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A machine learning and centrifugal microfluidics platform for bedside prediction of sepsis
by
Plant, Pamela J
, Bains, Manjeet
, Haney, Evan E
, Nassif, Christina
, Tsoporis, James T
, Moon, Byeong-Ui
, Zhang, Peter G. Y
, Da Fonte, Dillon
, Marshall, John C
, Veres, Teodor
, Mounier, Maxence
, Churcher, Eryn
, Malic, Lidija
, Dos Santos, Claudia C
, Geissler, Matthias
, Hancock, Robert E. W
, Trahtemberg, Uriel
, Clime, Liviu
, Sit, Victor Min-Sung
, Brassard, Daniel
, Baker, Andrew
, Falsafi, Reza
, Lukic, Ljuboje
in
38/77
/ 38/91
/ 49/91
/ 631/250/2499
/ 631/337/2019
/ 631/553
/ 692/53/2423
/ Aged
/ Blood
/ Clinical deterioration
/ Diagnosis
/ Emergency medical care
/ Female
/ Gene expression
/ Humanities and Social Sciences
/ Humans
/ Immune system
/ Intensive Care Units
/ Learning algorithms
/ Machine Learning
/ Male
/ Medical prognosis
/ Microfluidics
/ Microfluidics - instrumentation
/ Microfluidics - methods
/ Middle Aged
/ multidisciplinary
/ Organ Dysfunction Scores
/ Patients
/ Point-of-Care Systems
/ Science
/ Science (multidisciplinary)
/ Sensitivity
/ Sensitivity analysis
/ Sensitivity and Specificity
/ Sepsis
/ Sepsis - blood
/ Sepsis - diagnosis
/ Sepsis - genetics
2025
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A machine learning and centrifugal microfluidics platform for bedside prediction of sepsis
by
Plant, Pamela J
, Bains, Manjeet
, Haney, Evan E
, Nassif, Christina
, Tsoporis, James T
, Moon, Byeong-Ui
, Zhang, Peter G. Y
, Da Fonte, Dillon
, Marshall, John C
, Veres, Teodor
, Mounier, Maxence
, Churcher, Eryn
, Malic, Lidija
, Dos Santos, Claudia C
, Geissler, Matthias
, Hancock, Robert E. W
, Trahtemberg, Uriel
, Clime, Liviu
, Sit, Victor Min-Sung
, Brassard, Daniel
, Baker, Andrew
, Falsafi, Reza
, Lukic, Ljuboje
in
38/77
/ 38/91
/ 49/91
/ 631/250/2499
/ 631/337/2019
/ 631/553
/ 692/53/2423
/ Aged
/ Blood
/ Clinical deterioration
/ Diagnosis
/ Emergency medical care
/ Female
/ Gene expression
/ Humanities and Social Sciences
/ Humans
/ Immune system
/ Intensive Care Units
/ Learning algorithms
/ Machine Learning
/ Male
/ Medical prognosis
/ Microfluidics
/ Microfluidics - instrumentation
/ Microfluidics - methods
/ Middle Aged
/ multidisciplinary
/ Organ Dysfunction Scores
/ Patients
/ Point-of-Care Systems
/ Science
/ Science (multidisciplinary)
/ Sensitivity
/ Sensitivity analysis
/ Sensitivity and Specificity
/ Sepsis
/ Sepsis - blood
/ Sepsis - diagnosis
/ Sepsis - genetics
2025
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Do you wish to request the book?
A machine learning and centrifugal microfluidics platform for bedside prediction of sepsis
by
Plant, Pamela J
, Bains, Manjeet
, Haney, Evan E
, Nassif, Christina
, Tsoporis, James T
, Moon, Byeong-Ui
, Zhang, Peter G. Y
, Da Fonte, Dillon
, Marshall, John C
, Veres, Teodor
, Mounier, Maxence
, Churcher, Eryn
, Malic, Lidija
, Dos Santos, Claudia C
, Geissler, Matthias
, Hancock, Robert E. W
, Trahtemberg, Uriel
, Clime, Liviu
, Sit, Victor Min-Sung
, Brassard, Daniel
, Baker, Andrew
, Falsafi, Reza
, Lukic, Ljuboje
in
38/77
/ 38/91
/ 49/91
/ 631/250/2499
/ 631/337/2019
/ 631/553
/ 692/53/2423
/ Aged
/ Blood
/ Clinical deterioration
/ Diagnosis
/ Emergency medical care
/ Female
/ Gene expression
/ Humanities and Social Sciences
/ Humans
/ Immune system
/ Intensive Care Units
/ Learning algorithms
/ Machine Learning
/ Male
/ Medical prognosis
/ Microfluidics
/ Microfluidics - instrumentation
/ Microfluidics - methods
/ Middle Aged
/ multidisciplinary
/ Organ Dysfunction Scores
/ Patients
/ Point-of-Care Systems
/ Science
/ Science (multidisciplinary)
/ Sensitivity
/ Sensitivity analysis
/ Sensitivity and Specificity
/ Sepsis
/ Sepsis - blood
/ Sepsis - diagnosis
/ Sepsis - genetics
2025
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A machine learning and centrifugal microfluidics platform for bedside prediction of sepsis
Journal Article
A machine learning and centrifugal microfluidics platform for bedside prediction of sepsis
2025
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