In a biocrime investigation, a recovered bacterial sample can be analyzed by modeling its virulence proteins and comparing their 3D structures with those of known reference strains. Differences and similarities in protein structure, especially those caused by unique mutations, may help determine how closely related the unknown strain is to known sources. When combined with genomic and epidemiological evidence, this structural comparison can support investigations aimed at identifying the possible origin of the organism.#MicrobialForensics #Bioterrorism #ForensicEvidence

Microorganisms often persist longer than other trace evidence such as DNA, fingerprints, and fibers due to protective cellular structures that enhance their resistance to degradation; this resilience underpins their utility in postmortem interval (PMI) estimation and supports the growing role of microbial profiling in forensic investigations.#MicrobialForensics #ForensicScience #ForensicEvidence

Do you have a novel tech or an innovation that could benefit from funding of £250,000? Then check out our competition below and sign up for the launch webinar 👇 #biosecurity #microbialforensics

Microbial forensics has emerged as an indispensable tool in deciphering the origins and transmission pathways of infectious disease outbreaks. It integrates genomic sequencing, bioinformatics, and traditional epidemiological methods to trace the, often elusive, microbial fingerprints left behind in bioterrorism, natural pandemics, and sporadic epidemic events. Techniques such as whole-genome sequencing and phylogenetic analysis enable researchers to identify pathogen sources, track mutation patterns, and monitor pathogen evolution in near real-time. These capabilities not only bolster public health responses but also enhance our predictive models for future outbreaks. For researchers keen on staying abreast of the latest developments in this rapidly evolving field, sciqst.com offers a state-of-the-art AI-generated platform for comprehensive biomedical literature reviews. #MicrobialForensics #DiseaseOutbreaks #GenomicSequencing #OpenAI Sciqst powered by OpenAI.

🔬 🚨 New Publication Alert 🚨🦠 Delve into the transformation of #MicrobialForensics triggered by the #Amerithrax investigation in this Tech News by @LouisJGautier. Explore past and present techniques to safeguard against #bioterror threats >>> bit.ly/3QlscOi

What a highlight of last years #BBE21 Summit! Learn more about #MicrobialForensics now & rewatch the fascinating talk from Prof. @gilbertjacka on the #Microbiome of the #BuiltEnvironment. Enjoy! youtube.com/watch?v=hPIrhYV4… @UCSanDiego @UniofNewcastle @NorthumbriaUni

Looking forward to my first in-person seminar in nearly 2 years at @SUForensics !!! 🧬🦠🧫🧬🔬🔎🕵️‍♂️ #microbialforensics #genomics

Amazing talk from @gilbertjacka at the #BBE21 Summit Day 1. Absolutely fascinating! #MicrobialEnvironment #MicrobialForensics #Microbiome

Randy Murch set to retire after 16 years as #VirginiaTech research lead for DC area research dev team. "Randy has led an exemplary career as a public servant and researcher at Virginia Tech and in the federal government" -@VTMcKnight #VTinDC #cyberbiosecurity #microbialforensics

Thanks for watching my talk of #MicrobialForensics #forensicsandpandemics2020 #planningahead2 #BeatCOVID19

Company offers #MicrobialForensics test to detect whether items were actually manufactured where subcontractors claim. Use of #MicrobialForensics is hoped to help combat #ForcedLabour and #ModernSlavery. @freedomunitedHQ #SupplyChain #ChildLabour freedomunited.org/news/start…

Hey @gilbertjacka — Jarrad Hampton-Marcell nailed one of the more interesting talks at #SFAF2018! #microbialforensics 😎🤙🏼

Scalable SNP Analyses of 100 Bacterial or Viral Genomes #Singlenucleotidepolymorphism #Microbialforensics omicsonline.org/scalable-snp…

Epic day of house and people swabbing with @j_marcellular and team for National Institute of Justice award #microbialforensics

Our first paper using @MIDI_Group FAME system to analyze fatty acids from Bacillus spores #microbialforensics goo.gl/UaX5u3

Register for a new webinar on #MicrobialForensics w/ @UNTHSC’s Dr. Bruce Budowle, Wednesday 5/18: rticqpub1.connectsolutions.c… #ForensicScience

Register for a webinar on #MicrobialForensics, with a presentation by @UNTHSC’s Dr. Bruce Budowle. rticqpub1.connectsolutions.c… #ForensicScience

Yummy fact from @gilbertjacka at #GET2016: We humans shed ~36M cells per hour. #microbialforensics

#MicrobialForensics with one of the pioneers of the field - Bruce Budowle #ASMNGS one of my favorite topics too :)

Predicting origin of soil evidence: #NGS & MIR spectroscopy applied to crime scene ncbi.nlm.nih.gov/pubmed/2583… #microbialforensics #metagenomics