Scientific Study

The Science Behind Body Pro 2 – Body Composition

8 min read

What is Body Composition?

When it comes to weight, Body Mass Index (BMI) alone may not tell the whole story. In fact, critical scientific reviews note that it is increasingly clear that BMI is a poor indicator of body fat percentage and also does not account for the mass of fat stored in different parts of the body (1).  BMI’s limitations are evident — considered on its own, it oversimplifies health assessments, neglecting crucial factors like muscle mass, bone density, and body composition. To get a clearer and more accurate view of the body, estimating body composition is key. Body composition refers to the proportion of lean mass and fat mass within the body. Lean mass can be subdivided into muscle mass, water percentage and bone mass (2). 

 

Body Pro 2 measures body composition: fat mass, muscle mass, water percentage and bone mass. By measuring it, Withings Body Pro 2 can help care teams get a better picture of their patients overall health.

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Why does it matter?

Obesity and body fat distribution are established risk factors of chronic disease.3 Fat plays an essential role in  good health — it allows the body to store energy to support metabolism. However, excessive body fat mass  has been linked to certain health risks, including heart disease, breast cancer, and colorectal cancer (4). Accumulating excess storage fat, especially around the abdomen, can lead to a higher risk of disease (5,6).  Because body composition is constantly changing, it is important to use the same measurement method  over time. 

What is a healthy body fat level? 

Unlike weight, body composition shouldn’t be interpreted as a standalone figure, because it must be considered  in context with gender, age and metabolism. 

 

By definition, a healthy body composition includes a low proportion of body fat, as well as a higher proportion  of non-fat mass.  First of all, a healthy body fat level will be different for men and women. So, body fat percentage results are  usually sorted by age and sex according to the following categories:

 

Body fat ranges for females 

Female bodies need more fat to maintain a good hormonal balance, as well as healthy and regular menstrual  cycles. Females tend to have 6-11% more body fat than males. 

 

Body fat ranges for males 

For males aged 20 to 39, having a body fat percentage that is above 25% is considered obese. This means that  no more than a quarter of the total body weight should consist of fat. 

 

 

How is body composition usually measured? 

There are many ways to determine body fat, muscle mass, water percentage and bone mass. As a patient  ages and their lean muscle progressively decreases, it is important to keep body composition in mind. 

 

Different methods exist to measure the body composition: 

 

Method 1 – Bioelectrical Impedance Analysis (BIA) 

Bioelectrical impedance analysis is a simple and non-invasive way to measure body fat. With this technique, an  undetectable current is sent through the body and by measuring the voltage, we can compute the resistance and  then calculate the impedance. The algorithm integrates the impedance measurement with other factors such  as age, weight, height, and gender to evaluate an individual’s body composition, including water percentage, fat  mass, and muscle mass. 

 

Method 2 – Skinfold calipers 

By measuring the thickness of a skin fold at key locations on the body, it is possible to estimate the total amount  of fat and then deduce the body fat percentage using corresponding charts. 

 

Method 3 – Body circumference measurement 

In this method, a tape measurement is placed around the waist, neck, and hips. According to the Centers for  Disease Control and Prevention (CDC), body circumference can serve as a preliminary screening tool but should  not be solely relied upon for assessing an individual’s body fat level or overall health. It is advisable for a qualified  healthcare professional to conduct comprehensive health assessments to accurately evaluate an individual’s  health status and potential risks (7).

 

Method 4 – Dual-energy X-ray Absorptiometry (DEXA) 

DEXA scans are performed in clinical environments and use spectral imaging (X-ray) to measure bone mineral  density. DEXA provides detailed information about tissue composition, and can distinguish lean tissue mass  from fat tissue mass with proven accuracy (8). 

 

A Dual X-ray Absorptiometry (DEXA) scan, often considered as the gold standard for measuring fat mass, has  some disadvantages when compared to BIA. DEXA can only be performed in a supervised clinical setting and  is too costly, time-consuming, and inconvenient for efficient daily monitoring of body fat levels. While BIA will  not yield as accurate a result as DEXA in terms of exact value, it will accurately display variations in body fat  when comparing two measurements taken under similar conditions (9). This technique can be very useful when  measuring changes in body fat, and it can help provide a more complete picture of overall health. 

