If you are accidentally disclosing Patient information, also known as PHI, you are causing a data breach for your healthcare organization. Any data breach requires several processes to be followed for breach notification, as per the HIPAA Breach Notification Rule.
PHI stands for Protected Health Information.
The HIPAA Privacy Rule defines PHI as individually identifiable health information that is transmitted or maintained in any form or medium that includes electronic, oral or paper by a covered entity or its business associates. The Privacy Rule gives patients an array of rights with respect to that information. Privacy Rule is balanced so it permits the disclosure of personal health information needed for patient care.
The below specific patient Identifiers are considered PHI. When these identifiers are included in any electronic media, it is referred to as ePHI:
Let’s consider some examples:
A nurse has access to the computer which is attached to the wall in the exam room. She enters all the patient information and reason for the visit. She then leaves the exam room with the computer unlocked, as doctor will see the patient momentarily.
OR
A nurse carrying a Tablet or Laptop to take the patient vitals. She enters all the results on the mobile device and asks the patient to wait for the Doctor. She closes the door and the patient is alone with the unlocked mobile device, until the doctor shows up.
While both incidents appear well intended, the truth is that in both scenarios, while seemingly unintentional, there is a violation of HIPAA law. The patient could gain access to the computer or mobile device. Such infractions come with serious consequences. This can lead to disciplinary action against the employee(s) or the practice involved.
Lost or stolen unencrypted USB flash drives could be considered accidental & unintentional HIPAA violations as nobody intended for the USB flash drives to be lost or stolen. However, the loss or theft could have been reasonably foreseen and potential breaches of ePHI avoided by encryption and secure storage.