The
most complicated proof of human intelligence can be found between our ears. And
because it’s a highly complex topic, there are a lot of myths and
misinformation surrounding the brain that people simply dismiss as “facts.”
It may sound alarming at first,
but this is somewhat understandable. After all, neurology or the study of the
human brain is considered one of the least explored areas of science. In fact,
even neurology doctors in St. George and
other places might agree that the knowledge we now have about the brain and how
it functions is only a fraction of the wonders this organ truly possesses.
However, there has been a
tremendous improvement regarding the study of the human brain that most of the
things we have learned about the brain were only discovered in the past 15
years. So, it’s safe to say that the real brain facts haven’t
always been mainstream knowledge after all. For improved awareness, here are
some of those facts:
The brain
can’t feel pain
You’ve probably seen it in movies
and TV shows, so have you ever wondered how surgeons are capable of performing
brain surgeries on patients even when they’re fully awake? Experts explain that
while the brain is known to contain multiple layers of coverings, as well as
blood vessels with pain receptors, the brain on its own contains none. So, when
a person experiences a headache, it’s a common misconception that the pain is
caused by the brain. That is entirely false. The muscles and the skin that
surrounds the brain is capable of feeling pain, though.
The brain
can’t multitask
Our hectic everyday schedule, with
the help of technology, has allowed many of us to become expert multitaskers.
But the truth is, the brain is not capable of acquiring new knowledge or
focusing on two things simultaneously. What it does is switch back and forth
between multiple tasks at a fast speed. Doing this, however, affects your
attention span, short-term memory, learning ability, and overall brain
performance.
The use of
technology causes us to lose skills
It has been discovered that
relying on GPS ruins your innate sense of direction. This is unfortunate,
considering how our ancestors spent thousands of years honing and developing
this particular skill. Once the areas of the brain that are responsible for
navigation are no longer active, those neural connections gradually lose their
functionalities through the process called synaptic pruning.
There are
moments when the brain can’t form memories
As people age, our ability to
remember new things slowly degrades. According to research conducted in the
U.S., this is because the brain is incapable of filtering and getting rid of
old memories, which is the reason it can’t absorb new information. Here’s
another example that’s definitely familiar to many: If you’ve been drinking alcohol
and have no recollection of what you did the previous night, it’s not because
you’ve forgotten about them. It’s because when a person is intoxicated, the
brain is unable to form memories.
These are just some of the brain
facts everyone should be aware of. It’s time to forget about the myths
and start believing the truth about our wonderful brains.
Telehealth has been in practice now for over 40 years, yet in the last 5 years it is seeing considerable growth in all sectors. There are a number of reasons for this, primarily, as the use of the internet and various new technologies are becoming more and more advanced and widespread, this has meant that the cost of using this technology for such purposes has decreased significantly.
Also,
a greater understanding of how best to make use of and implement telehealth has
improved overtime, with new uses for it continually being developed. The
increase of reliance on telehealth has sparked debate between physicians
regarding the pros and cons of its usage, with particular consideration of the
role it plays in medical malpractice.
The benefits of telehealth
One
of the most obvious benefits of telehealth is the newfound ability to provide
healthcare to patients in remote areas who otherwise may struggle to get
access, while also being advantageous for elderly or disabled patients with
mobility or logistical issues.
It
has the potential also to improve patient coverage given a shortage of
physicians in relation to the number of patients in some cases. It also
provides the opportunity for patients with rare conditions to get much needed
medical advice from long distance specialists.
From
a healthcare systems perspective, telehealth has the potential to both decrease costs and improve outcomes, however
this needs to be weighed up against the potential risks involved.
It’s drawbacks
Telehealth
represents a paradigm shift in medical care, changing the way that doctors operate
and deal with their patients, it could be harder for more experienced doctors
to adapt to these new ways of working as they were not trained that way, and
many want to and are used to seeing the patient in their office.