 

Body Pro 2 is equipped with multifrequency bioelectrical impedance analysis to provide accurate and  reproducible body composition measurements. 

How does Body Pro 2 measure a patient’s body composition?

Use of BIA 

Bioelectrical impedance analysis (BIA), or bio-impedance, is the measurement of the resistance of biological  tissues to the flow of a low-voltage current.  The human body is composed of different types of tissues, which have different levels of electrical conductivity.  Currents will pass mainly through the most conductive tissues, such as water or muscle.

Withings Body Pro 2 has four electrodes that are attached to the surface of the glass plate. 6.25 kHz and a 50  kHz high-frequency sinusoidal voltages are sent between two electrodes, located near the tops of the feet. A  safe, undetectable current of less than 300 μArms is sent through the lower half of the body (Fig. 3) and will  not be felt by the user. By measuring the voltage drop between the other two electrodes, located near the  heels of the feet, the scale can measure the impedance, which can then be used to calculate an estimate  of non-fat body mass. Then, by subtracting the difference with body weight, fat mass is calculated as well.  Other independent regressions are used to calculate total body water and bone mass. Finally, muscle mass is  deduced by subtracting body fat and bone mass from total weight. 

 

By measuring the voltage drop between the electrodes, BIA determines the resistance level of these tissues to  the excitation current. The scale then displays the body composition measurements, including fat mass, water  percentage, muscle mass, and bone mass, based on scientifically validated equations. The measurements are  calculated using several parameters such as lower body impedance, weight, height, age, gender, and athletic  profile. 

BIA provides a reliable estimate of total body water, which is a useful technique to assess body composition in both healthy individuals and people affected by a chronic condition (10). 

Scientific validation of Body Pro 2 

An accurate measurement of body composition. 

An internal study was conducted on a group of 61 patients composed of 52% male and 48% female, non athletes, caucasian adults. The purpose of this study was to compare the performance of Withings Body Pro  2 and the Tanita MC780. The MC780 scale uses segmental measurements. It uses 3 frequencies to measure  body composition and is a medical device of class IIa, approved by the FDA. Participants performed 3 measurements on each device. The results of this study are shown below.

The results demonstrate a high degree of agreement between the Body Pro 2 and Tanita scales, underscoring  the superior quality of our impedance measurements and numerical models. 

 

Even though Withings Body Pro 2 measures only impedance in the lower half of the body, as opposed to  all segments, the correlation with the Tanita MC780 was found to be very strong, with minimal errors. This  conclusion is evident in the graph, which illustrates a strong correlation between the two devices. Furthermore, the mean absolute error on fat percentage was found to be below 2.5% for both sexes, indicating  a high level of accuracy. The R2 coefficient, a statistical measure indicating the extent to which an independent  variable explains the variance in a dependent variable, was found to be 0.9. This high R2 value also signifies a  strong correlation, further validating the reliability and accuracy of the Withings Body Pro 2 scale. 

 

In conclusion, Withings Body Pro 2 has demonstrated excellent performance and accuracy in this study,  reinforcing its position as a reliable tool for health measurements. 

 

A repeatable measurement of body composition 

Monitoring body composition over time is crucial. Trends in body composition can provide valuable insights  into a patient’s health status, often more so than individual measurements. For instance, during a weight loss journey a person may experience a plateau and lose their motivation if they feel that their efforts are not  working anymore. However, by tracking their body composition they will be able to understand the shift in their  fat mass and muscle mass as illustrated below. Therefore, the ability to accurately and consistently measure  body composition over time is of utmost importance.

In this context, Withings has conducted rigorous internal tests on Body Pro 2, designed to provide highly  accurate and repeatable measurements. The tests involved a production jig that mimics the behavior of human  limbs, using a combination of resistors and capacitors in parallel. The jig made contact with the scale through  conductive pads on the top of the glass, under a weight of 70 kg. 

