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Hospitals collect huge amounts of data from health and patient management records.
Healthcare dashboards turn this raw and complicated data into easy-to-understand metrics, such as patient satisfaction and disease management. You can see these metrics in charts, graphs, and tables.
But you may ask how these metrics help hospitals.
Let me explain. For example, let's take the patient satisfaction metric. This metric helps the admins see whether the patients are happy with the hospital service.
If the dashboard shows that satisfaction levels are low, then it means patients are unhappy with the hospital service.
Admins can make the service better by asking patients for feedback to figure out what needs fixing; then, they can make some changes to keep patients happy.
Here are a few benefits specific to healthcare.
Suppose you want to book a dental appointment. When you call the doctor's office, AI can assist the receptionist as follows:
It checks the doctor's working hours, days off, and current bookings. The receptionist gathers details like what kind of appointment the patient needs (regular, special, or urgent care).
Combining the doctor's schedule and the patient's requirements, AI can suggest open slots for booking.
This helps the receptionist quickly figure out the best time to fit the patient through the schedule. This saves a lot of time for the patient and the hospital.
Plus, AI can learn from past appointments to determine the best way to schedule patients, making everything more efficient.
AI analyzes patient data like medical records, diet, and exercise habits. It can find patterns or similarities in this data to suggest a personalized plan just for you.
For example, AI might find that people with specific lifestyles (people who are physically not active) are likely to develop certain conditions (obesity). Further, it can suggest specific medicines, therapies, or lifestyle changes.
Real-time analytics and visualizations in healthcare can save people's lives.
For example, doctors can continuously monitor the metric that shows a patient's heart rate. If the heart rate goes down, the doctors can attend to the patient immediately to bring the patient to a normal condition.
This is only possible with an AI-powered dashboard that updates in real time with suitable visualizations.
AI can predict patient outcomes and identify high-risk patients as follows:
Processing claims and identifying coding errors by hand takes a lot of time.
But AI can process claims much faster with fewer mistakes. Also, it can verify whether the codes for treatments and procedures are correct. This avoids denial of claims.
These dashboards show what's happening every day at a healthcare facility. They give you real-time information like:
Clinical dashboards give us a peek into how patients are doing. Some of the important metrics we look at are:
These include:
Financial dashboards in healthcare give a big picture of how well the organization is doing financially.
You need to understand why you need this dashboard.
The first step is to identify the primary users of the dashboard and what they need help with. This makes it easy to build dashboards for specific purposes.
For example, doctors and nurses need information about a patient's health status or test results. This specific dashboard might involve metrics such as heart rate, blood test, temperature, etc.
A few metrics for hospital management are how much it costs to run the hospital and how many patients are about to be discharged.
You can either build a specific dashboard that serves certain users or create a generic one to get an overview of your hospital.
However, the audience and the purpose are the first steps to building either of these dashboards.
Collect all the relevant data from health records, billing systems, and patient registries.
Make sure the data is of high quality, has a consistent format, and is complete. After that, prepare it into a suitable format for analysis.
Just like we discussed earlier, choosing the right KPIs is easier when you have a clear purpose and know who your dashboard is for.
Visualization tools make it easy to convert data into clear and beautiful charts.
But, not all tools are created equally, and they are not suitable for your specific needs. So, pick a tool that has great data visualization, allows for interaction, and can be integrated easily.
DataBrain is an excellent choice for its user-friendly interface and powerful features.
Let users explore data with features like drill-down, filtering, and zooming. It makes discovering hidden information more fun and interactive.
Test the dashboard thoroughly with the end users to get their feedback.
This will help you find ways to improve it and make necessary changes to ensure the data is accurate. The visualizations should be clear, and the overall user experience should be excellent.
Make sure to put the dashboard in a secure and easy-to-reach spot.
Give users clear instructions and support. Also, set up a regular maintenance schedule to update data, fix errors, and add new features.
DataBrain is a tool that makes it easy to create dashboards with its AI technology. It lets healthcare workers focus on their data instead of getting stuck on complex steps.
It has an interface where you just drag and drop to build your dashboards. This means you don't need to know coding to make something that looks good. Just pick your data and how you want it to show up.
