Integrated analysis system and method for the rapid measuring and recording of data from a host

A method for integrated blood analysis using an integrated analysis system, the method comprising:

• providing a fully enclosed flow chamber having a top surface, a bottom surface, and an interior space defined between the top and bottom surfaces;
• introducing an aqueous biological material through a passageway extending along a substantially vertical axis through the flow chamber, the passageway comprising a substantially circular hollow tube defining an injection point at the bottom surface;
• distributing the biological material through a central distribution hub located within the interior space and fluidly connected to the passageway;
• directing the biological material through a plurality of flow channels monolithically integrated within the flow chamber and extending radially from the central distribution hub;
• receiving the biological material into a plurality of microtubes located at outer ends of the flow channels, the microtubes comprising interior compartments;
• analyzing the biological material via at least one medical diagnostic sensor embedded within the interior compartments of the microtubes;
• storing data on at least one memory cartridge attached to the fully enclosed flow chamber;
• and
• processing data via a remote access device comprising artificial intelligence (AI) processing units in wireless communication with the memory cartridge and the medical diagnostic sensor;
• wherein the injection point receives the aqueous biological material from a clinical specimen collection equipment removably attached thereto, such that a pump force moves the biological material from the injection point, through the central distribution hub, and into the plurality of microtubes for stationary sensor analysis.