 

The results of 30 consecutive measurements with 6.25 kHz and 50 kHz frequencies were highly consistent,  demonstrating the superior repeatability of Withings Body Pro 2. The mean relative error was 0.13% with a  standard deviation of 1.33 ohm at 6.25 kHz, and an even lower mean relative error of 0.07% with a standard  deviation of 0.45 ohm at 50 kHz. These results underscore the reliability of Withings Body Pro 2 in providing  consistent body composition measurements over time, thereby facilitating the tracking of health trends with  high precision and confidence. This makes it an invaluable tool for monitoring patients. 

 

Body Pro 2 utilizes multifrequency BIA technology for the evaluation of patient body composition to  offer accurate and repeatable measurements to care teams. This enables healthcare providers to  receive daily measurements from their patients, facilitating the long-term tracking of their progress  and thus allowing for in-depth follow up with personalized advice.

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1 Nuttall F. Q. (2015). Body Mass Index: Obesity, BMI, and Health: A Critical Review. Nutrition today, 50(3),  117–128. https://doi.org/10.1097/NT.0000000000000092. 

2 Institute of Medicine (US) Committee on Military Nutrition Research, Marriott, B. M., & Grumstrup-Scott,  J. (1990). «Body Composition and Physical Performance: Applications For the Military Services.» In Body  Composition and Physical Performance: Applications For the Military Services. National Academies Press  (US). https://www.ncbi.nlm.nih.gov/books/NBK235943. 

3 Baumgartner, R. N., Heymsfield, S. B., & Roche, A. F. (1995). «Human Body Composition and the  Epidemiology of Chronic Disease.» Obesity Research, 3(1), 73-95.  

https://doi.org/10.1002/j.1550-8528.1995.tb00124.x 

4 Centers for Disease Control and Prevention. «About Obesity.» September 26th, 2023.  https://www.cdc.gov/obesity/about-obesity/index.html 

5 Shah, R. V., et al. (2014, December). Visceral Adiposity and the Risk of Metabolic Syndrome across Body  Mass Index: The MESA Study. JACC. Cardiovascular Imaging, 7(12), 1221-1235.  

https://doi.org/10.1016/j.jcmg.2014.07.017 

6 Després, J.-P. (2012, September 4th). Body Fat Distribution and Risk of Cardiovascular Disease: An Update.  Circulation, 126(10), 1301-1313. https://doi.org/10.1161/CIRCULATIONAHA.111.067264 

7 Centers for Disease Control and Prevention. (2023, June 9th). «Assessing Your Weight.»  https://www.cdc.gov/healthyweight/assessing/index.html. 

8 Wang, Z., et al. (2010, May 7th). Estimation of Percentage Body Fat by Dual-Energy X-Ray Absorptiometry:  Evaluation by In Vivo Human Elemental Composition. Physics in Medicine and Biology, 55(9), 2619-2635. https://doi.org/10.1088/0031-9155/55/9/013 

9 Martinoli, R., et al. (2003, November 1st). Total Body Water Estimation Using Bioelectrical Impedance:  A Meta-Analysis of the Data Available in the Literature. Acta Diabetologica, 40(Suppl 1), S203-S206.  https://doi.org/10.1007/s00592-003-0066-2 

10 National Institutes of Health. (1996). «NIH Consensus Statement. Bioelectrical Impedance Analysis in Body  Composition Measurement. National Institutes of Health Technology Assessment Conference Statement.  December 12-14th, 1994.» Nutrition, 12(11-12), 749-762. 

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Why are health programs integrating connected devices?

Before sharing some tips about connected devices, it is interesting to understand why they are particularly useful in digital health programs. Without connected devices, the performance of digital health programs strongly and exclusively rely on the patient. Some behaviors that have been noticed in patients, and which could impact care, include: making an error in reporting the last blood-pressure reading, missing a measurement, or not wanting to report a measurement. In addition, having to think about measurements and manually report them on a specific interface can be painful for patients. Either patients are deeply annoyed by the process and feel less engaged in the whole program, or they abandon the full treatment. By automatically synchronizing data and providing trends and a history of objective data, connected devices provide an answer to many of these issues.
As Dr. Emil Baccash explained in a recent New York Times article, “[It is] taught in medical school that taking a medical history gives you 90 percent of the information you need, with the 10 percent coming from the physical exam.”
If connected devices are well chosen, they can help to reduce friction in the user experience. With less friction, patients are more engaged and become the main actors in their own care, which is key to achieving better health outcomes. Some studies have already proven that connected devices are changing the way chronic care is managed. More recent evidence from the American Medical Association confirms that providers are looking for digital health tools, including connected devices, to treat chronic illness. But the goal of better healthcare outcomes using connected devices is only achievable if the devices are efficient. Here a few tips to help ensure that connected devices will add the maximum value to your program.

