Healthcare professional Himachal Mukhopadhyay reviews emerging medical technology to determine its usefulness in practices around the world. Following trends in the media, he helps readers understand how artificial intelligence can be applied to healthcare and how it can expedite and strengthen the delivery of services of medical practitioners everywhere.
Himachal Mukhopadhyay has over two decades of healthcare experience to his name, and he’s witnessed the growth and implementation of a range of technologies in the medical field. He’s served as a strategic advisor on best medical practices, and he’s a big believer in improved technology for optimized healthcare delivery.
“Our scientific understanding of certain illnesses like cancer or health factors like diet is growing at an exponential rate, but so is our relationship with technology,” says Himachal Mukhopadhyay. “Newer, better tools help healthcare professionals provide total solutions with lower impact on the patient, and technology such as artificial intelligence is changing how doctor offices and hospitals interpret and organize data.”
When people hear the term artificial intelligence (AI), they tend to rely on Hollywood depictions that spell disaster for humans. Instead, AI is a highly-specialized tool that can be implemented in a range of medical applications to enhance the overall process for both patients and practitioners.
Advances in AI are proving especially useful in fields like diagnostics where new algorithms and programs can search through and return information from huge sets of data. These tasks were reserved for office staff in the past, but newer and better AI interfaces can help us categorize data faster than ever and learn from bulk sets of information. This enhances many facets such as improved medical records, faster biometric and vital processing, quicker access to genetic information and more.
The fast thinking of AI saves time across the board and allows physicians and medical professionals to spend more time with patients and less time searching for information. Because of their ability to learn, certain AI programs can offer specific treatment advice after reviewing bulk sets of data from medical records.
“Through AI, computer systems can get to know patients and return anything from their documents that may be helpful in current diagnosis or treatment,” says Himachal Mukhopadhyay. “These systems can go through countless data sets and provide speedy query results for patient information like Google.”
In addition, artificial intelligence is being used as a bedside companion to certain patients (such as in remote patient monitoring technology) where it can record vitals and make suggestions beyond reminding them to take medications. It can act as an in-home nurse and provide direct links to medical information or assistance, freeing up time for medical professionals in physical offices.
“Artificial intelligence is revolutionizing medical delivery and patient record keeping, which is helping free up doctor’s schedules to spend more time with the patients that need immediate attention,” says Himachal Mukhopadhyay. “And we’ve only scratched the surface on what this technology is capable of.”
To ensure he delivers optimized care, healthcare professional Himachal Mukhopadhyay stays current with medical tech trends and new industry advances. He shares with readers below why some healthcare professionals are leery about tech advances like cloud-based computing as well as what benefits it can provide.
With over two decades’ experience in the healthcare industry, Himachal Mukhopadhyay has taken on a number of professional roles where he’s demonstrated strong leadership and campaigned for upgrades in medical technology. He’s become an expert on emerging healthcare trends and acts as a strategic advisor to his peers in the industry.
Himachal Mukhopadhyay welcomes new technologies as they often solve many of the core obstacles preventing medical professionals from delivering the best care to all their patients. Going beyond typical upgrades that provide a small benefit, he believes elements such as artificial intelligence, sophisticated software, and advances like cloud-based technology will be the game-changers.
“Upgrading to these technologies help healthcare professionals deliver faster, more specialized and tailored care to their patients,” says Himachal Mukhopadhyay. “The technologies come with their challenges and concerns, but with proper regulations and vigilance from the medical community, there’s too much to be accomplished to let old fears hold us back from implementing these changes.”
When doctors and medical professionals discovered computers, they quickly learned they could store and access data at an unprecedented rate and leave behind stacks of paper documents. The same concerns that faced computers then––fear of accessibility and worry over data security––are facing tech advances like cloud storage today.
Cloud computing is the practice of using a network of remote internet servers to store, manage, and process data, rather than using a local server or a personal computer. The benefits are tremendous: data can be saved and shared nearly-instantaneously with professionals as far as the other side of the world. It further eliminates the need for paper documents and even makes many of today’s computer systems obsolete.
