The overall aim of this project is to develop a diagnostic field test that can be used to detect traumatic brain injury and late stage shock from a drop of blood taken from a finger stick. For Phase I Option, the broad goal is to integrate the sample processing technology developed in Phase I with the nanoscale optical sensing array (NOSA) which will ultimately be used to carry out label-free ...
The overall aim of this project is to develop a diagnostic field test that can be used to detect traumatic brain injury and late stage shock from a drop of blood taken from a finger stick. For Phase I Option, the broad goal is to integrate the sample processing technology developed in Phase I with the nanoscale optical sensing array (NOSA) which will ultimately be used to carry out label-free ...
The overall aim of this project is to develop a diagnostic field test that can be used to detect traumatic brain injury and late stage shock from a drop of blood taken from a finger stick. For Phase I, the goal is to develop the sample processing technology that takes blood from a finger stick and produces purified and concentrated plasma, within which we can detect rare blood-borne biomarkers. The ...
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