This
technology removes the physician’s ability to see and interact with the patient
face to face. It is natural that physicians will fear their ability to do their
job will be reduced at such a distance plus any technological change also
changes medical malpractice thresholds. It will be down to malpractice expects
such as JJS
Justice, and law courts to determine how telehealth and other new
technologies relate to the acceptable healthcare provision threshold for
patients. Doctors will need to adapt and learn to implement these technologies
within these limits.
Other
issues involve the quality of service that is being provided using this
technology, can patients trust in this? Will they receive a quality of care equivalent
to that of a face to face consultation? It also remains to be determined how
exactly physicians will be reimbursed for their work done through this method.
The potential for medical malpractice
in telehealth
There
is still work to be done to ensure that telemedicine is controlled and
regulated effectively, to maximise its efficacy and minimise the risk of
medical malpractice. The main concerns around the potential for medical
malpractice in telehealth include issues around online prescribing, informed
consent and state licensure.
With
regard to online prescribing, in some cases it may be insufficient to prescribe
medication on the basis of an over the phone consultation or upon review
of a patient questionnaire submitted online. It Is therefore important that
there are crystal clear guidelines and expectations set around when a physical
examination is required.
Laws
around informed consent are different between states, physicians should
therefore be au fait with the requirements on this front for the states where
they are licensed to prescribe medication to patients.
Finally,
physicians should not operate beyond their jurisdiction, a doctor needs to be
licensed in the patient’s home state in order to prescribe them medication. In
fact, most malpractice issues in relation to telemedicine involve unlicensed
activity.
To avoid
malpractice litigations, it is essential that physicians are licenced, have
full knowledge of their duties and responsibilities, receive adequate
training and that they have taken a full and extensive medical history of all
the patients that they prescribe for.
Even though all of us would love to remain fit and healthy, we are bound to fall sick some time or the other. Luckily, modern medicine has advanced significantly and has improved the levels of public health. Whenever you visit a doctor, he or she uses modern methods and technologies to diagnose the problem.
These new methods and technologies have
greatly improved the efficiency and accuracy of the diagnosis made by the
doctors. MRI or Magnetic Resonance Imaging is one such modern technology that
is used for diagnosis. The MRI uses strong magnetic and radio waves to produce
clear and accurate images of the internal organs of the body. These images
which are generated by the MRI can be used to diagnose ailments that are
present in the inner tissues.
What
results can you expect from the MRI test?
Here are a few of the numerous advantages of
Magnetic Resonance Imaging or MRI:
1. Important diagnostic tool
MRI has become an important diagnostic tool in
modern times, and a lot of doctors have started using this technology. MRI
‘doesn’t help in the treatment of an ailment but helps doctors in identifying
it. It is relatively safe to use, and hence, many doctors recommend MRIs
whenever some have pain or discomfort in their tissues. MRI can provide images
of all internal organs and can consequently be used to diagnose a host of
diseases.
2. Non-invasive
One of the reasons why doctors readily
prescribe MRI tests is that it’s completely non-invasive. Since no cuts or incisions
need to be made, the patient is fit to resume a healthy life immediately after
the test. It is an entirely painless procedure. It allows doctors to observe
the deep tissues in patients which cannot be reached easily through invasive
techniques. The use of radio and magnetic waves eliminate the need for the
invasive examination.
3. Cross-sectional images
Before MRI scans, X-ray scans and CT scans
were accessible amongst patients and doctors alike. This technology, however,
was outdated and lacked several aspects which necessitated the entry of MRI
into this field. None of the earlier technologies could produce 3-D
cross-sectional images of the internal organs of the body. MRI scans produce
3-d cross-sectional pictures of the body with high accuracy. This advantage of
MRI quickly allowed it to take over the healthcare market and become a popular
diagnostic tool.
4. Painless
One of the biggest benefits of MRI is that it
is a completely painless procedure, and this has made this method popular amongst
patients. This method is not just effective and accurate but is also
patient-friendly. Since there is no invasion or poking required, the procedure
is painless. All a patient has to do is lie down inside the MRI machine, and
the tool does all the rest using radio and magnetic waves that it generates.
