Abstract: A medical information management system and corresponding methods are described for providing access to healthcare records. The system includes a database system comprising healthcare records of a patient, a healthcare workstation coupled to the database system and an authentication system comprising a processor coupled to the database system. The healthcare workstation is located at a treatment facility or point of treatment that is remote to the database system. The authentication system generates an image of a finger of the patient at the point of treatment, and generates from the image an identification number. The authentication system compares the identification number to a stored number corresponding to the patient, and authenticates the patient's identity when the comparison produces a match between the identification number and stored number. Access to the healthcare records is controlled via the healthcare workstation in response to authentication of the patient.

Abstract: A medical information management system and corresponding methods are described for providing access to healthcare records. The system includes a database system comprising healthcare records of a patient, a healthcare workstation coupled to the database system and an authentication system comprising a processor coupled to the database system. The healthcare workstation is located at a treatment facility or point of treatment that is remote to the database system. The authentication system generates an image of a finger of the patient at the point of treatment, and generates from the image an identification number. The authentication system compares the identification number to a stored number corresponding to the patient, and authenticates the patient's identity when the comparison produces a match between the identification number and stored number. Access to the healthcare records is controlled via the healthcare workstation in response to authentication of the patient.

Abstract: Base units operated by various types of healthcare professionals access a remote database of patient medical information secured against unauthorized access by electronic patient tokens and patient biometrics. The tokens themselves may store information as well, such as patient biographical information and emergency medical information. To safeguard patient privacy, the remote database does not store patient biographical information or other personal information identifying the patients.