The fear of data security and accessibility is still a concern with many, but a lot of healthcare CIOs have recently begun to warm up to the idea of using cloud computing in more offices. Some of them see the concerns over the cloud as acceptable risks when compared with the solutions and benefits they’re gaining through the technology.
“Those in the medical field are more likely to adopt technology like cloud computing when they understand that it’s only an extension of their current internal infrastructure, enhancing their delivery processes across the board,” says Himachal Mukhopadhyay.
Because the healthcare sector is under pressure to operate more efficiently in real-time, cloud computing will help solve daily obstacles by providing easy access to data in multiple locations. With faster data transfer, storage, and accessibility comes optimized healthcare that allows doctors to spend more time with the patients that need care the most.
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Healthcare professional Himachal Mukhopadhyay is always on the hunt for ways to optimize patient care delivery. He encourages doctors and other healthcare professionals to look beyond data obtained from wearable tech and instead gain critical insights from patient claims.
Himachal Mukhopadhyay regularly upgrades to newer and more accurate tools in-office to meet patients’ changing and diverse needs. He acknowledges the good work consumer technology has had on patient health (produced by companies like Fitbit and Apple), as it gives them a snapshot into their cardio activity and general health standing. However, he warns against relying on the data generated by these devices when making predictions for patients.
“Wearable tech that monitors things like heart rate, steps, and sleeping patterns help patients take control of their health in certain aspects, especially their activity levels,” says Himachal Mukhopadhyay. “The data that comes from these devices is good data, but it only scratches the surface of each patient’s health and shouldn’t be used to predict future health complications.”
In America, heart disease is one of the major afflictions killing people who haven’t reached old age. Obesity is another tremendous issue, and it certainly has an influence on the number of people who are diagnosed with cardiovascular concerns. Himachal Mukhopadhyay admits that wearable tech that tracks certain health components have made it a lot easier for people to tackle obesity and heart health. However, he notes that the diagnostics obtained from their reports don’t factor in elements like family health history and often miss risks hiding in plain sight.
“Using health insurance claims to obtain administrative data is especially useful in addressing issues like cost, quality, and the potential for major health concerns,” says Himachal Mukhopadhyay. “Because the healthcare industry is so data intensive, we have a whole history lesson on each patient to help us improve their standing and prevent complications.”
When patients visit doctors, specialists, or any clinical office, their information is routinely collected. This can mean data from treatments, payments, billed statements, prescriptions and other electronic health records. Using these records, health professionals can take an in-depth look at their health standing (down to specific illnesses or symptoms) across their entire life.
This medical history will also note the physicians and offices that have assisted the patient in the past and fleshes out the context of their health standing for years or decades. Data obtained from wearable tech can’t compete, since it only provides tiny windows of information that cover only topical health indicators. Claims records are essential tools in understanding patient health and being able to predict and prevent health concerns in the future.
“Large sets of data from healthcare claims can help us build a powerful health model on each patient, which helps us spot emerging conditions before they become dangerous and intervene to stop issues from arising in the first place,” says Himachal Mukhopadhyay.
Himachal Mukhopadhyay is a healthcare professional who regularly invests in advancements in medical tech to consistently provide his patients with the most comprehensive and effective care. Below, he discusses improvements in the growing remote patient monitoring industry that will revolutionize healthcare delivery.
Having spent decades in the medical field, Himachal Mukhopadhyay has seen how advances in technology can optimize care for all patients. Thanks to recent improvements in medical delivery, people live approximately two decades longer than they did just over half a century ago.1 One of the latest advances in medical tech, remote patient monitoring, proves to have promising outcomes for healthcare in general.
“Remote patient monitoring can expedite care and has the potential to cut down the number of required patient visits, which will cut down the cost of care overall,” says Himachal Mukhopadhyay. “I have faith that this technology will improve care and connect patients and physicians in never-before-seen ways.”