Even though the waves penetrate the body, the patient feels nothing and is free
to resume normal activity after the test.
5. Can diagnose a host of diseases
The strength of the MRI is in its versatility.
MRI is not something that is performed for a particular disease. It is
something that can be used to diagnose a host of diseases since all it does is
provide a clear image of the internal organs. MRIs can be used to diagnose
various heart and vascular diseases. It can also help in determining cases of
strokes. Bone and other tissue disorders are being actively diagnosed using
MRIs. MRIs can prove to be a vital tool incorrectly diagnosing an ailment
before beginning with the appropriate treatment.
6. Helps in diagnosing cancer
Cancer is a deadly disease with one of the
highest mortality rates in the world. Cancer can be difficult to diagnose since
it occurs deep within the soft tissue of humans. MRI comes to the rescue here
and is being used to diagnose several types of cancers actively.
MRIs have finally provided means to
non-invasively diagnose cancer, while the other method (biopsy) requires
invasion. The bright and sharp 3-D cross-sectional images allow doctors to
identify cancer growth and prescribe appropriate treatment visually.
MRI allows doctors to diagnose cancer even
when a biopsy is not possible. MRIs have helped in saving a lot of lives by
enabling doctors to diagnose the incidences of cancer correctly.
7. No manual labor required
MRI machines are large pieces of equipment
that are easy to operate. One does not have to manually do anything to the
patient apart from asking the patient to lie down. There is no surgical
expertise required to produce an MRI machine. MRI technicians are usually not
even doctors, and they can correctly use the computer. This lack of manual
labor makes the operation of MRI machines easier and has resulted in
propagating their spread across different geographies.
8. Computerized
Another significant advantage of MRI is that
the whole system is entirely automated. A patient has to lie down, and the
machine does everything and else. This has dramatically increased patient
compliance in terms of MRI scans.
After completing an MRI scan, the computer
generates a report almost instantly, which can be used by doctors in their
diagnosis. This level of automation in the case of MRIs has dramatically
reduced the scope of human error. Computerized results are quick and can be
relied upon to deliver a definitive diagnosis. This also allows ease of access
and ease of interpretation of the complex data that an MRI machine generates.
9. Can be done on almost anyone
The MRI machine is extremely patient-friendly,
and it can accommodate anyone. There are no restrictions in terms of age when
it comes to getting an MRI. Moreover, any allergies that a patient may have
become irrelevant when it comes to MRI. Thus, MRIs are safe and can be done to
anyone as long as the doctor prescribes it.
People with metallic implants or cardiac
pacemakers should avoid getting MRIs as the metal will react to the magnetic
waves that MRI machines produce. Thus, after a quick verbal confirmation
regarding the absence of implants, a patient is ready to go for an MRI scan.
Patient-friendly MRIs are done at places like Express MRI and many more such
establishments.
10. No radiation involved
The earlier method of X-rays leads to exposure
to harmful X-rays, which can cause permanent damage to the body. This radiation
exposure is dangerous and should be avoided, but unfortunately, there was no
way to do this until MRI came along.
Undergoing an MRI scan does not expose the
patient to any harmful radiation. The radio and magnetic waves used are quite
safe and have no permanently damaging effects. X-rays, on the other hand, can
cause permanent damage to the ‘patient’s body.
Final
thoughts
We hope that what you read above has taken
away any fear you had related to having an MRI. ‘Don’t be reluctant to get an
MRI if it has been prescribed and try to choose a reputed place to get the test
done.
If you found this kind of test an interesting
one to go through, we are afraid you cannot randomly have yourself checked
without a prescription.
When we think about the undying importance that technology has on every
aspect of our lives, we can’t help but wonder what our life would be without
those marvelous miracles. From a door hinge to the screen you are reading this
on right now, it’s all possible due to technological breakthroughs by people of
immense importance.
