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Medical Tech: Boon or Bane

is medical tech good or bad

My health-conscious and tech-savvy friend’s home is inundated with various technologies such as exercise equipment, massagers, and gadgets that measure body parameters like weight, blood sugar, blood pressure, heart rate, and so on. These devices have gained popularity as they allow people to check these parameters at home for free, which is convenient. However, there are worries regarding the excessive use of these gadgets. Unfortunately, in my friend’s case, this excessive monitoring has led to increased anxiety, unnecessary doctor visits and medications, resulting in a waste of time, energy, and money.

While I may not be an ardent fitness enthusiast, I do enjoy playing sports. Often, you will find me engrossed in either coding or engaging in sporting activities. Recently, a friend of mine presented me with a smartwatch. Although this device has proven invaluable with its abundance of reports and analytics, it has also induced a slight sense of unease within me. I find myself contemplating the profound impact of medical technology on our lives, contemplating its dual nature of both positive advancements and potential drawbacks.

Business & Money

Keenly observing the desires of consumers, individuals often venture into businesses that cater to the vulnerabilities or needs prevalent in society. Within the market landscape, certain products are influenced and driven by the ever-changing tides of fashion trends. Notably, wearable devices have witnessed a surge in popularity as people seek ways to monitor and manage their health and fitness data. Among these, smartwatches reign supreme as one of the most sought-after types of wearables, offering a diversity verse array of features to track and record vital statistics pertaining to one’s well-being. 

Notably, industry projections anticipate a robust compound annual growth rate (CAGR) of 12.8% for smartwatches and 13.7% for fitness watches from 2019 to 2025, signaling a promising trajectory for these devices in the market.

During the COVID-19 pandemic, medical enterprises experienced significant financial gains. Nonetheless, the use of certain medications has unveiled potential adverse effects. Many individuals have purchased oximeters for home use, although doubts persist regarding the accuracy of the readings they provide. As conversations swirled with myriad possibilities and concerns, a sense of anxiety imbued, causing us to feel ensnared in the grip of these circumstances.

In an ideal scenario, well-managed hospitals equipped with state-of-the-art machinery and instruments would ideally drive down treatment costs by automating processes and alleviating the burden on doctors. However, the reality deviates from this expectation. In actuality, hospitals boasting advanced equipment and instruments tend to incur higher expenses compared to their counterparts.

In various regions, you may encounter interconnected chains or groups of healthcare providers who place their business interests before the delivery of suitable patient care. Regrettably, these entities might propose unnecessary tests, endorse costly medications, and prolong hospital stays or ICU admissions, all motivated by financial gains. It is customary for us to instinctively place our trust in these medical establishments, inadvertently overlooking the subtle cues and messages our own bodies endeavor to convey.

Prevention & Cure

Despite the potential drawbacks that may arise, we can’t imagine life without this advanced technology in the medical field. However, amidst these developments lies a ray of positivity and  – it is nothing short of a miracle! From the humble foundations of basic equipment to the extraordinary heights attained by cutting-edge devices, the relentless march of technology within the medical domain instills within us a sense of admiration and gratification.

Technology has brought about a remarkable reduction in human labor while significantly enhancing productivity. This equipment serves not only doctors and researchers but also empowers patients. By delegating certain tasks to patients, the burden on experts has been lightened. They can now eliminate repetitive and quantifiable tasks, allow them to redirect their focus on areas that require human intervention.

The integration of artificial intelligence (AI) and machine learning (ML)  has brought profound advantages to the world of medicine. AI’s impact on diagnosis, decision-making, and healthcare operations has been momentous. It assumes a pivotal role in analyzing reports, predicting disease progression, and interpreting medical imaging modalities like CT scans, X-rays, and MRI scans, all of which stand as remarkable achievements in the field of medical technology.

Furthermore, AI aids in analyzing patients’ data, including various tests, medical histories, and prior treatments, thereby facilitating personalized treatment approaches. It contributes to early diagnosis, minimizing errors in both diagnosis and treatment and recommending relevant tests while discouraging unnecessary ones. Consequently, valuable resources in terms of time, money, and effort are conserved, while the likelihood of patients receiving timely and potentially life-saving interventions is significantly enhanced.

Electronic Health Records (EHR) play a crucial role in the realm of medical technology. This innovative system digitizes and centralizes patients’ data, making it readily available to healthcare providers. EHRs comprehensively document patients’ medical history, encompassing crucial details about illnesses, allergies, treatments, prescriptions, and other pertinent health-related information. This invaluable feature expedites timely decision-making and contributes to a reduction in treatment errors.

Furthermore, EHRs serve as a vital tool in population health management. The wealth of data housed within EHRs hold immense value for research endeavors, enabling the identification of patterns, analysis of treatments, and the quest for continuous improvement in treatments, among a myriad of other applications.

In a significant breakthrough, the FDA has granted approval to a pioneering medication integrated with a digital ingestion tracking system. This cutting-edge smart pill revolutionizes medical technology by enabling the monitoring of multiple physiological parameters, marking a remarkable milestone in the field of healthcare.

Doctors now extend their expertise through virtual therapies that include remote communication and the utilization of applications to streamline collaboration between medical practitioners and individuals seeking healthcare. By means of these digital platforms, doctors and patients can effortlessly exchange essential data, including diagnostic reports, prescriptions, and other relevant information. This virtual approach empowers healthcare professionals to deliver medical guidance and treatment from afar, guaranteeing the uninterrupted flow of care in instances where physical proximity proves unfeasible.

Given the escalating population of individuals affected by diabetes, it has become crucial for people to independently monitor their blood sugar levels and effectively manage the ailment. Fortunately, a diverse range of equipment and wearable devices exist, empowering individuals to measure various parameters associated with diabetes. These innovative tools equip individuals with the ability to take proactive measures in addressing their condition and ensuring timely intervention.

Additionally, a vast array of groundbreaking medical advancements is at our disposal, including pioneering approaches to cancer detection, organ preservation methodologies, bioprinting technologies, and the revolutionary field of Whole Slide Imaging (WSI), to name just a few. The catalog of these transformative innovations is expansive and continues to expand unabated.


We have witnessed both the favorable and unfavorable aspects of MediTech. The question of whether it is beneficial or detrimental is subjective and depends upon the unique perspective of each individual and the underlying intentions behind the innovation.

This gives rise to a crucial contemplation: Are we effectively harnessing the genuine potential of technology to enhance our existence, or are we inadvertently utilizing it as a tool for exploitation? Do knowledge and technology truly empower us, or do they inadvertently foster laziness and apprehension?

The purpose behind innovation and production holds great significance across all domains. Particularly in the medical field, it is vital to maintain a patient-centric approach rather than prioritizing the interests of experts or businesses. The ultimate goal should be to improve patient care and well-being, ensuring that advancements serve their needs and aspirations.