Systems, methods, and bone mapper devices for real-time mapping and analysis of bone tissue

A system for analyzing target tissue, the system comprising:

• one or more computer processors;
• and
• a non-transitory computer-readable storage medium storing computer instructions, which when executed by the one or more computer processors, cause the system to:
• receive, from a tissue mapping device, at least one image of the target tissue of a first patient and at least two wavelength-based measurements of the target tissue, wherein the tissue mapping device comprises a hybrid imaging component;
• identify at least one reference case based on the at least two wavelength-based measurements, wherein the at least one reference case is associated with a second patient different from the first patient;
• determine, based on the at least one identified-reference case, a diagnosis of the target tissue;
• generate a diagnostic map of the target tissue based on the at least one image and a set of one or more measurements of the at least one reference case;
• and
• send the diagnostic map and the diagnosis to a computing device.

A surgical robot for analyzing target tissue, the surgical robot configured to:

• receive, from a tissue mapping device, at least one image of the target tissue of a first patient and at least two wavelength-based measurements of the target tissue, wherein the tissue mapping device comprises a hybrid imaging component;
• identify at least one reference case based on the at least two wavelength-based measurements, wherein the at least one reference case is associated with a second patient different from the first patient;
• determine, based on the at least one identified-reference case, a diagnosis of the target tissue;
• generate a diagnostic map of the target tissue based on the at least one image and a set of one or more measurements of the at least one reference case;
• and
• send the diagnostic map and the diagnosis to a computing device.