The importance of a well-chosen device

The right connected health devices can play a key role in this vision. Better health outcomes are only achieved if connected devices are efficient and engaging. This involves numerous factors: Ease of use. Any friction point along the way - such as installation requirements, complex instructions, or even the need for frequent battery changes will drive down program adoption rates. Patients need devices that are truly plug and play. With intuitive devices, patients are more engaged and become the main actors in their care.  Cellular enabled. For too long, the health device industry relied on Bluetooth and Wi-Fi to gather data from in-home devices, but these were cumbersome for patients to set up, and it limited who could participate (i.e., patients in rural areas or those without cell phones.) The answer to expanding access to patient data at home is using cellular devices that work right out of the box, regardless of whether the patient has cell service at home. This bridges the health equity gap by providing access to all patients, regardless of their tech-savviness or Wi-Fi/bluetooth connectivity limitations.

With the vision of making the lives of patients and care teams easier in combination with collaborating with hundreds of digital health partners and clinicians, Withings Health Solutions developed Body Pro 2. This advanced cellular smart scale transforms chronic condition management by offering personalized motivational messages, a vibrant LCD color screen, and engaging health trend data to show progress. 

Designed around positive health changes. Most in-home devices are a bit depressing to look at and do little to inspire patients. A sleek look and feel can make a profound difference on the patient experience and motivation. Designing in habit-forming features such as daily weather forecasts and motivational messages can help devices to effortlessly become part of patients’ everyday lives.  Instant feedback. Patients are more engaged if they are able to see the results of their efforts. Being able to see decreased blood pressure or a lower weight after months of struggle is enough to keep patients motivated and confident in the program. A study published in the review Obesity shows that frequent weigh-ins with electronic graphic feedback are effective in preventing weight gain. Instant, understandable, color-coded feedback makes patients feel responsible for and more active in their care. Accuracy. Devices should be highly accurate to provide precise data that will lead to the most efficient treatments. When considering a medical-grade device, look for agency approvals or markings indicating its accuracy. Seamless integration. Devices should have the option to be easily integrated into a program’s existing workflow and to automate data collection, reducing the operational burden and associated costs. 

Integrate our suite of API solutions and retrieve data seamlessly, bridging the gap between our devices and your existing systems.

  • Easily integrate our drop shipment API in a matter of weeks – alternatively, if API development is not an option, use our portal and be up and running in just a few hours 
  • Eliminate the cost and headache of maintaining a third party fulfillment center or manually ordering devices with our drop shipment capabilities 
  • Avoid inventory risk and ensure patients get their devices shipped and delivered in a matter of days when dropshipping with Withings

How do health systems and patients benefit from this model?

Making better health part of daily life is possible with connected devices. These enable health systems to offer a higher level of care while fostering positive life changes in their patients. Through instant access to accurate patient data, care teams can better manage patients’ chronic conditions while alleviating extra work for their staff. With elegant, easy-to-use devices designed around patients’ daily lives, health systems can maximize program participation, improve health equity, and ultimately enhance outcomes for all.  [post_title] => 6 tips for integrating a connected device into a digital health program [post_excerpt] => [post_status] => publish [comment_status] => open [ping_status] => open [post_password] => [post_name] => six-tips-to-integrate-a-connected-device-into-a-digital-health-program [to_ping] => [pinged] => [post_modified] => 2024-06-26 13:06:08 [post_modified_gmt] => 2024-06-26 13:06:08 [post_content_filtered] => [post_parent] => 0 [guid] => https://withingshealthsolutions.com/?p=355 [menu_order] => 0 [post_type] => post [post_mime_type] => [comment_count] => 16 [filter] => raw ) [1] => WP_Post Object ( [ID] => 371 [post_author] => 2 [post_date] => 2022-10-19 09:21:00 [post_date_gmt] => 2022-10-19 09:21:00 [post_content] =>

Providing a positive patient experience gives you an increased ability to attract and retain patients. But it can be difficult to know where to focus time and resources for maximum effect. In this article, we’ll examine why it’s worth it to invest in positive patient experiences and share four practical ways to improve overall patient satisfaction.

