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Researchers discover "common microbial consortium" for breaking down organic matter, specifically in dead animal tissue, according to new study.

Ars Technica LogoArs Technica1w ago

 Researchers discover "common microbial consortium" for breaking down organic matter, specifically in dead animal tissue, according to new study. - Ars Technica

Quick Summary:

Findings could help forensic scientists better determine a body's precise time of death.

Forensic scientists have now identified some 20 microbes they believe constitute a kind of universal network driving the decomposition of dead animal flesh, according to a new paper published in the journal Nature Microbiology.“One of the principal questions of any death investigation is ‘when did this person die? ’” said Nancy La Vigne, director of the National Institute of Justice, which funded the research.“This continuing line of NIJ-funded research is showing promising results for predicting time of death of human remains, aiding in identification of the decedent, determining potential suspects, and confirmation or refutation of alibis.

But there’s a lot of variability between fly species and seasonal effects, so it would be helpful to develop new methods.


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Article Details

Author / Journalist: Jennifer Ouellette

Category: Technology

Markets:

Topics:

Source Website Secure: Yes (HTTPS)

News Sentiment: Neutral

Fact Checked: Legitimate

Article Type: News Report

Published On: 2024-02-12 @ 16:00:56 (1 weeks ago)

News Timezone: GMT -5:00

News Source URL: arstechnica.com

Language: English

Article Length: 202 words

Reading Time: 2 minutes read

Sentences: 39 lines

Sentence Length: 6 words per sentence (average)

Platforms: Desktop Web, Mobile Web, iOS App, Android App

Copyright Owner: © Ars Technica

News ID: 20047892

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About Ars Technica

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Main Topics: Technology

Official Website: arstechnica.com

Update Frequency: 12 posts per day

Year Established: 1998

Headquarters: United States

News Last Updated: 15 hours ago

Coverage Areas: United States

Ownership: Independent Company

Publication Timezone: GMT -5:00

Content Availability: Worldwide

News Language: English

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API Access: Available (JSON, REST)

Website Security: Secure (HTTPS)

Publisher ID: #32

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