7 Ways Data Science Is Reshaping Healthcare

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Updated October 2016

What do healthcare and finance have in common? Probably not too much, except for the fact that they are being disrupted by technology. The process is highly encouraged: Digital health companies alone received over $4.5 billion in venture funding last year. Yet, the key to the meaningful industry transformation lies in the use of data science for healthcare.

With about 1.2 billion clinical documents being produced in the United States annually, life scientists and doctors have a sea of data to base their research upon. Additionally, huge volumes of health-related information are made accessible through widespread adoption of wearable tech. This opens up new opportunities for better, more informed healthcare.

Being able to collect, structure and process a high volume of data and further make sense of it, to gain a deeper understanding of the human body is the key objective for thousands of data scientists andmachine learning experts all over the world. It also has the strongest potential to revolutionize healthcare, based on our industry expertise. Namely, we see 7 significant ways data science is advancing the medical industry.

1. Using wearables data to monitor and prevent health problems

World’s leading technology companies, such as IBM and Qualcomm, have been leading the way in health innovations. Recently Apple has joined the race for better healthcare with its ResearchKit. Yet, there remain plenty of opportunities on the market.

Machine learning algorithms can be used to detect and track more common conditions, like heart or respiratory diseases. Collecting and analyzing heart rate and breathing patterns, technology can detect the slightest changes in the patient’s health indicators and predict possible disorders. While 600,000 people suffer sudden heart stoppages in the U.S. every year, having an opportunity to anticipate the problem and send out timely alerts could save thousands of lives.

Another healthcare issue that calls for special attention and routine observation is chronic disease management. With an extremely high obesity rate (30 percent and higher in 25 states), a number of potentially dangerous chronic conditions, such as diabetes and hypertension, have emerged as the major risk factors for the US population.

Targeting this particular market opportunity, Omada Health positions its flagship product as a “first digital therapeutic”. It is a data science-aided preventive medicine program, aimed at changing patients’ lifestyle and helping them keep their weight under control and avoid dangerous impacts of the obesity on their health. Adopted by individuals as well as businesses, the product represents a complete toolset aimed at reducing the risk of preventable health issues.

Using smart devices, such as scales and pedometer, Omada sources and processes patient’s behavioral data to create highly customized programs for every patient and provide the personal health coaches with an opportunity to gain deeper insights into the patient’s health and adjust the programs along the way. Furthermore, the self-learning algorithm is constantly improved as it sources more patient data from the system.

2. Improving diagnostic accuracy and efficiency

Targeting this problem, a deep learning startup, Enlitic, employs data science to increase the accuracy and efficiency of diagnostics. With $15 million funding, the startup has built a deep learning algorithm that can read imaging data (such as x-rays, CT scans, etc.), and analyze it, checking the given results against extensive database of clinical reports and laboratory studies. Therefore, the company claims to deliver up to 70 percent more accurate results, 50,000 times faster.

Take for example the emerging Dutch startup, called Bruxlab, which applies similar data science and machine learning algorithms for diagnostic purposes. Coupled with sound recognition technologies, they help diagnose and measure Bruxism symptoms. Using a vast number of audio samples, both true and false, the data scientists taught a neural network to recognize and measure teeth grinding symptoms.

With a prevalence rate of up to 31 percent, Bruxism is quite a widespread disease, yet it is mostly overlooked due to its symptoms’ concealed nature. Thus, a mobile app, powered by data science technologies, presents a significant opportunity for better diagnosis and more efficient disease monitoring.

3. Turning patient care into precision medicine

From a significant Electronic Health Records (EHR) adoption (currently about 95–98 percent in the US only) to the progress in genome sequencing, physicians now have enough information at hand to identify consistent patterns in symptoms and create accurate patient profiles.

Resulting from these two trends, there has been a boost in so-called “Precision Medicine”. As David Shaywitz, Chief Medical Officer at DNAnexus, a cloud-based data analysis and management platform for DNA sequence data, wrote in his article for Forbes: “The core premise … of precision medicine … is that the integration of genetic information, EMR data, and rich dynamic phenotypic information will enable sophisticated patient segmentation, revealing biologically distinct subgroups and pointing the way to precisely targeted treatments.

Therefore, the experts foresee an end to “one size fits all” treatments. Instead, precision medicine will open up the opportunities for personalized, thus more effective treatment. For example, instead of treating a patient for lung cancer, we will soon be able to define each specific symptom of the disease, the individual condition of the patient, his medical history, and even his genetic information in order to tailor the treatment accordingly and increase the chances for positive outcomes.

