I had the great pleasure of sitting down with a startup CEO, a medical professional, who wanted to get ahead of codebase health before her product went to the App stores... (stay tuned for a plug of her product) We came upon an analogy for understanding code metrics to health care metrics. I thought it was a great way to think about what we do at Sema and how we partner with technologists. There are three levels of understanding metrics about code, just like three levels of understanding patient information. The first level is the raw data. In health care, that could be a blood pressure reading. In code metrics, that could be the raw count of high-risk security warnings from Open Source code, aka CVEs. In both cases, we can make some general statements: it is generally better to lower your blood pressure; it is generally better to have fewer CVEs. But that guidance is quite generic. The second level is benchmarked results. In the health care example, that could mean blood pressure levels among men in their fifties. For code, that could be high-risk CVEs among tech companies that are at least 5 years old and 100-250 all-time developers. The trick is to get a comparison group small enough to be useful, without overfitting and missing the big picture. The question of specificity vs. generalizability is not an easy one. Benchmarked results are a big improvement over raw data, but it's still not enough. That's why a third level is needed: expert discussion. Of course in medicine that looks like a conversation with a health care professional. With code stats that looks like an Engineering expert, whether a sophisticated CTO, a Tech Operating Partner, or an external Advisor. The best experts, whatever hat they wear, know the details of their field while also being able to explain the results to a broad audience. That expert discussion leads to further contextualization of the results-- understanding the patient's family history / cholesterol levels / heart rate variability, or maybe the codebase is safely behind firewalls and for internal use only. Perhaps even more important, that expert can start shaping the improvement plan. What does that mean for Sema? At the raw data level, we have collected the broadest set of codebase health metrics for a deep and diverse set of software organizations. For benchmarked results, our Snapshot gives a ready comparison of codebases compared to organizations of similar size and stage. For experts, we are honored to partner with many outstanding experts, who can take the scan results combined with their own investigation and insights and guide their "patient" to the next level of success. I am the son of a computer programmer and a math teacher, so my heart (and genes?) will always be with looking at data to make things better. A proper approach to data-driven improvement covers all three levels.
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Let's talk about healthcare's dirty secret: documentation overload. Nurses' lives are filled with tedious work, leading to burnout and staffing shortages with clinical reporting as the main time-consuming culprit. So one Fortune500 health system partnered with A.Team to build a data platform that would leverage generative AI to reimagine how clinical reporting is done throughout its network of hospitals. To help solve the company’s mission, A.Team assembled a dream team, including Anya Ruvinskaya as Product Manager, Jimson James as Data Analyst, Nicholas Kammerdiener as DevOps Engineer, and William Chan as Full-Stack Developer. The result? A custom generative AI platform, built in just 4 months, that automated clinical reporting, freeing nurses to focus on patient care. "The appealing factor of working with A.Team was the business model," said the company's Director of Innovation. "In an AI world, you have to have really passionate people. With A.Team, I know that whoever I was interviewing also really wanted to be a part of the initiative.” This passion translated into impressive results: a projected 40% increase in nurse productivity, leading to more meaningful patient interactions, less burnout, and a stronger healthcare system overall. With success like this, it begs the question, what other healthcare headaches could be alleviated with AI solutions? Let us know in the comments!
