Technology is quickly developing. In the medical field, it is no different, with recent developments taking shape incorporated in the treatment of infectious and other life-threatening illnesses. Many scientists have had significant discoveries and inventions in the medical field. Many of the recent advancements need to be used to get to deliver exceptional results to patients. Let us go over some of the technological advancements that have been instrumental in treating infectious diseases and cancer.
CRISPR
It is the most progressive gene-editing technology that explores the body's natural cells and removes the DNA-infected strands. Cutting of DNA is involved. It uses gene editing to alter the genes that cause ailments in the body, such as cancer and HIV. The recent development is helpful but has its fair share of challenges. It is the first-generation tool and individuals have not understood full capabilities.
Nanotechnology
Nanotechnology is the use of technology that operates on the atomic molecule. The main application of this technology is the target of individual cells. Especially in cancer cells, technology has been tried during this year to test out drug delivery to tumors. Nanotechnology is beneficial in imaging, diagnosing our medical procedures deemed crucial in treating none infectious illnesses. Many investors have taken an interest in the medical sector of the stock market and, in particular, INO earnings.
Artificial intelligence
It includes the employment of robotics to diagnose illnesses and treat diseases—artificial intelligence in detecting tumors that are not seen with the naked eye. Many research institutions are teaming up with technological giants to produce cognitive computer systems to have tailor-made treatment for cancer patients.
Telehealth
With the progression of technology, most customers prefer online transactions. Telemedicine is the aspect of patients seeking virtual services in the treatment of diseases. Telehealth has recently taken shape post-pandemic. Many patients use their digital devices to log in to particular health sites and speak virtually with medical practitioners. This kind of advancement is particularly useful in the treatment and management of chronic illnesses. It provides a convenient, cost-effective method of receiving diagnoses and medical advice to manage their conditions.
Precision medicine
Precision medicine is particularly personal in the treatment of illnesses. It allows physicians to select suitable therapies and medications to treat cancer. It approaches to treat an individual’s genetic make-up. This kind of technology attacks the tumor mutating the gene to make it more easily destroyed by the cancer medicine addition. Precision medicine is used in the treatment of arthritis as it employs the concept of attacking the gene to weaken it and reduce the symptoms on the joint.
3D printing
3D printers are instrumental in creating joints and implants to be used in surgery. The 3D printed prosthetics are quickly becoming popular because of their precise measurements to allow comfort and agility for patients. 3D printing is resourceful in printing medicine and the timing and monitoring of multiple medications.
Tricorders
Tricorders are palm devices useful in monitoring vital signs and at the same monitoring the simple diagnosis. The patients can use the tricorders from the comfort of their homes using the technology to diagnose different illnesses, including stroke, pneumonia, diabetes, and many more diseases.
The CAR-T cell therapy
This therapy involves taking the T cell from a patient and genetically engineering them to target a specific cancer antigen. The clinical trials have shown impressive results in patients. This technology is available in treating rare cases of blood cancer. Scientists are on the move to modify the technology to create new. CAR-T treatment to help in the treatment of other types of cancers.
Personalizing cancer vaccines
Cancer is an illness caused by the mutation of normal cells, which causes the development of tumors. Cancer varies from different individuals. With this in mind, most researchers have developed therapeutic vaccines made explicitly for each cancer patient.
Augmented reality and virtual reality
Virtual reality is helpful in the treatment of complex limb injuries. The augmented reality glasses are instrumental in the theatre where surgeons implement wearables to monitor the inside of a patient's body. It encompasses uses of minimal invasion surgery.
Technology and medicine go hand in hand. With the paradigm shift in technology, we are bound to see more developments in the health sector. All these developments bring wellness to patients. Embracing technology will change the future of medicine.
