Search Results - "Albright, Nicolette C"

Artificial fingerprints for cross-comparison of forensic DNA and protein recovery methods by LeSassier, Danielle S, Schulte, Kathleen Q, Manley, Tara E, Smith, Alan R, Powals, Megan L, Albright, Nicolette C, Ludolph, Benjamin C, Weber, Katharina L, Woerner, August E, Gardner, Myles W, Hewitt, F Curtis

“…Quantitative genomic and proteomic evaluation of human latent fingerprint depositions represents a challenge within the forensic field, due to the high…”
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Simulating transmission of ESKAPE pathogens plus C. difficile in relevant clinical scenarios by Weber, Katharina L, LeSassier, Danielle S, Kappell, Anthony D, Schulte, Kathleen Q, Westfall, Nicole, Albright, Nicolette C, Godbold, Gene D, Palsikar, Veena, Acevedo, Carlos A, Ternus, Krista L, Hewitt, F. Curtis

“…Abstract Background The prevalence of healthcare-acquired infections (HAI) and rising levels of antimicrobial resistance places significant economic and public…”
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Fractionation of DNA and protein from individual latent fingerprints for forensic analysis by Schulte, Kathleen Q., Hewitt, F. Curtis, Manley, Tara E., Reed, Andrew J., Baniasad, Maryam, Albright, Nicolette C., Powals, Megan E., LeSassier, Danielle S., Smith, Alan R., Zhang, Liwen, Allen, Leah W., Ludolph, Benjamin C., Weber, Katharina L., Woerner, August E., Freitas, Michael A., Gardner, Myles W.

“…•DNA and protein can be extracted from individual touch samples.•Submersion in a surfactant buffer is optimal for touch sample collection.•Protein from shed…”
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An algorithm for random match probability calculation from peptide sequences by Woerner, August E., Hewitt, F. Curtis, Gardner, Myles W., Freitas, Michael A., Schulte, Kathleen Q., LeSassier, Danielle S., Baniasad, Maryam, Reed, Andrew J., Powals, Megan E., Smith, Alan R., Albright, Nicolette C., Ludolph, Benjamin C., Zhang, Liwen, Allen, Leah W., Weber, Katharina, Budowle, Bruce

“…•Random match probability from peptide sequences.•Accommodates LD.•Robust to drop-in events.•Open source. For the past three decades, forensic genetic…”
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