You can also change your dashboards any way you want. You can pick different colors and fonts and add buttons and filters to make it work for you.
Dashboards from DataBrain are important for healthcare because they use natural language processing and machine learning to understand your questions and respond with answers within minutes. This helps make better choices and be more efficient.
If you think DataBrain could help your healthcare facility work better, reach out to see it in action.
Here are a few benefits specific to healthcare.
Suppose you want to book a dental appointment. When you call the doctor's office, AI can assist the receptionist as follows:
It checks the doctor's working hours, days off, and current bookings. The receptionist gathers details like what kind of appointment the patient needs (regular, special, or urgent care).
Combining the doctor's schedule and the patient's requirements, AI can suggest open slots for booking.
This helps the receptionist quickly figure out the best time to fit the patient through the schedule. This saves a lot of time for the patient and the hospital.
Plus, AI can learn from past appointments to determine the best way to schedule patients, making everything more efficient.
AI analyzes patient data like medical records, diet, and exercise habits. It can find patterns or similarities in this data to suggest a personalized plan just for you.
For example, AI might find that people with specific lifestyles (people who are physically not active) are likely to develop certain conditions (obesity). Further, it can suggest specific medicines, therapies, or lifestyle changes.
Real-time analytics and visualizations in healthcare can save people's lives.
For example, doctors can continuously monitor the metric that shows a patient's heart rate. If the heart rate goes down, the doctors can attend to the patient immediately to bring the patient to a normal condition.
This is only possible with an AI-powered dashboard that updates in real time with suitable visualizations.
AI can predict patient outcomes and identify high-risk patients as follows:
Processing claims and identifying coding errors by hand takes a lot of time.
But AI can process claims much faster with fewer mistakes. Also, it can verify whether the codes for treatments and procedures are correct. This avoids denial of claims.
These dashboards show what's happening every day at a healthcare facility. They give you real-time information like:
Clinical dashboards give us a peek into how patients are doing. Some of the important metrics we look at are:
These include:
Financial dashboards in healthcare give a big picture of how well the organization is doing financially.
You need to understand why you need this dashboard.
The first step is to identify the primary users of the dashboard and what they need help with. This makes it easy to build dashboards for specific purposes.
For example, doctors and nurses need information about a patient's health status or test results. This specific dashboard might involve metrics such as heart rate, blood test, temperature, etc.
A few metrics for hospital management are how much it costs to run the hospital and how many patients are about to be discharged.
You can either build a specific dashboard that serves certain users or create a generic one to get an overview of your hospital.
However, the audience and the purpose are the first steps to building either of these dashboards.
Collect all the relevant data from health records, billing systems, and patient registries.
Make sure the data is of high quality, has a consistent format, and is complete. After that, prepare it into a suitable format for analysis.
Just like we discussed earlier, choosing the right KPIs is easier when you have a clear purpose and know who your dashboard is for.
Visualization tools make it easy to convert data into clear and beautiful charts.
But, not all tools are created equally, and they are not suitable for your specific needs. So, pick a tool that has great data visualization, allows for interaction, and can be integrated easily.
DataBrain is an excellent choice for its user-friendly interface and powerful features.
Let users explore data with features like drill-down, filtering, and zooming. It makes discovering hidden information more fun and interactive.
Test the dashboard thoroughly with the end users to get their feedback.
This will help you find ways to improve it and make necessary changes to ensure the data is accurate. The visualizations should be clear, and the overall user experience should be excellent.
Make sure to put the dashboard in a secure and easy-to-reach spot.
Give users clear instructions and support. Also, set up a regular maintenance schedule to update data, fix errors, and add new features.
DataBrain is a tool that makes it easy to create dashboards with its AI technology. It lets healthcare workers focus on their data instead of getting stuck on complex steps.
It has an interface where you just drag and drop to build your dashboards. This means you don't need to know coding to make something that looks good. Just pick your data and how you want it to show up.
You can also change your dashboards any way you want. You can pick different colors and fonts and add buttons and filters to make it work for you.
Dashboards from DataBrain are important for healthcare because they use natural language processing and machine learning to understand your questions and respond with answers within minutes. This helps make better choices and be more efficient.
If you think DataBrain could help your healthcare facility work better, reach out to see it in action.