Why Improve the Patient Experience

Hospitals, medical practices, and other providers have much to gain from improving the patient experience. Here are three reasons why it’s beneficial to focus on the patient experience.

Better patient health outcomes

When patients have a good experience, they generally have more positive health outcomes as well. When someone feels taken care of and respected, they’re more likely to actively participate in their care, reaping the benefits that come with a proactive approach.

Improved reputation

When it comes to healthcare, patients have options for where they choose to receive care. The internet has given patients the ability to research providers and find various options for selecting their care team. Reputation can play a significant role in the choice of one hospital or physician over another.

Greater profitability

When it comes to the business side of healthcare, patients are the customers. And customers vote with their dollars. Accenture research highlights this point: hospitals with superior customer experience ratings have net profit margins 50% higher than those with average ratings.

4 Ways to Provide a Great Patient Experience

When patients have a positive experience, everyone benefits. But providing a great patient experience requires focused attention and the resources to implement strategic changes in the way care is provided. Here are a few practical ways we’ve seen providers improve the patient experience.

1. Evaluate the entire system

Providing quality healthcare involves much more than just the time a patient spends interacting with their physician. A multifaceted approach to the patient experience includes assessing things like how easy it is to schedule appointments, complete required paperwork, access medical records online, and communicate with providers, as well as how patients are treated by critical support staff like those working in the front office.

2. Supplement patient satisfaction metrics with other data sources

It’s possible for healthcare organizations to do everything right and still not achieve what a patient views as a positive outcome. The way patients view their experiences may be influenced by factors beyond anyone’s control. A difficult diagnosis, painful procedure, or a prolonged recovery can negatively impact patient perception. That’s why it’s important to avoid an over-reliance on patient satisfaction ratings. Instead, using this data in combination with other data sources such as average length of stay and readmission rates will help determine where improvements are needed.

3. Focus on boosting staff engagement

Patients encounter many staff members as they move through the various touchpoints of a healthcare experience. Empathetic, helpful staff can go a long way to help patients feel respected and cared for. Staff training and an organizational focus on improving patient-staff interactions are vital for improving the patient experience.

4. Expand the use of health technology

Health tech provides an easy and cost-effective way to improve the patient experience. Online scheduling tools allow patients to schedule or reschedule appointments at times that work for them, increasing the likelihood they can keep appointments. Providing an option for patients to message providers in-between visits can also help to strengthen the connection they have with their care team.

Remote patient monitoring programs are another powerful way to increase patient engagement. Knowing that key health metrics like weight, blood pressure, and sleep patterns are being actively monitored can increase the feeling of being cared for. Additionally, connected health devices provide patients with access to their own health data, increasing the likelihood that they will engage as more active participants in improving their health outcomes.

How Withings Health Solutions Helps Providers Deliver a Great Patient Experience

Offering remote patient monitoring technology is an easy way to improve patient satisfaction. Withings offers a full line of medical-grade connected devices that are easy to use, providing a wealth of actionable health data to patients and their providers.

Intuitive device designs: Withings devices are ready to use right out of the box, making it easy for habitual use. Designed to easily integrate into patients’ daily lives, these user-friendly devices reliably deliver vital participant data to professionals overseeing their care. As an example, 94% of users are still using their scales one year after their purchase.

Metrics dashboard: Built for practitioners, the Withings RPM dashboard provides accurate, patient-centric data to better monitor health parameters and efficiently manage participants. Patients can also communicate with secure in-app communication.

Full range of devices: Withings offers a full portfolio of medical-grade devices. Our smart scales, blood pressure monitors, sleep mat, and activity trackers collect a wealth of actionable patient health data, allowing healthcare providers and patients to more accurately monitor key health measures.

