Introduction
Personalized medicine has emerged as a favorable healthcare approach in the last few years. The ultimate aim of personalized medicine is to provide specialized treatment to patients based on unique lifestyles, genetics, and specific health needs. To succeed in personalized medicine, we have seen medical professionals use devices like ECG machines and IVD play as they help in early diagnosis, real-time monitoring, and targeted therapies. These medical devices collect essential data, analyze information, and deliver personalized medicine.
This blog explores how medical devices are becoming useful for patient compliance in areas like precision diagnostics, real-time monitoring, targeted therapy, and enhanced patient experience by personalizing medicines.
Precision diagnostics
Accurate diagnostics are the fundamental feature of personalized medicine, and all therapies start after the diagnosis.
Medical devices like genetic testing kits and Wellnest 12L ECG machines have significantly enhanced our ability to predict and diagnose any disease and help us understand its future consequences. For example, genetic testing kits can inspect a person’s DNA and identify crucial genetic variations associated with different conditions. This information helps healthcare professionals customize treatment plans and select the most effective medications for an individual’s genetic profile, avoiding unnecessary trial and error.
Real-time monitoring
Medical devices are designed in such a way that helps put a continuous eye on the patient and collect the data, which will help health practitioners record vital signals. It also helps in medical adherence so that doctors are assured that their patients will stick to the medicine.
There are further multiple vital aspects of real-time monitoring in medical devices:
Cloud Data Storage.
With the help of medical devices, doctors can store patient data in the cloud, eliminating paper usage and providing doctors easy access to data that can be referred to in the future. It also allows them to identify patterns and trends.
Remote patient monitoring.
Doctors can monitor vitals such as blood oxygen, temperature, pulse rate, heart rate, blood pressure, and even electrocardiogram to guide & coordinate during surgery from a different location.
Alarm and Alert system.
If any complication is recorded by the medical device, it instantly alarms the doctor that the patient might need any kind of urgent action so that fatality or disability will be eliminated.
Data Transmission.
Medical devices can share data so that patients can share valuable information with their doctors.
Therapeutic devices
New technologies capable of controlled release are emerging, which help in targeted therapies. Few implants and inserts can even be used when long-term treatment is required. It helps maintain the effective drug concentration in the blood or at the targeted site. To achieve the same, doctors use multiple novel drug delivery devices.
For example, There is an antibiotic-releasing polymeric implant that helps in the reduction of inflammation when it is inserted into the joints.
Enhanced Patient Engagement
Medical devices are crucial in increasing patient engagement by allowing patients to manage their health and wellness actively. Patient engagement refers to how the patient is involved and collaborates with healthcare professionals to make health-related decisions.
Healthcare organizations also use patient service centers for better patient engagement through calls and text support.
Example: For creating a seamless patient experience that improves adherence and outcome, IQVIA is combining patient insight, behavioral sciences, and deployed clinical expertise.
Conclusion
The progress of personalized medicine is being propelled by medical devices that customize treatments based on individual requirements and choices, leading to better patient outcomes and overall healthcare effectiveness. Advanced technologies such as genetic testing kits, Wellnest Tech's ECG machines, and other medical devices are crucial to this success. These devices are transforming patient care by utilizing precision diagnostics, monitoring targeted therapies in real-time, and encouraging patient involvement.