Publications by authors named "V Lynch"

Flooding greatly endangers public health and is an urgent concern as rapid population growth in flood-prone regions and more extreme weather events will increase the number of people at risk. However, an exhaustive analysis of mortality following floods has not been conducted. Here we used 35.

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Human identification by forensic DNA profiling primarily relies on the analysis of short tandem repeat markers (STRs) and Amelogenin or other sex determining markers. The resultant DNA profiles can be compared directly between evidence and reference samples or indirectly (i.e.

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A new biomimetic model complex of the active site of acireductone dioxygenase (ARD) was synthesized and crystallographically characterized (ii1). 1 displays carbon-carbon oxidative cleavage activity in the presence of O towards the substrate 2-hydroxyacetophenone. This reactivity was monitored UV-Visible and NMR spectroscopy.

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The 4th Forensic DNA Symposium in Africa underscored the critical role of regional collaboration in advancing forensic sciences, with a particular focus on forensic DNA examinations, databases, and humanitarian initiatives. The symposium aimed to assess the current forensic DNA capabilities across African countries and develop strategies to expand and better utilize DNA platforms. Key findings from the symposium highlight the necessity for enhanced cooperation among African nations to build robust forensic DNA databases and improve data-sharing mechanisms.

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Article Synopsis
  • Gastrulation is a crucial process in embryo development that organizes germ layers and sets up the body plan, where stem cell-derived models like gastruloids are used to study it.
  • Despite advances using techniques like single-cell RNA sequencing, there is a lack of understanding of protein dynamics in these models.
  • This study applies quantitative proteomics to analyze different stages of gastruloids, uncovering key insights into protein interactions and regulations that enhance our understanding of early mammalian development beyond what transcriptomics can offer.
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