But let’s move above the personal dimension and think about the bigger picture — what about technology being put to use for building bridges, harnessing clean water and saving humanity? These experiments and scientific inventions are utmost crucial for our development as a whole society. The most significant impact of scientific innovation has been on the healthcare industry.
Many philanthropists firmly believe that technology is like a big treasure chest. It can be used for the evilest of activities, but if put to use for the society’s welfare, this treasure chest has the potential to impact billions of lives. That is why the “technology” element in healthcare is what’s driving many people to change things for the better.
Following this principle of common welfare to make healthcare accessible
to all the people, there have been many technological innovations to change the
game. Some have been big enough to wipe out epidemics and some so small yet
indispensable. Let’s look at some of them to figure out how they helped.
1. Electronic Health Records
This is often overlooked in the medical industry, but Electronic Health Records (EHRs) have made healthcare a whole lot efficient. Enovate Medical — the EHR connoisseur that specializes in manufacturing state-of-the-art EHR workstations suitable for every hospital and clinic, shows how much time, effort, and paper is saved due to EHRs. If you want to check out the best range of EHR workstations, do give them a visit.
2. Artificial Intelligence
This term is thrown around way too often these days in every vertical of
business. In the field of healthcare, AI has been more useful than any other
piece of technology. AI algorithms that emboss medical records, medical design
plans, and even craft sensitive drugs with the highest precision are doing
their bit to develop the healthcare sector. AI has made exquisite discoveries
in the field of healthcare, and techies are foraying into new territories to
see what else can be done.
3. Virtual Reality
Although the term “VR” is often
used in entertainment, media, and gaming, patients and physicians are making
the most of it as well. Virtual Reality is being used continuously by pediatric
surgeons to teach kids about biology and also to distract them from whatever
procedure they’re going through. VR is used to give the doctors a perspective
from the patient’s viewpoint—something that makes them aware of what the
patients feel like.
4. Augmented Reality
Augmented Reality is a much denser concept than VR. Remember Pokémon Go?
That was the first time smartphone users got up close and personal with AR, and
since then it’s become more significant than just life. Nearly all of the
medical schools use AR to conduct simulated seminars for students, providing
them that much-needed experience which might take up too many resources if done
in real sense. Many surgeons simulate surgical procedures to revise before the
actual D-day.
5. Smart Health Trackers
If you’ve noticed a trend in technological advancements, then you
might’ve realized that it’s all about making things more handy, compact, and
easy to use. At this very moment, the health tracker market is being dominated
and played by the biggest tech giants. With the likes of Apple and Fitbit
scouring for their share, this helps users in keeping track of their health.
This leads to significant changes in the lifestyle just because people know
what’s up with their health, and it couldn’t be possible without technological
advancements.
6. All-in-one Health Monitor
Remember how we always fantasize things that might become true shortly?
The healthcare industry is in constant pursuit to give birth to a device which
examines the patient’s basics in one go—just like in sci-fi movies. This
superficial diagnosis machine isn’t on the market, but with smartphones
providing valuable data and everything being online, it can be done. We have to
wait and watch!
7. Immaculate Drug Development Procedures
Drugs are the most expensive commodities in the world—for the producers,
that is. We get subsidized rates and thanks to Uncle Sam, they cost cents on
the dollar. It’s not just the cost of drugs, but the efforts that make them
expensive. But with automation and robotics, the production costs have been cut
down by a margin. Not only does this ensure lower prices but lesser mistakes
due to cutting edge technological procedures.
8. Nanotechnology
Here’s another term that’s thrown around a lot when healthcare and tech
are talked about—nanotechnology. If you’ve watched enough spy movies, you
might’ve seen remote-controlled nanoparticles blowing minds. Nanotechnology, if
successful, can turn out to be massive development in finding a cure for
cancer. Drugs are usually injected, swallowed or inhaled after which there’s a
gestation period before they start working. With nano-tech, drug delivery will
be quicker and more precise.