With improved tech advances in the medical industry, such as remote patient monitoring, doctors can more accurately understand patients’ needs and provide tailored solutions faster. The technology accompanies patients home and monitors their health in various ways, sending reports back to physicians throughout each day. This, in turn, improves healthcare delivery as it gives speedy access to overviews of patients’ health so they can suggest updated solutions in real-time.
Through remote patient monitoring, physicians can diagnose and treat medical concerns earlier on and get an accurate overview of their health standing many times each day. In addition, updates in the technology now allow physicians and patients to leverage alternative communication channels that free up physicians’ schedules to spend more time with those in need of immediate care.
Certain remote patient monitoring devices come with video chat features, which eliminates the need for frequent in-office visits. Physicians receive updated health reports on their patients throughout the day, allowing them to perform “checkups” from afar. When there’s a need to communicate with a patient, a quick video chat puts doctors face-to-face without patients having to be physically present in clinical settings.
Sending and Receiving Alerts
“When doctors need to get in touch with patients or when there is an immediate health concern, physicians can convey that with simple alerts right to a remote device,” says Himachal Mukhopadhyay.
Physicians can send alerts to patients from their offices, and patients can also receive automatic alerts if something concerning appears in their reports.
Automatic Data Transfer
The information collected by remote patient monitoring devices is electronically sent back to physician offices where they are stored indefinitely. This cuts down on the time that doctors have to spend on paperwork and provides a continual timeline of data on patient health.
“Remote monitoring allows us to connect more quickly with our patients and trims down the amount of appearances patients make in offices, freeing up time and expediting the entire healthcare delivery process,” says Himachal Mukhopadhyay.
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Healthcare professional Himachal Mukhopadhyay keeps up to date with medical trends and new technologies, giving readers an inside perspective to the turbulent world of healthcare. Below, he helps readers understand how the internet is influencing major changes in healthcare and what providers must do to stay current.
Himachal Mukhopadhyay remembers a time when the internet was just in its infancy stage and didn’t hold much sway over people when it came to choosing healthcare providers. Today, however, people use the internet to determine which restaurant they want to eat at, which product they should buy or avoid, and what other people think in general.
The internet has also had a huge impact on the way people interact with their healthcare providers, and it can mean the difference between bankruptcy and being an industry-leader for physicians.
“Both physician offices and patients now use the internet in various ways during the healthcare process,” says Himachal Mukhopadhyay. “Many offices are employing online interfaces to connect with their patients, and many patients use a range of online tools to determine which office or provider is the right choice for them.”
Across the board, online scheduling seems to be one of the most attractive features for healthcare offices. Instead of waiting weeks for an appointment, online scheduling allows patients to book or cancel an appointment at any time without them having to hang around for hours in the waiting room.
In addition, offices can use the internet to remind their patients about appointments or checkups, alert patients of test results, and monitor those patients with severe illnesses from afar.
“The internet is beginning to change how patients and providers interact on all levels,” says Himachal Mukhopadhyay. “With its speedy communication, the internet is eliminating the need for patients to drive over and talk with receptionists or make calls to determine scheduling and procedures.”
A great majority of people begin their hunt for a healthcare provider by performing quick Google searches and will be influenced by whether offices have a strong online presence or not. To keep up, providers must create relevant, resourceful content and fine-tune the user experience of their websites.
While referrals are still a valid way of finding a physician, most people will still look to online reviews of doctors and their offices before ever calling or scheduling an appointment. These online reviews can mean all the difference to practices; they directly influence credibility and authority and help patients validate their physician choices. This is why practices must take care that their online presence is in the best state it can be and that they encourage patients to leave positive reviews of their offices.
“The internet is here to stay, and all medical practices will have to up their online game to attract and retain patients long-term,” says Himachal Mukhopadhyay.
Himachal Mukhopadhyay has spent decades keeping current with advances in technology and medicine to provide the highest quality healthcare and educate patients on growing trends. Here, he discusses the rise in both aging population and cost of healthcare, and how the industry will have to adjust to compensate.
