Panel 1: vcf for 96 microhaplotypes

Variant call format file for 96 of the 192 microhaplotypes described in Baetscher et al

Compulsory collisions and corporate interests in school rugby: Challenging distortions in the framing of childhood injury

This article examines how ‘framing’ is used to resist a proposal to remove rugby tackling from UK schools. It focuses on rugby tackling for UK school children, which is often a compulsory part of many schools’ curricula. Specifically, we explore the importance of framing in how the problem is described in various academic publications, how ideas about risk are articulated, and how advocates themselves are represented. We show how the corporate interests of rugby governing bodies can become entangled with distortions about injury prevention. These distortions (or framing practices) include omitting arguments, conflating arguments, changing the argument, misrepresenting advocacy positions and skewing advocate identities. Next, the article demonstrates how a combination of recent advocacy, political interventions, research, and cultural shifts appears to be changing perceptions about the risks associated with rugby tackling for children in school settings. In conclusion, we argue that while framing can be a useful strategy for policy advocates, there is value in paying attention to how framing is used by different stakeholder groups.</p

Genotype file

Genotypes and associated read depths for 144 kelp rockfish at 165 microhaplotype

Panel 2: vcf for 96 microhaplotypes

Variant call format file for 96 of the 192 microhaplotypes described in Baetscher et al

Panel 1: BAM files

BAM files for 144 kelp rockfish with 96 microhaplotype

Consensus sequences

FASTA file with consensus sequences for all 192 targeted amplicon

Description of statistical analyses

R Notebook describing all statistical analyses in Baetscher et al

Primer sequences

Primer sequences for 192 targeted regions

A Method for Heteroaromatic Nitration Demonstrating Remarkable Thermal Stability

Herein we report a novel heterogeneous pyrrole nitration that can be run on a large scale in batch mode. Activation of sodium nitrate by SO₃–pyridine in acetonitrile leads to the formation of an insoluble nitronium sulfate intermediate that effects a high-yielding reaction. These conditions allow for a safer and practical nitration reaction with unique thermal stability that appears to be a function of the low solubility of the proposed nitronium ion carrier. Mechanistic insights gained from reaction kinetics as well as ¹H and ¹⁵N NMR studies are presented to support this analysis

Consensus_types_align

Consensus of each mito type alignmen