José Ricardo said:Biomedical engineering → https://collegegrad.com/careers/biomedical-engineers
I'm familiar with biomedical engineering. The term "biohacking" seems ill-defined to me. Can you post links about that?José Ricardo said:I edited my post, @berkeman .
berkeman said:I'm familiar with biomedical engineering. The term "biohacking" seems ill-defined to me. Can you post links about that?
According to the link, "biohacking" is a nickname given to illegal genetic engineering.José Ricardo said:He is biochemical. But I don't know if a biomedical engineer move with Biohacking.
Defining biohacking: It's basically modifying your genes through a especial syringe, like that it's shown on the report.
Biomedical engineering is a field of study that combines the principles of engineering and medicine to develop solutions and technologies for healthcare. This includes designing, developing, and testing medical equipment, devices, and procedures.
Biohacking is the practice of using biology, technology, or a combination of both to enhance or modify the human body for health, performance, or other purposes. It can involve activities such as tracking and analyzing biological data, experimenting with supplements or diets, or using technology to augment the body's abilities.
Biomedical engineering can be seen as a more formal and regulated form of biohacking. While biohackers may experiment on their own bodies, biomedical engineers use their expertise and knowledge to develop safe and effective technologies and procedures for medical use.
Some examples of biohacking in biomedical engineering include the development of prosthetics, genetic engineering for medical purposes, and the use of technology to enhance medical imaging or drug delivery. Other examples include the use of wearables and sensors to track and monitor health and the development of new medical treatments and therapies using technology.
The potential benefits of biohacking in biomedical engineering include improved healthcare outcomes, increased accessibility to medical treatments, and advancements in medical technology. However, there are also potential risks, such as ethical concerns, safety issues, and the potential for misuse or abuse of technology. It is important for biomedical engineers to consider these factors and prioritize the well-being of patients and the public when developing biohacking technologies.