As medicine and technology continue to develop and improve, Himachal Mukhopadhyay wonders how the future of healthcare will cope with people living into their 100s or 150s. Already, medicine is allowing many patients to either surpass their illnesses or learn to cope and live with symptoms. This is having a broad-reaching effect on the total healthcare industry and will continue to do so for decades or generations to come.
“Technological growth has been exponential in the past two decades––thanks in part to the large sums of money being poured into the healthcare industry to provide more effective treatments,” says Himachal Mukhopadhyay. “As a result, people are living longer and will need more specialized healthcare to continue living.”
Because there’s such a steep rise in the international aging population, healthcare costs are climbing higher and healthcare systems are reevaluating quality management to meet new needs. However, because the cost of healthcare is going up, it also negatively affects the performance of healthcare providers in developing or underdeveloped countries.
“The number of people aged 65 and older is expected to double by the year 2050, which means our healthcare industry must quickly grow to accommodate new common health threats,” says Himachal Mukhopadhyay.
The World Health Organization (WHO) notes that the rapid increase in the number of elderly patients worldwide is attributed to modern medicine defeating the leading causes of death. More often, death was due to infections or chronic noncommunicable diseases that today’s medicine and vaccines can now treat. As healthcare professionals learn to defeat things like congestive heart failure, dementia, and cancer, the elderly population becomes more susceptible to things like injuries from falls and health threats associated with obesity (because of lowered metabolism).
One of the major new concerns that doctors are uncovering is the prevalence of disabilities as life expectancy increases. Modern medicine slows down the progression of diseases so that many people can live alongside their symptoms. However, chronic diseases evolving into common disabilities means they will be more widespread, and the healthcare industry will have to come up with new solutions to help patients sustain a happy life.
“Defeating diseases is a wonderful thing and allows so many people to live truly happier lives,” says Himachal Mukhopadhyay. “The problem is, the number of people living with disabilities will ultimately increase as patients live longer, and new challenges arise.”
Already, the healthcare industry is tackling these concerns and aims to provide real sustaining solutions for those living with disabilities in the next couple of decades.
As a healthcare professional, Himachal Mukhopadhyay stays up-to-date with evolving trends in healthcare and the advancing technologies that enhance medical capability.
For decades, Himachal Mukhopadhyay has watched technology develop alongside specialized healthcare solutions to provide patients better and more optimistic results. With advancements across the board, he thinks genetic testing will be our greatest ally in improving patient care even further.
“Genetic testing is becoming much more common, especially with the emerging consumer products that give people access to their genetic health results,” says Himachal Mukhopadhyay. “Overall, genetic testing allows medical professionals to peer inside basic individual genes to determine what illnesses or diseases patients are more susceptible to.”
Genetic testing helps physicians craft better preventative care for diseases and sickness. Regardless if results come back negative or positive for a specific gene mutation, they still give doctors critical insight into patient health. Because of these tests, many individuals gain a sense a relief since the results clarify health uncertainties and help them manage their health more accurately moving forward.
Through genetic tests, patients can rule out the likelihood of certain illnesses and can devote their time spent on checkups and screening tests in a more appropriate direction. Test results help prevent or monitor certain illnesses, which will assist medical professionals create more personalized treatment options.
“Genetic tests have proved to be useful in helping couples make more informed decisions about having babies, too,” says Himachal Mukhopadhyay. “They can enlighten potential parents of the genetics they’re likely to pass onto their kids and can help identify genetic disorders early on so treatment can begin as soon as possible.”
Genetic testing works by collecting a small sample of blood, hair, skin, amniotic fluid, or other tissue and identifying changes in genes, chromosomes, or proteins. After collection, samples are sent off to a laboratory where specialized technicians look for key indicators. They may study short lengths of DNA or single genes to pick up on mutations; they also may analyze chromosomes and long lengths of DNA to identify major genetic changes that could lead to severe health conditions.
Currently, there are hundreds of available genetic tests that can pry into our genetic code and help us understand our specific health standing (and the likelihood that it will be passed onto children) so that we can better take care of ourselves.