9. Robotics
We talked about robotics a while ago, and this medium of getting things
done through the machine has lead to miraculous results. Robotics has given
rise to advanced physiotherapy techniques, preventive and curable surgeries,
and rehabilitation procedures. With the science of bionics, many
specially-abled people have been able to make their lives easier.
With bionic arms and legs assisting amputees, the quality of life has
improved by significant margins for people who had it all tough. But robotics
is not just for the patients, and they help in many ways. Ranging from smart
surgical instruments to interactive companions that help patients suffering
from depression, robotics are covering every dimension of healthcare to change
it for better things in times to come.
And of course, then there are the likes of Amazon, Apple, and Google—who
have combined robotics with AI to make technology interactive through
smartphones. Apple’s Siri, Amazon’s Alexa, and Google’s Assistant are very much
every person’s best friend and personal assistant.
10. 3-D Printing
3-D printing is already being utilized in the most sensitive of surgeries and operations by doctors throughout the globe. 3-D printing can be used for printing tissue cells with blood vessels, synthetic skin, and even bones. The prosthetics industry is not able to serve more people than before because 3-D printing is inexpensive, and prosthetic limbs can be customized according to every person’s necessity.
The Future Is Bright for Health Tech
If healthcare and technology join forces, then this optimistic and
productive duo can make the world a better place. We are in that stage of
development where every day we discover something new, and with every innovation,
there’s a chance for us to make this world a better place to live.
Be it Enovate Medical’s extensive range of EHR Workstations of 3-D printed prosthetics and AI-supported surgeries, all of this has one single objective—to use technology for the people’s welfare and to ensure that our children grow in a happy place that’s free of ailments.
Artificial intelligence is a topic that should interest us all – as it revolutionizes the world with every second and in unimaginable ways. And the healthcare system is one of the areas that AI has already started to revolutionize. These are the main ways in which that is happening.
To read the full article I wrote recently, visit MedSource Consultants’ website.
The time physicians spend on desktop medicine appears to be increasing compared to the amount of time they can spend with patients. The cause of this switch is likely the obvious current enemy of healthcare: electronic health record (EHR) documentation.
In particular, it’s the emails generated by EHRs that are the problem.
According to a new study, physicians’ EHR inboxes are stuffed with system-generated messages on behalf of the electronic health records they are operating within their organizations, which can lead to job dissatisfaction and even burnout, Health Affairs reported.
The rest of my article appears here on MultiBriefs.
It’s easier than ever to put health data on the Internet. Fitness trackers, health apps and other connected devices can give people a lot of insight into their health. Unfortunately, that’s not the only way that their health data ends up getting used. Health insurance companies are particularly interested in getting their hands on all of the data they possibly can about people. They end up adjusting their risk pools based on the added insight, as well as looking at individual subscribers and choosing to increase their rates or possibly deny service entirely based on it.
Insurers are in the Business of Data
The entire business model of health insurance revolves around data. They
use information to establish risk pools to determine which medical conditions
and characteristics result in more claims or higher claims. Because of this,
they try to gather as much information as possible about the population on a
group and individual level.
Where Do Insurers Get Health Data
Insurers can get health data from multiple sources, some of which are
freely offered up, and others that are purchased through third-parties or
gathered from publicly available online sources.
First-party Data
First-party data is the information that the health insurance company
has access to and generates directly. They have information about the claims
filed through their company, data from the partnering medical providers and
other records. The sheer amount of information that an insurer handles on a
daily basis is overwhelming to think about, and it’s only going to expand as
more ways of generating health information become possible.
Voluntary Disclosure
Some health insurance companies offer incentives for people to provide
additional information about themselves. This process could involve entering in
activity levels, going to get an annual physical, and disclosing information on
smoking, drinking and substance use. Since the subscriber is providing this information
directly to the insurance company, it’s considered part of their first-party
data.
