Biology | Open Access Articles | Digital Commons Network™

Notochelys Platynota, Roger W. Barbour

Roger W. Barbour Slide Collection

Notochelys platynota

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Ocadia Sinensis, Roger W. Barbour

Roger W. Barbour Slide Collection

Ocadia sinensis

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Callagur Borneoensis, Roger W. Barbour

Roger W. Barbour Slide Collection

Callagur borneoensis

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Melanochelys Trijuga Thermalis, Roger W. Barbour

Roger W. Barbour Slide Collection

Melanochelys trijuga thermalis

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Heosemys Spinosa, Roger W. Barbour

Roger W. Barbour Slide Collection

Heosemys spinosa

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Kachuga Smithi, Roger W. Barbour

Roger W. Barbour Slide Collection

Kachuga smithi

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Mauremys Leprosa, Roger W. Barbour

Roger W. Barbour Slide Collection

No abstract provided.

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High-Resolution Identification Of Multiple Salmonella Serovars In A Single Sample By Using Crispr-Seroseq, Cameron P. Thompson, Alexandra N. Doak, Naufa Amirani, Erin A. Schroeder, Justin Wright, Subhashinie Kariyawasam, Regina Lamendella, Nikki Shariat

Biology Faculty Publications

Salmonella enterica is represented by >2,600 serovars that can differ in routes of transmission, host colonization, and in resistance to antimicrobials. S. enterica is the leading bacterial cause of foodborne illness in the United States, with well-established detection methodology. Current surveillance protocols rely on the characterization of a few colonies to represent an entire sample; thus, minority serovars remain undetected. Salmonella contains two CRISPR loci, CRISPR1 and CRISPR2, and the spacer contents of these can be considered serovar specific. We exploited this property to develop an amplicon-based and multiplexed sequencing approach, CRISPR-SeroSeq (serotyping by sequencing of the CRISPR loci), to …

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