Variety of connectivity options: With WiFi, cellular, and Bluetooth connectivity options, Withings’ connected devices cater to a wide range of technical proficiencies and expand access to healthcare.

Providing A Superior Patient Experience Benefits Everyone

The way a patient perceives the care they receive impacts health outcomes and practice sustainability. When patients feel cared for and valued, they’re more likely to actively participate in their care. The ripple effects extend beyond the patients themselves, creating new opportunities for medical organizations to grow, improving their reputation, and expanding their ability to offer that same level of care to new patients.

Discover how Withings Health Solutions can help you deliver an exceptional patient experience.

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According to the Centers for Disease Control and Prevention (CDC), over half (51.8%) of U.S. adults have at least one diagnosed chronic condition, including arthritis, asthma, diabetes, and hypertension. Connected health devices have an important role to play in helping patients with chronic illnesses improve their quality of life. In this article, we explore how these devices can help physicians and patients manage their chronic conditions and make the lifestyle changes needed to realize their wellness goals. We’ll wrap up with three real-life use cases that highlight how connected health devices are being used to empower patients and improve health outcomes.

Patient stepping on a Withings connected scale

Benefits of Connected Health Devices for Managing Chronic Illness

The nature of chronic conditions is that they can develop gradually over time. This is problematic because the deterioration can go undetected. Connected health devices can help patients and their healthcare providers more quickly identify the progress of diseases and better manage them for greater wellness. Here are five important benefits of using connected health devices.

Earlier detection of deteriorating health

Connected devices can help to increase the frequency of health checks in between in-office doctor visits, providing a more accurate view of patient health for providers to base treatment. Additionally, connected health devices act as an early warning system, alerting patients and approved medical providers when a patient’s health metrics aren’t ideal. They can also flag an unexpected sudden deterioration, limiting the risk of further complications. With vital health metrics monitored at frequent intervals, providers can intervene more quickly to prevent additional health complications, such as poorly-managed diabetes triggering hypertension.

Increase patient-provider bond

Remote patient monitoring (RPM) programs can create a stronger connection between patients and providers as patients have confidence that their conditions are being closely monitored. During office visits, providers have the opportunity to use the patient’s data as part of the shared decision-making process, allowing patients and providers to work together to create a care plan or fine-tune an existing one. Participation in an RPM program also provides physicians with an additional tool to track patient adherence to treatment plans.

Track progress toward health goals

Connected health devices empower patients to play a more active part in achieving their own wellness goals. When readings are taken daily or several times per week, patients can more easily track their progress. More frequent health measures help patients see how lifestyle choices like exercise and diet directly impact their health.

Share patient health data across a patient’s entire care team

With patient consent, health data from connected devices can be accessed by the patient’s entire care team. Especially for patients with complex health profiles, data from connected devices can foster greater collaboration between providers.

Expand provider capacity

Today, many healthcare systems are stretched thin. Remote patient monitoring empowers healthcare providers to be more proactive in managing patient care. Patients with well-managed chronic conditions are less likely to require more costly and resource-intensive acute care.

Use Cases for Connected Health Devices

The opportunities for remote patient monitoring and connected health devices are nearly endless, ensuring that conditions are detected early before complications can develop. This is even more important as all these conditions are linked with one another. To demonstrate how beneficial this technology can be, here are three ways RPM programs are being used successfully to improve health outcomes.

Diabetes prevention and obesity

Patients use a cellular- or Wifi-enabled digital scale to take frequent body weight measures, which can be automatically transmitted to the healthcare provider. Providers can use this data to spot trends, track adherence to a treatment plan, and evaluate the effectiveness of a weight management program. Frequent body weight measurements also help patients see how lifestyle choices directly impact their health.

Hypertension

Patients diagnosed with hypertension use a wireless blood pressure cuff to monitor their blood pressure regularly. This device automatically collects and transmits the reading, often with just the touch of a button. Using an RPM device for managing hypertension allows healthcare providers to track a patient’s blood pressure over time and can alert them to dangerous spikes in blood pressure that may require urgent intervention.