“When a person undergoes a genetic test, it’s always best for them to talk with their doctor first to understand the scope and limitations,” says Himachal Mukhopadhyay. “While it’s not an exact blueprint to perfect health, the test will improve each patient’s chances at warding off serious health issues for years to come.”
Himachal Mukhopadhyay stays on top of growing trends in the healthcare industry and shares his decades of insights with readers to help convey how breakthroughs affect them. In addition to AI and robotics taking the industry by storm, he comments on the up-and-coming connectivity that the digital therapeutics industry provides.
When Himachal Mukhopadhyay entered the healthcare industry years ago, consumer technology was only just beginning to blossom. Today, professionals are using consumer and advanced technology together to connect healthcare patients and medical practitioners better than ever. One subset of this advanced use of technology is called digital therapeutics, which is proving to have profound benefits for both sides.
The emerging digital therapeutics industry is largely used to augment (and, in some scenarios, replace) drugs in the treatment of disease and illness. More and more companies are producing hardware and software to help integrate better connections between patients and physicians, with billions of dollars being poured into research and development each year.
“As more distributors and healthcare providers jump on board with digital therapeutics, the opportunities continue expanding,” says Himachal Mukhopadhyay. “This means more device approvals and upgrades in regulatory structures, which in turn make digital therapeutics even more common, widespread, and hopefully affordable.”
In digital therapeutics, technology is leveraged to help patients make changes in behavior, provide medical professionals with real-time insights and diagnostics, and give employers novel tools that more effectively manage beneficiaries’ health. Connected devices act as nurses, remote monitors, and more to help treat diabetes, illnesses, central nervous system disorders and plenty of other conditions.
“With digital therapeutic technology, physicians get updated models on their patients’ health which, combined with existing data, can result in faster and more improved solutions,” says Himachal Mukhopadhyay. “This essential upgrade is helping us make more educated remedies and more specialized solutions in real-time without having to wait for years of trials and research. It’s much more than remote monitoring through smartphones, though that seems to be what most people think of.”
Digital therapeutics is unlike traditional wellness apps or devices that prompt users to take their medications. They require rigorous clinical evidence to substantiate their use and the intended impact they have on patient health. Many times, they come as a preventative measure for patients who may be at risk of developing more harmful conditions. For example, doctors may prescribe diabetes patients with digital therapeutics technology to alter their behavior or diet which, if left unchecked, could lead to a diabetes diagnosis.
A range of devices and software are used in conjunction to monitor at-risk patients and manage their symptoms, helping to avoid major illnesses. Digital therapeutics may employ computers, smartphones, sensors, applications, and various IoT devices to create a stronger connection between patients and healthcare providers.
“We’re only just scratching the surface on how advances in tech can create more personal and specialized care to patients around the world,” says Himachal Mukhopadhyay. “But this is undoubtedly the next big thing in healthcare.”
As a professional in the healthcare industry with decades of experience to his name, Himachal Mukhopadhyay stays on top of new healthcare trends to provide the most up-to-date strategies to his clients. Below, he explains how AI is proving to be a major facet of the healthcare industry now and in the future.
Himachal Mukhopadhyay has assumed roles in Operations, Delivery, Engineering, and Sales/Business Development and more. Today, he serves as a knowledgeable strategic advisor using healthcare trends to advise his clients on best practices.
“The healthcare industry is changing drastically with the advent of new technologies, more powerful computers, and the growing artificial intelligence market,” says Himachal Mukhopadhyay. “AI can be implemented into a range of healthcare applications that enhance the overall process for patients and practitioners alike.”
One such AI advancement is in diagnostics where the technology helps comb through and pick out intricate results from huge sets of data. Humans have learned that AI is highly useful for categorizing data, especially once it has a large data set to work and learn from. This means enhancement for patients’ medical records, for biometric and vital processing, genetics and more. The intuitive thinking on the part of AI can improve diagnostic outcomes and allow physicians to spend more time with patients. AI can even offer treatment advice to doctors after comparing and analyzing countless medical records.