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🚀 **Transforming Healthcare with Machine Learning in HCC Coding** 🚀 In the ever-evolving field of healthcare, Hierarchical Condition Category (HCC) coding plays a pivotal role in ensuring accurate risk adjustment and reimbursement. As we move forward, the integration of machine learning (ML) into HCC coding is becoming increasingly important. Here’s why: 🔍 **Enhanced Accuracy**: Machine learning algorithms can analyze vast amounts of data with exceptional precision, significantly reducing human errors in identifying and coding chronic conditions. This leads to more accurate risk adjustment scores, which are crucial for proper reimbursement. ⏱️ **Efficiency and Speed**: ML-driven tools can process medical records much faster than manual coding, allowing coders to focus on more complex cases. This not only boosts productivity but also ensures timely submission of claims, which is essential for healthcare providers. 🔮 **Predictive Analytics**: By leveraging historical data, machine learning models can predict potential diagnoses and conditions, helping providers identify at-risk patients sooner. This proactive approach enhances patient outcomes and improves the overall quality of care. 🔒 **Compliance and Consistency**: Automating routine coding tasks with ML ensures a consistent application of coding guidelines across all records. This reduces the risk of non-compliance and penalties, giving healthcare organizations peace of mind. As we embrace these advancements, it’s clear that the future of HCC coding—and healthcare as a whole—will be shaped by the capabilities of machine learning. Let’s continue to drive innovation in our field! 💡 🔓 Unlocking the Power of Data with KNIME – No Coding Required! 📊 As someone with a non-coding background, stepping into the world of data science can often feel intimidating. But here’s the good news: tools like KNIME transform that challenge into an incredible opportunity! KNIME is a free, open-source platform that empowers users to execute complex data analysis workflows without having to write a single line of code. Whether you're dealing with big data, running machine learning models, or simply exploring your datasets, KNIME’s intuitive drag-and-drop interface makes it accessible to everyone—regardless of your technical expertise. #Healthcare #HCCCoding #MachineLearning #HealthcareInnovation #RiskAdjustment #PatientCare #DataAnalytics
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Discussing the future of healthcare technology and the role of software developers in driving innovation is both exciting and critical. We stand on the precipice of a digital revolution, poised to redefine the dynamics of healthcare. 💡 Here are my thoughts: • As we step into the future, Artificial Intelligence, Machine Learning, and Quantum Computing will take center stage. These technologies will streamline healthcare management, predict diseases and even drive personalized treatment possibilities. • Role of software developers: Software developers are the architects of this revolutionary change. By creating nimble solutions that prioritize patient care, they carry the heavy mantle of moulding a better and healthier tomorrow. However, the road ahead has its share of challenges too: • The endless quest for security: With great technology comes great responsibility. The upmost being the privacy and security of users' data, a task requiring constant vigilance and innovation. • Bridging the gap between technology and humanity: Achieving a balance that leverages the efficacy of technology while preserving the humane aspect of healthcare. Opportunities for growth abound. Here are a few: • Developing healthcare-focused platforms that enhance efficiency, collaboration and knowledge sharing amongst professionals. • End-user apps that empower patients with insights and tools for managing their health, fostering preventive healthcare. If you're a techie passionate about healthcare, or a healthcare professional drawn to technology, let's connect. Sharing insights, experiences and challenges is how we'll navigate this exciting voyage and realize our vision for the healthcare industry. Let's innovate together and light the beacon for global healthcare. Remember, the ability to innovate is not just an opportunity, it's a responsibility.
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AI applications in healthcare diagnostics demand a strong mastery and in-depth understanding of health terminology, from basic to advanced levels. If you seek a team of seasoned application developers with decades of experience in software development and AI, we’re here to help. Our team is skilled in building solutions that address complex healthcare challenges, and we’re ready to demonstrate our expertise and take on any challenge. Please feel free to reach out to discuss your project needs. #HealthcareInnovation #DigitalHealth #HealthTech #AIinHealthcare #MedicalTechnology #HealthIT #ArtificialIntelligence #HealthCareRevolution #HealthAI #MedTech #HealthcareSolutions #HealthcareTechnology #Telemedicine #FutureOfHealthcare #AIApplications #DigitalTransformation #HealthCareIndustry #HealthDiagnostics #MachineLearning #HealthcareEcosystem
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🚀 Thrilled to Announce My Latest Project: The Interactive Pharmacy Assistant! 💊 I’m excited to share my latest innovation in healthcare technology: a Personalized Pharmacy Interactive Bot, designed to empower patients and streamline pharmacy operations! This project combines the power of Streamlit for a user-friendly interface, Google Gemini Flash LLM for pill identification, and SQL Server for seamless data management and python-libraries. Link : https://lnkd.in/eGnNpqqf ✨ Key Features: Pill Identification: Patients can upload an image of any pill they have on hand. Using the Google Gemini Flash API, the bot identifies the pill and provides essential information. Medication Adherence Tracking: Visualize adherence trends to encourage consistent medication use. Automatic Refill Requests: If a patient has no refills remaining, the bot automatically faxes the prescribing doctor using the fax number stored in our SQL Server database. Appointment Scheduling: Easily book appointments with pharmacists and view upcoming events on an intuitive calendar interface. Health Dashboard: Comprehensive insights into vital signs and medication management, enhancing patient engagement and awareness. 💡 As a data engineer committed to transforming healthcare, I believe that leveraging technology can make a significant impact on patient outcomes. 📈 To recruiters and healthcare professionals, if you’re looking for someone who blends technical expertise with a passion for health innovation, let’s connect! I’m eager to explore opportunities that advance patient care and health tech solutions. #PharmacyTech #HealthInnovation #DataScience #MachineLearning #Streamlit #GoogleGemini #SQLServer #AWS #CloudMigration #PatientEngagement #InteractiveBot #CareerOpportunities #Data #DataEngineer #generativeai #amazon #AWS #ai #Healthcare #gemini #google #vertexai #amazoncloud
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There is definitely a place for AI in coding but systems need to be set up, enabled and ready for this. A great start is more electronic records and ongoing clinical documentation programs. We also need educational institutions to be embedding the use of technology into their HIM and clinical coding courses to ready our future workforce. It’s an exciting time but it needs to be well considered and planned.