A vivid example of using data science to help physicians make informed treatment and patient care decisions is Oncora Medical. The healthcare startup uses historic data from multiple cancer treatment centers and patient’s individual EHR information to provide personalized treatment recommendations, depending on the type of cancer, the patient’s previous health records and his current condition. The company has successfully closed the second round of seed funding and currently plans to streamline its product.

4. Advancing pharmaceutical research to find cure for cancer and Ebola

A Boston healthcare startup, BERG Health, reshapes the cancer medication market through extensive use of data science. Using powerful machine learning algorithms the company extracted and analyzed biological samples from over 1,000 patients. With over 14 trillion data points contained in each sample, that was a plenty of information to feed into the AI algorithm.

As a result, the company developed BPM 31510, the drug, which detects and triggers the natural death of cells damaged by the disease. Thus, the cancer cells can be removed from the human body naturally, without extensive medication and further damage to the patient’s health.

While the drug is still being carefully tested, it gives us a clear understanding of the transformation potential that data science and machine learning technologies can provide to the pharmaceutical industry. Finding a way to push these research areas forward can lead to discoveries in AIDS, Ebola or Zika virus treatment.

As for the latter, Atomwise, an artificial intelligence technology startup, has recently shown some advances in search for the Ebola cure. According to the recent announcement, the company used virtual models and neural networks to evaluate how 7,000 existing drugs interact with the virus. Being processed by an AI-based program, the experiment took only about a day instead of months to complete and resulted in potentially promising discoveries: Two of the tested drugs has proven to make human cells resistant to the virus.

While the research is still to be continued, these early results show a huge potential of such approach to pharmaceutical research. Alexander Levy, COO of Atomwise states: “If we can fight back against deadly viruses months or years faster, that represents tens of thousands of lives. Imagine how many people might survive the next pandemic because a technology like Atomwise exists.

5. Optimizing clinic performance through actionable insights

Its cognitive engine is positioned as an “insights-as-a-service”. While the estimated 80 percent of data remains untapped, the company wants to bridge the gaps in business intelligence, providing deeper insights into the “dark data” through cognitive computing. Its two products, Amplify and Engage, are adopted mostly by the enterprise level organizations and used to interpret the data sourced both from clients and employees. Thus, the programs provide valuable recommendations and actionable insights, improving the organizations improve performance and engagement.

Similarly, data science and machine learning can be used to optimize the clinic staff scheduling and reduce the wait times, manage supplies and accounting, and even build efficient action programs for epidemics, such as seasonal flu outbreaks.

6. Taking the risk out of prescription medicine

For example, if 99 percent of the patients with the same symptoms are treated with a definite dose of a drug A, prescribing a different drug or changing its dose will trigger a system alert, asking if the doctor is sure about his/her prescription. Therefore, the product has the potential to save hundreds of lives and cut the expenses, caused by unnecessary readmissions or lengthy hospital stays.

7. Reducing hospital readmissions to cut healthcare costs

Analytics-based preventative medicine is told to contribute to an overall reduction in healthcare costs, although indirectly. For example, Clover Health, a data-driven analytics health insurance startup, reports up to 50 percent fewer hospital admissions and 34 percent fewer hospital readmissions. A smart algorithm, used by the company, identifies the most at-risk patients and helps coordinate the necessary care. Therefore, Clover Health is able to save $10,000 per every hospitalization avoided on average.

Furthermore, the use of data processing and analysis tools allows physicians to make informed decisions, which results in significant savings. As an example, data analytics, applied to optimization of the knee replacement process helped the healthcare provider save over $1.2 million within a year.

The Bright Future of Healthcare

  • Advances in technology
  • Growth of digital consumerism
  • The need to fight increasing costs

While data science provides tools and methods to extract real value from unstructured patient information, it eventually contributes to making healthcare more efficient, accessible and personalized. With only 15 percent of hospitals employing data science and predictive analytics to prevent hospital readmissions, the IDC Health Insights report predicts that 50 percent of the medical institutions and health insurers will focus on advancing their analytical capabilities in the near future.

Image Credit: NEC Corporation of America

You can find the original at AltexSoft’s blog: “7 Ways Data Science Is Reshaping Healthcare”.

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Being a Technology & Solution Consulting company, AltexSoft co-builds technology products to help companies accelerate growth.

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