Sleep conditions

Sleep conditions like sleep apnea can be silent and are underdiagnosed. Using a sleep tracking mat helps to provide an objective measure to identify these conditions. Sleep specialists can use an under-mattress sleep mat to track a patient’s sleep patterns remotely, capturing metrics such as interruptions, time in bed before sleep, time to get out of bed in the morning, and other factors that can affect sleep quality. Some sleep mats, such as Withings’, can also detect snoring.

Withings Connected Devices for Managing Chronic Illness

Connected health devices are an important part of managing chronic illness. With over a decade of industry experience, Withings Health Solutions offers medical-grade devices that feature intuitive designs that encourage high user adoption and retention rates, including a sleep tracking mat, blood pressure monitor, and scale. And our physician dashboard offers intuitive, continuous access to patients’ critical health data in near-real time for actionable information to guide care.

Learn more about the Withings Health Solutions portfolio of smart health devices or request a demo.

[post_title] => How Connected Health Devices Can Help Reduce Chronic Illness [post_excerpt] => [post_status] => publish [comment_status] => open [ping_status] => open [post_password] => [post_name] => how-connected-health-devices-can-help-reduce-chronic-illness [to_ping] => [pinged] => [post_modified] => 2023-08-25 16:51:39 [post_modified_gmt] => 2023-08-25 16:51:39 [post_content_filtered] => [post_parent] => 0 [guid] => https://withingshealthsolutions.com/?p=382 [menu_order] => 0 [post_type] => post [post_mime_type] => [comment_count] => 18 [filter] => raw ) ) [post_count] => 3 [current_post] => -1 [before_loop] => 1 [in_the_loop] => [post] => WP_Post Object ( [ID] => 355 [post_author] => 2 [post_date] => 2024-01-18 08:10:00 [post_date_gmt] => 2024-01-18 08:10:00 [post_content] => When it comes to managing conditions like high blood pressure and diabetes, digital health programs need swift, regular updates about how patients are faring. Real-time insights into biomarkers such as weight and heart rate are essential for making fast, potentially life-saving care decisions, especially for seniors or others with chronic health issues. Connected in-home health devices enable this vision to become a reality. This data allows care teams to adjust care plans, prescribe medications or identify early intervention strategies.

Why are health programs integrating connected devices?

Before sharing some tips about connected devices, it is interesting to understand why they are particularly useful in digital health programs. Without connected devices, the performance of digital health programs strongly and exclusively rely on the patient. Some behaviors that have been noticed in patients, and which could impact care, include: making an error in reporting the last blood-pressure reading, missing a measurement, or not wanting to report a measurement. In addition, having to think about measurements and manually report them on a specific interface can be painful for patients. Either patients are deeply annoyed by the process and feel less engaged in the whole program, or they abandon the full treatment. By automatically synchronizing data and providing trends and a history of objective data, connected devices provide an answer to many of these issues.
As Dr. Emil Baccash explained in a recent New York Times article, “[It is] taught in medical school that taking a medical history gives you 90 percent of the information you need, with the 10 percent coming from the physical exam.”
If connected devices are well chosen, they can help to reduce friction in the user experience. With less friction, patients are more engaged and become the main actors in their own care, which is key to achieving better health outcomes. Some studies have already proven that connected devices are changing the way chronic care is managed. More recent evidence from the American Medical Association confirms that providers are looking for digital health tools, including connected devices, to treat chronic illness. But the goal of better healthcare outcomes using connected devices is only achievable if the devices are efficient. Here a few tips to help ensure that connected devices will add the maximum value to your program.

The importance of a well-chosen device

The right connected health devices can play a key role in this vision. Better health outcomes are only achieved if connected devices are efficient and engaging. This involves numerous factors: Ease of use. Any friction point along the way - such as installation requirements, complex instructions, or even the need for frequent battery changes will drive down program adoption rates. Patients need devices that are truly plug and play. With intuitive devices, patients are more engaged and become the main actors in their care.  Cellular enabled. For too long, the health device industry relied on Bluetooth and Wi-Fi to gather data from in-home devices, but these were cumbersome for patients to set up, and it limited who could participate (i.e., patients in rural areas or those without cell phones.) The answer to expanding access to patient data at home is using cellular devices that work right out of the box, regardless of whether the patient has cell service at home. This bridges the health equity gap by providing access to all patients, regardless of their tech-savviness or Wi-Fi/bluetooth connectivity limitations.

