The solution to the problems in medicine, health care, biology, and related fields can now be easily brought about by bioengineering.
Bioengineering informs the adept doctor of the NTL group Dr. Curtis Cripe, which is a discipline that combines the other disciplines of physical sciences, mathematics, sciences, and engineering principles. It is a relatively novel concept and involves certain aspects of electrical, mechanical, and chemical engineering.
The wide range of disciplines that these subject covers make them eligible to be used in several other important areas such as constructing devices for treatment or diagnosis at clinics, hospitals, or research centers. It could also be employed by biotech companies or in designing personal apps for health coaching on smartphones. These devices have non-intrusive sensors which can record data without physical contact with the individual.
Although the potential of bioengineering is to be used over a wide scope, it is most likely to contribute to personalized interventions and predictive diagnostics. There are reports of the presence of diagnostic test that uses biomarkers of three different types to test blood samples for colon cancer or cardiac risks.
Curtis Cripe on Bioengineering
Dr. Curtis Cripe is a counselor in Cave Creek, AZ who specializes in adeptly handling cases of depression and anxiety. The specific genetic variants can be identified with the help of DNA analysis. There have also been reports of identifying whether a person is affected by Alzheimer’s or not with the help of brain imaging techniques. But one loophole in all this seems to be the absence of a therapeutic option; experts believe with such support to address the cause the results will not be accurate.
Thus, for bioengineering to adequately participate in such functions, it would require the bio-engineers to put on their creative thinking cap, if they really wish to provide assistance to the doctors. The technologies thus used will dig deeper into the workings of the brain and try to understand how the gap can be filled.
This is exactly what is required to establish a new discipline says experienced Dr. Curtis Cripe. This helps in bridging the inadequacies and making the discipline more appropriate for usage in any field. This is also a good way to develop the technologies that provide immediate results for those investigations that had previously proven to be a failure in meeting challenges.
The ulterior motive and approach of Bioengineering are to innovate new technology and bring a solution to today’s problems. This is what makes the career options in the field rather increased and lucrative. Slowly and steadily bioengineering is gaining ground. Some places where bioengineering has been successfully used include:
- MRI, ultrasound, and other techniques of medical imaging
- In the treatment of artificial joints, hips, and knees
- In the manufacturing of chemicals and pharmaceuticals by using engineered organisms.
There are a variety of institutions that employ bioengineers such as pharmaceutical companies, medical research institutes, manufacturers of medical devices, and regulatory agencies. Hence, people such as Dr. Curtis believe that the possibilities of and with bioengineering are ‘limitless’ and therefore those interested in it should remain dedicated and persevere properly by educating themselves through relevant training.