Social Media
Social media profiles can show a lot of health information, even when a
person doesn’t mean to. If they’re engaging in high-risk activities, such as
extreme sports, or they go into detail about their health conditions and other
issues, the insurer would be able to see this information if the profile isn’t
locked down. Of course, given data privacy concerns from many social networks,
even a private account could still be at risk of having that information sold
or otherwise misused.
Shopping Records
Another unexpected source of health information is shopping records. If
someone is buying cigarettes, cigars, or pipe tobacco online, it’s a strong
indication that they have a smoking habit. The same goes for ordering alcohol.
Medical devices that indicate pre-existing conditions could also show up on
these records, which could become problematic when it comes to making insurance
claims in the future.
Wearable Devices
Fitness trackers and other wearable devices are able to track sleep
patterns, heart rates and other information about the person. They may also
share their height, weight, diet and habit data with these services.
Third-party Databases
Many third-party companies have databases available with information
that’s relevant to health information or that the insurance company can use to
add more context to the data they already have. This data is not always sold
with the consent of the user that it’s collected from.
Connected Medical Devices
More medical devices are able to connect to the Internet, which means that there are more opportunities for this health data to end up in the hands of people other than a doctor or another authorized party. CPAP machines are a commonly impacted device in this situation. Read more about that in this article.
What Health Insurance Companies Can
Do With This Data
AI-technology
helps health insurance companies derive actionable insights from this
information. In some cases, that can be beneficial
to healthcare overall when it comes to predicting whether
someone is at more risk for developing a certain type of medical condition and
being able to recommend preventative healthcare in advance of that.
Unfortunately, where it’s likely to come into play for health insurance companies
is whether they will raise someone’s rates or deny them coverage based on the
likelihood of developing expensive health conditions, even if they don’t
currently have them, or declaring something a pre-existing condition.
What Happens If Health Data Is
Stolen?
The healthcare industry is one of the most common targets for hackers,
due to how valuable their data is. When the insurance company is pulling
together all of this information without someone’s knowledge or consent, they
are putting it at risk of being stolen if they’re ever subject to an attack
that accesses their databases.
A few ways that a subscriber gets affected in the event of stolen health
data includes:
- Someone using the person’s insurance
information for their own healthcare
- Incorrect information resulting in
the denial of important care
- Identity theft in other areas
- An unauthorized party maxing out a
benefit limit
How to Respond To Stolen Health Data
People have a few ways to react in a way that prevents further data from
being stolen and to protect themselves against the negative consequences of
this situation. The first step is to get all current medical records and keep a
close eye on them to see whether unexplained or unexpected claims show up. Do
the same for credit reports in case they also use this information for identity
theft. Freeze the credit reports so they’re unable to open up accounts in that
name, as they could try to get a Care Credit account at a healthcare provider
or a similar medical account.
Let the insurance company and medical providers involved know if
anything unusual appears during this time frame. Stay on top of reporting this
information.
It’s difficult to keep health data safe when health insurance providers
are collecting it from so many sources. It’s impossible for the typical
layperson to know how much of their information is out there and how it’s being
used. However, they’re the ones bearing the most risk in the event of a data
breach. Protecting online activities by using an encrypted virtual private network
service, locking down social media accounts, and limiting the health
information shared online are all good steps going forward.
By Yves Archambault, strategic initiative director, Varian.
It’s hard to imagine what it can be like to go through cancer treatment, even when being treated with the latest adaptive therapy technology. You walk into the clinic, lay perfectly still inside a long, narrow tunnel-like machine…for about 45 minutes or so, as your clinician uses an MR-linac system to visualize and treat the target area. Uncomfortable? Yes. Slow and resource-intensive? Definitely. Expensive? Certainly. This is adaptive therapy today.