With the vision of making the lives of patients and care teams easier in combination with collaborating with hundreds of digital health partners and clinicians, Withings Health Solutions developed Body Pro 2. This advanced cellular smart scale transforms chronic condition management by offering personalized motivational messages, a vibrant LCD color screen, and engaging health trend data to show progress. 

Designed around positive health changes. Most in-home devices are a bit depressing to look at and do little to inspire patients. A sleek look and feel can make a profound difference on the patient experience and motivation. Designing in habit-forming features such as daily weather forecasts and motivational messages can help devices to effortlessly become part of patients’ everyday lives.  Instant feedback. Patients are more engaged if they are able to see the results of their efforts. Being able to see decreased blood pressure or a lower weight after months of struggle is enough to keep patients motivated and confident in the program. A study published in the review Obesity shows that frequent weigh-ins with electronic graphic feedback are effective in preventing weight gain. Instant, understandable, color-coded feedback makes patients feel responsible for and more active in their care. Accuracy. Devices should be highly accurate to provide precise data that will lead to the most efficient treatments. When considering a medical-grade device, look for agency approvals or markings indicating its accuracy. Seamless integration. Devices should have the option to be easily integrated into a program’s existing workflow and to automate data collection, reducing the operational burden and associated costs. 

Integrate our suite of API solutions and retrieve data seamlessly, bridging the gap between our devices and your existing systems.

  • Easily integrate our drop shipment API in a matter of weeks – alternatively, if API development is not an option, use our portal and be up and running in just a few hours 
  • Eliminate the cost and headache of maintaining a third party fulfillment center or manually ordering devices with our drop shipment capabilities 
  • Avoid inventory risk and ensure patients get their devices shipped and delivered in a matter of days when dropshipping with Withings

How do health systems and patients benefit from this model?

Making better health part of daily life is possible with connected devices. These enable health systems to offer a higher level of care while fostering positive life changes in their patients. Through instant access to accurate patient data, care teams can better manage patients’ chronic conditions while alleviating extra work for their staff. With elegant, easy-to-use devices designed around patients’ daily lives, health systems can maximize program participation, improve health equity, and ultimately enhance outcomes for all.  [post_title] => 6 tips for integrating a connected device into a digital health program [post_excerpt] => [post_status] => publish [comment_status] => open [ping_status] => open [post_password] => [post_name] => six-tips-to-integrate-a-connected-device-into-a-digital-health-program [to_ping] => [pinged] => [post_modified] => 2024-06-26 13:06:08 [post_modified_gmt] => 2024-06-26 13:06:08 [post_content_filtered] => [post_parent] => 0 [guid] => https://withingshealthsolutions.com/?p=355 [menu_order] => 0 [post_type] => post [post_mime_type] => [comment_count] => 16 [filter] => raw ) [comment_count] => 0 [current_comment] => -1 [found_posts] => 3 [max_num_pages] => 1 [max_num_comment_pages] => 0 [is_single] => [is_preview] => [is_page] => [is_archive] => [is_date] => [is_year] => [is_month] => [is_day] => [is_time] => [is_author] => [is_category] => [is_tag] => [is_tax] => [is_search] => [is_feed] => [is_comment_feed] => [is_trackback] => [is_home] => 1 [is_privacy_policy] => [is_404] => [is_embed] => [is_paged] => [is_admin] => [is_attachment] => [is_singular] => [is_robots] => [is_favicon] => [is_posts_page] => [is_post_type_archive] => [query_vars_hash:WP_Query:private] => 68fb9741ff42803b926a96d28101798c [query_vars_changed:WP_Query:private] => [thumbnails_cached] => [allow_query_attachment_by_filename:protected] => [stopwords:WP_Query:private] => [compat_fields:WP_Query:private] => Array ( [0] => query_vars_hash [1] => query_vars_changed ) [compat_methods:WP_Query:private] => Array ( [0] => init_query_flags [1] => parse_tax_query ) )
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