If AI could read doctor's writing, then it might have a chance! While there have been improvements in the automation of clinical coding, the recognition and extraction remains an issue - poor documentation, illegible documentation = poor data quality - multiple terms used to explain one clinical concept (just think about descriptions of wounds) - multiple standards and coding rules applying to selection of codes - missing or incomplete clinical documentation Ultimately the clinical documentation needs to be there, in the medical record, complete and legible, before AI can begin to able to 'take over' or assist clinical coders! There's always hope! (and just in case you're wondering, the documentation above states "Hb 77 - transfuse" ) #healthcare #digitalhealth #clinicaldocumentation #healthinformationmanagement #ICD10
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Introducing CarePlus +: Patient Feedback Management System and AI Assistant! 🚀 Our innovative project, CarePlus is transforming patient feedback and medical query assistance in healthcare. With a focus on revolutionizing patient feedback and engagement, CarePlus utilizes unique QR codes for staff, star ratings, and MCQs to gather feedback efficiently. Leveraging LLM and data analytics, CarePlus maximizes usability by simplifying complex processes, offering a solution to enhance patient care and staff effectiveness in healthcare. Stack used: 🔹 Frontend: React JS 🔹 Backend: MySQL, Python Django 🔹 Chatbot: Google Gemini AI In conclusion, our hospital feedback management system and AI assistant represent a significant advancement in patient engagement and service quality enhancement. By combining technology with traditional feedback methods, we empower patients to provide feedback conveniently and receive timely responses, driving continuous improvement within our healthcare facility. This solution streamlines feedback processes, ensures prompt resolution of patient concerns, and ultimately leads to higher patient satisfaction and improved healthcare outcomes. #HealthcareInnovation #PatientCare #AIAssistant #FeedbackManagement #IEEE #IEEECOMPUTERSOCIETY #HealthTech
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I'm now working with other healthcare experts to develop a series of tools to streamline healthcare data analysis and related products. - Our focus is speed. We'll build various healthcare data transformation tools common across a wide range of studies, validating them against different datasets before release. - We're leveraging advanced AI for code generation and output validation. All dynamically generated code will be tested in a sandbox simulation environment. We're also designing libraries to validate healthcare protocols using modern AI and applied engineering, with a comprehensive checklist guiding our efforts. - We'll utilize existing health standards like OMOP, SNOMED, and drug lists, avoiding the need to create new ones wherever possible. - Instead of requiring users to install software themselves, we'll deploy the tools and provide APIs for immediate use, allowing users to deploy in their own environment when ready. - Cost and governance are crucial. No data will leave the deployed environment, and to keep costs down, we’ll use affordable VMs with essential security measures.
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Remember the days of scrambling to get all the coding done for risk adjustment? Those late nights are becoming a thing of the past. As healthcare organizations enter a new decade, you have likely observed automation taking on an increasingly vital role in risk adjustment coding. Automation can significantly improve coding accuracy and efficiency with the right technology implementation and effective training. Read More - https://lnkd.in/gfJmM8tt Contact Us - [email protected] | +1-866-780-0669 #annexmedrcm #annexmed #revenuecyclemanagement #medicalcoding #medicalbilling
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On the business of clinical coding. Health codes that are used to tag administrative health records can play a big role in filtering records to identify patient subgroups. And yet I consider that if a record gets tagged with the wrong code, it might make a difference in the future when search queries are trying to identify relevant patients. According to this paper by Venkatesh: "The US clinical coding market was valued at $18 billion in 2021, and is expected to grow 8.0% annually until 2030. This sizable market has stimulated the race to create the first widely adopted ACC [automated clinical coding] model. The authors then discuss the future challenges of ACC. On another note, I'm interested in identifying whether there are characteristics and trends in what clinical coding systems might be used to tag up clinical study data. I'm curious if preferences for clinical coding systems might vary by factors like therapeutic area or region. Actually Berber Snoeijer I remember listening to one of your wonderful talks on biomedical ontologies. Any thoughts that come mind about trends of what kinds of data sources tend to use one source or another? #clinicalcoding #rwe
Automating the overburdened clinical coding system: challenges and next steps
ncbi.nlm.nih.gov
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