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    Rapid separation of bacteria from blood – Chemical aspects 

    Alizadeh, Mahsa; Wood, Ryan L.; Buchanan, Clara M.; Bledsoe, Colin G.; Wood, Madison E.; McClellan, Daniel S.; Blanco, Rae; Ravsten, Tanner V.; Husseini, Ghaleb; Hickey, Caroline L.; Robison, Richard A.; Pitt, William G. (Elsevier, 2017)
    To rapidly diagnose infectious organisms causing blood sepsis, bacteria must be rapidly separated from blood, a very difficult process considering that concentrations of bacteria are many orders of magnitude lower than ...
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    Factors affecting sedimentational separation of bacteria from blood 

    Pitt, William G.; Alizadeh, Mahsa; Blanco, Rae; Hunter, Alex K.; Bledsoe, Colin G.; McClellan, Daniel S.; Wood, Madison E.; Wood, Ryan L.; Ravsten, Tanner V.; Hickey, Caroline L.; Beard, William Cameron; Stepan, Jacob R.; Carter, Alexandra; Husseini, Ghaleb; Robison, Richard A.; Welling, Evelyn; Torgesen, Rebekah N.; Anderson, Clifton M. (American Institute of Chemical Engineers (AIChE), 2019)
    Rapid diagnosis of blood infections requires fast and efficient separation of bacteria from blood. We have developed spinning hollow disks that separate bacteria from blood cells via the differences in sedimentation ...
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    Rapid separation of very low concentrations of bacteria from blood 

    Buchanan, Clara M.; Wood, Ryan L.; Hoj, Taalin R.; Alizadeh, Mahsa; Bledsoe, Colin G.; Wood, Madison E.; McClellan, Daniel S.; Blanco, Rae; Hickey, Caroline L.; Ravsten, Tanner V.; Husseini, Ghaleb; Robison, Richard A.; Pitt, William G. (Elsevier, 2017)
    A rapid and accurate diagnosis of the species and antibiotic resistance of bacteria in septic blood is vital to increase survival rates of patients with bloodstream infections, particularly those with carbapenem-resistant ...
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    Rapid Separation of Bacteria from Blood - Review and Outlook 

    Pitt, William G.; Alizadeh, Mahsa; Husseini, Ghaleb; McClellan, Daniel S.; Buchanan, Clara M.; Bledsoe, Colin G.; Blanco, Rae; Melville, Madison; Hunter, Alex K.; Robison, Richard A.; Roeder, Beverly L. (American Institute of Chemical Engineers (AIChE), 2016)
    The high morbidity and mortality rate of bloodstream infections involving antibiotic‐resistant bacteria necessitate a rapid identification of the infectious organism and its resistance profile. Traditional methods based ...

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    AuthorAlizadeh, Mahsa (4)
    Blanco, Rae (4)
    Bledsoe, Colin G. (4)
    Husseini, Ghaleb (4)
    McClellan, Daniel S. (4)Pitt, William G. (4)Robison, Richard A. (4)Buchanan, Clara M. (3)Hickey, Caroline L. (3)Ravsten, Tanner V. (3)... View MoreSubjectSedimentation (4)Bacterial bloodstream infection (3)Centrifugation (3)E. coli (3)Bacterial separation (2)Human blood (2)Bacterial infection (1)Blood sepsis (1)Carbapenem-resistant enterobacteriaceae (1)Chemical binding (1)... View MoreDate Issued2017 (2)2016 (1)2019 (1)Has File(s)Yes (4)

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