“While medical professionals store endless documentation on all their patients, AI can quickly examine multiple sets to provide accurate query results for whatever’s needed,” says Himachal Mukhopadhyay. “AI can function like a personal Google engine for doctors and their records.”
Today, AI is being paired more frequently with robotics to perform specialized tasks normally reserved for people. Through robotic surgeries, medical professionals can employ smaller, more precise tools to accomplish new feats. With AI, robots learn from past surgeries of the same type and can draw on data to improve their process even further, ultimately benefiting both surgeons and the patients in their care. Within the next ten years, certain predictions estimate that AI and robotics will save the healthcare industry tens of billions of dollars each year.
Artificial intelligence is even being used to record vitals and act as a bedside companion to certain patients. Through their interactions, AI technologies can replicate the responsibilities of nurses by encouraging patients to follow through with their daily routines, remind them to take medication, answer questions and more. Additionally, the technology can be used to streamline the office workflow by processing and digitizing forms and paperwork required from patients, saving assistants and office personnel hours in their day.
“I’m excited to see what the future holds for AI, as it proves to be a handy resource for a number of professions,” says Himachal Mukhopadhyay. “For the medical industry, it will save us time, money, and enhance our interactions with patients.”
Healthcare professional Himachal Mukhopadhyay has studied developing trends of biosimilars for decades. He helps shed light on FDA-approved biosimilar medications and their implications for patients now and in the future.
Himachal Mukhopadhyay has over 20 years in the healthcare industry, where he’s taken on roles in Operations, Delivery, Engineering, and Sales/Business Development. As a leader and strategic advisor, he studies ongoing healthcare trends to provide in-depth research and creative solutions to his clients. Below, he remarks on the recent advancements in biological medicine and the increase of FDA-approved biosimilars, which have major implications for healthcare patients around the world.
“Last year, the number of FDA-approved biosimilars nearly doubled thanks to advancements in technology and research,” says Himachal Mukhopadhyay. “Because of these approvals, patients everywhere can have access to specialized biological treatments at a much lower cost.”
Biological Medicine vs. Conventional Medication
Biological products are advanced scientific discoveries that encompass products like vaccines, gene therapy, blood components, and recombinant therapeutic proteins. Biologics are composed of a range of substances and often include living entities like tissues and cells to deliver effective treatment results where no other treatments may be available.
Conventional medication is largely made up of chemically-synthesized ingredients whose structures are well known after years of study and development. Biological medicine, on the other hand, is made up of complex biological mixtures that implement cutting-edge biomedical research to treat illnesses and conditions. In addition, these medications are more susceptible to damage from heat and microbial contamination. This tends to drive up the cost for healthcare patients as do the patented ingredients, processes, and price of past research.
Biosimilars Offer Nearly-Identical Alternatives
Himachal Mukhopadhyay notes that because biologics are so complex and specialized, they tend to be highly expensive and not a valid option for many patients whose illnesses or conditions could otherwise benefit from them. Biosimilars are copycat formulas of approved biologic medicine. The effectiveness of a biosimilar medication is tested against the effectiveness of the reference product in extensive laboratory and clinical research to determine if it’s a viable option for healthcare patients.
Before a biosimilar can be released for public use, it first must prove that it produces no meaningful differences from the product it imitates in terms of effectiveness and safety. Recently, the FDA has approved more biosimilars than ever, creating generic alternatives for patients around the world.
Biosimilars Mean Cheaper Treatment Options for Many
The biggest benefit of biosimilars for patients is the difference in cost. Patented formulas allow manufacturers to control pricing as they see fit, but biosimilars give competitors and secondary manufacturers the opportunity to provide similar medication at a fraction of the cost (similar to brand name medications and their generic counterparts).
“As the FDA approves more and more biosimilars, healthcare patients can expect to encounter more specialized treatment and care at much more affordable pricing,” says Himachal Mukhopadhyay. “In the future, this will mean greater access to complex medicine for international patients and ultimately a much healthier populace as a result.”