora goat kids exposed to cold, wet, and windy conditions, protective coats were tested on rectal, skin, and subcutaneous temperature, heart rate, respiratory rate, shivering score, and serum glucose level. In 2009, the experiment was conducted on 24 ten-month-old castrated male Angora goat kids and 30 nine-month-old castrated male Angora goat kids at the Grootfontein Agricultural Development Institute. During the 2009 and 2010 cold stress trials, the rectal temperature of animals in both the Coats and Control groups decreased. At the end of the trial in 2009, the Coats group's rectal temperature was 1.91°C higher (36.49 0.45) than the Control group's (34.58 0.45). The animals in the Coats group had a 2.21°C lower rectal temperature drop than the Control group. In 2010, a similar pattern was found, but the Coats group animals' rectal temperature was only 0.87°C higher than the Control group's.

There were also variations in skin temperature between the two classes. The most noticeable difference between skin temperatures measured on the shoulder and britch; the area directly covered by the coats; was measured on the shoulder and britch. The animals covered by coats had slightly lower daily temperature amplitudes than the Control group animals during the early days of the 2010 study, when the animals were freshly shorn. As hair length increased, the variations in regular amplitude between the groups became less pronounced. After four weeks of hair development, there were no major variations in subcutaneous temperatures between Coats and Control group animals. For the first two hours of the experiment, animals in both the Coats and Control groups had a higher heart rate, which then dropped to below the initial values at the end. The Coats and Control groups' serum glucose levels dropped significantly towards the end of the trial period, to 1.33 ng/ml and 1.66 ng/ml, respectively. The fact that both groups of animals shivered to the same extent and had a drop in skin temperature on the extremities and periphery at the end of the trial period indicates that the coats were not fully capable of providing total protection against cold, wet, and windy conditions to the point that all of the body's thermoregulatory mechanisms were activated. The true test of whether protective coats provide sufficient protection to freshly shorn Angora goats during severe weather conditions will be performed when they are tested on a larger scale in practise under natural cold and wet weather conditions. Angora kids wearing protective coats were able to sustain higher rectal temperatures than goats without protective coats during cold, wet, and windy conditions, according to the findings of this report.

Author (s) Details

M. A. Snyman
Grootfontein Agricultural Development Institute, Private Bag X529, Middelburg (EC), 5900, South Africa.

M. van Heerden
Grootfontein Agricultural Development Institute, Private Bag X529, Middelburg (EC), 5900, South Africa.

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