Explain the ethical and bioethical considerations associated with the storage of scientific information that may be made available to a third party, e.g., healthcare records

Explain the ethical and bioethical considerations associated with the storage of scientific information that may be made available to a third party, e.g., healthcare records

Privacy and confidentiality

Privacy is defined as the right of an individual to prevent personal information from being accessed by unauthorized individuals. Storage of scientific information should only be shared with others with those permitted by law. Information obtained following assessment can be considered confidential and should therefore be kept private. The key to maintaining secrecy is limiting access to information to only authorized people. The first step is to authorize users. Predefined role-based privileges determine the user’s access (Rafique & Khan, 2018). The administrator issues usernames and passwords after identifying the user and determining the level of information to be shared. The user should be informed that they will be held responsible for how the data they view is used and misused. They have access to the data they require to fulfill their duties. As a result, one of the most critical aspects of medical record security is assigning user privileges (Clark et al., 2019). Controlling access to information is crucial, but it isn’t enough to guarantee the information’s secrecy. Additional security measures, such as strict privacy and security policies, are required to protect information.

Security breaches

When private information is made available to outsiders without the individual’s agreement or authorization, security breaches threaten their privacy. Encryption refers to the process of encrypting data in such a way that only authorized parties may read it. It is usually accomplished with the assistance of an encryption system, which defines how the data should be deciphered. Cloud storage, password protection, and encryption can be used to make portable Electronic health records more secure. Employees misplacing or having their phones stolen is quite a common occurrence. Encrypting mobile phones that convey confidential information should be prioritized (Clark et al., 2019). A two-factor authentication system that includes security tokens and a password can assist secure data storage systems.

Security precautions such as firewalls and intrusion prevention software must be used to safeguard data integrity. With that, employees should follow basis security protocols such as not sharing their IDs and ensuring that they log out after using a system.

System implementation

During adopting an electronic record-keeping system, laboratory organizations face significant problems. System design, its implementation, and maintenance procedures require resources and the collaboration of a multi-disciplinary team. Many adoption efforts fail because they overlook the need to have one or more practitioners serve as opinion leaders. With that, researchers have the responsibility of aiding their colleagues in understanding their roles in the implementation phase and the scope of their tasks (Rafique & Khan, 2018).   Users are likely to experience challenges unless a standard approach to performing tasks is put in place. Before choosing an electronic record-keeping system, institutions should outline and standardize their workflows (Ahmad et al., 2020). An interface is established when multiple systems are interlinked. The user interface allows the used to interact with the backend computer system. A user-friendly interface is essential to success of system. Interfaces that not user-friendly are often the result of insufficient systemic analysis of user needs and tasks to be performed. Unintended negative consequences of a poorly designed user interface include reduced efficiency and poor quality work.   Incompetently designed user interfaces do not match users’ needs, and therefore resulting in user dissatisfaction.

Data inaccuracies

Integrity of data necessitates that the data is accurate and is in its original form. Electronic record-keeping systems help to improve scientific information safety by minimizing errors. However, questions about the accuracy and dependability of data submitted into the electronic record have been raised (Ahmad et al., 2020). Improper usage of choices like “cut and paste” results in inaccurate representations of scientific information. The drop-down menu and the disposal of pertinent information in the trash are two additional features that compromise data integrity. Such menus limit the options available to the practitioner, who may make a mistake in a hurry, resulting in serious mistakes. Data loss may occur during data transfer, generating concerns about the accuracy of the database.