Despite its barriers to entry,
adaptive therapy is often dubbed as the “holy
grail” of radiation therapy as long-term
clinical adaptive therapy follow-up has shown significant improvement in terms
of tumor control and low toxicity profile cancers below the respiratory system
including prostate cancer. Additionally adaptive therapy has
proven to offer dosimetric benefits, especially with head and neck cancers and cancers below the
respiratory system.
Not all
Cancer Cells Are Created Equal
Adaptive
therapy is
a type of radiation cancer treatment that evolves over
time in response to the temporal and spatial variability of tumor
microenvironment and cellular phenotype. It accounts for
macro fluctuations in the tumor’s shape and position due to changes
in nearby organs. Adaptive therapy also considers physiological changes, like
bladder fluctuations. With adaptive therapy,
a clinician regularly adapts his or her treatment approach based
on how the patient responds or changes throughout
the treatment process, adjusting it to better target the cancer. It
takes daily variabilities into account. Unlike adaptive therapy, standard treatment follows
a strictly detailed, rigid plan that is set in place at the beginning and tracks
a pre-defined schedule, not accounting for unpredictable anatomy changes.
Adaptive therapy creates a personalized
treatment strategy guided by the individual patient’s experience. Updated
details about the patient’s internal anatomy and treatment response are constantly
being evaluated and are used to adjust the course of treatment. In adaptive
therapy’s current state, the slow process, significant capital equipment, hours
of training, and need for extensive involvement from a highly skilled clinician
makes it unattainable for many.
Limitations
Should Not be Ever-Limiting
The reality is, as healthcare advances,
we must adapt. Whether it’s the way clinicians interact with
patients, how we’re tracking prescriptions, or new
innovations that incorporate automation, industry is challenged to
evolve and grow alongside such advances.
This begs
the questions, “What does the future of adaptive therapy look like? Is there
reason to hope it will evolve and dismiss its current
patient and doctor limitations?”
In cancer care, the future is now. It is time to
remove these barriers and redefine adaptive therapy, so the experience becomes more accessible, comfortable, and executed
with more efficacy for both patients and clinicians. An
intelligent, accessible adaptive therapy approach has
the potential to improve patient outcomes that can result in a longer
disease-free life expectancy for patients. Additionally, it may
help open the door for more opportunities, research and advancements in
cancer treatment.
We
would be remiss not to acknowledge the fact that it will take time to overcome
these limitations, drive clinical adoption and see results. This present
reality, however, should not keep us from building its future today.
Nobody Said Change Was
Easy
As with any change or clinical evolution, there
are roadblocks to adoption. Clinics may choose to
remain conservative when it comes to new treatment methods
and hold out until additional statistically-significant data surface.
Additionally, the time, resources and training needed to implement new, or
unknown, technologies can hinder initial adoption.
Policies
around payment and reimbursement will also likely be an obstacle for
the clinical community. There are protocols, processes, and standards
that clinics must follow when implementing treatment adjustments and
changes. The frequent changes made during
adaptive therapy require authorization from a radiation oncologist,
which can be time-consuming, tedious, and costly. But every
patient is unique, and it has been proven that one size does not fit all when
it comes to cancer treatments.
The Adaptive Complexity of Cancer Requires
Intelligent Advancement
We expect the
challenges to be worthwhile, as the future of adaptive therapy has the
potential to offer patients a better experience overall—faster, more
comfortable, and more accessible treatment. Additionally, faster
treatment will open the door to hopefully allow clinicians to treat more
patients each day. The AI and automation that the future of adaptive therapy
will incorporate may also empower clinicians to do more in less
time. Finally, as the future of adaptive therapy may be
more affordable, clinicians across the globe would be able to leverage the
technology in order to deliver better patient experiences.
It’s a continuous
process and we’re hopeful of advancements as we continue to build and improve
on what was done before. It is amazing to see how far adaptive therapy has come
in even the last two years. The future of adaptive therapy will offer a
personalized, long-term treatment strategy that can offer better experiences to
clinics large and small, and most importantly, to patients of every kind.
