How does TURP work? A connected digital health ecosystem.

How do patients, healthcare professionals, health data, and connected medical devices come together in a single digital health ecosystem?

The digitalization of healthcare services doesn't just mean transferring hospital records to an electronic format or viewing health data through a mobile application.

Today, digital health is evolving into a holistic structure that can create a continuous and regular flow of information between patients, healthcare professionals, health data, and connected medical devices .

However, data from different devices remaining on different systems, the patient using another application, and the healthcare professional monitoring the process from a separate platform can lead to the fragmentation of the digital health experience.

The TURP Digital Health Platform aims to bring these diverse components together in a common digital ecosystem.

So how does TURP work?

Why is a single ecosystem needed in digital health?

During a patient's monitoring process, health data may be generated from various sources.

Measurements can be taken from a connected healthcare device, the patient can participate in the process via a mobile application, a healthcare professional may want to evaluate the patient's data, or remote communication may be needed.

If these processes are carried out in independent systems, health data can become fragmented.

TURP's approach is to bring this structure together as much as possible within a single digital health ecosystem.

The basic structure consists of four main components:

Healthcare Professional → Health Data → TURP → Patient → Connected Medical Devices

These components become part of the same digital monitoring process via TURP.

1. Healthcare Professional: Manages the Follow-up Process

Healthcare professionals are a key component of the digital health ecosystem.

Healthcare professionals can manage the follow-up processes of their assigned patients through TURP and view the health data transferred to the platform.

This allows for a more centralized work environment instead of tracking information from different patients in separate systems.

From a healthcare professional's perspective, TURP is more than just a screen displaying data.

The platform aims to bring together different processes such as patient management, visualization of health data, digital tracking, and patient communication within a single structure.

This allows healthcare professionals to access the information they need in a more organized digital environment.

2. Patient: Participates in the Digital Monitoring Process

On the other side of the digital health system is the patient.

In traditional healthcare, patients are mostly active participants in the system during examinations or check-ups, while digital health technologies allow the monitoring process to continue throughout daily life.

Thanks to the TURP mobile experience, users can access the digital health services offered to them, view the health metrics transferred to the platform, and participate in follow-up processes.

The ability to communicate digitally with a healthcare professional when needed is also an important part of this structure.

Thus, the patient can be part of the digital health ecosystem not only when receiving healthcare services, but also throughout the follow-up process.

3. Health Data: Converging in a Single Point

Digital health systems are fundamentally based on data.

However, generating a large amount of health data is not enough on its own. What is truly important is being able to bring this data together in an organized and usable structure.

Measurements taken at different times or data from connected devices being located in independent environments can complicate the monitoring process.

TURP enables health data transferred from supported sources to the platform to be viewed within a centralized digital structure.

In this way, health data cease to be merely isolated measurements and become an integral part of the monitoring process.

4. Connected Medical Devices: Transfer Data to a Digital System

Connected health and medical devices are becoming an increasingly important component of the digital health ecosystem.

Devices used in daily life or in specific monitoring processes can generate different health measurements.

At this point, what is important is not only performing the measurement, but also transferring the data from the supported devices into a digital structure that can be used in the monitoring process.

TURP's device management and integration approach is designed to make data from connected devices part of the digital health ecosystem.

Thus, instead of creating a direct monitoring experience between the device and the healthcare professional, the data can be processed in a more holistic structure through TURP.

How does data flow occur in TURP?

It's possible to think of TURP's working model through a simple workflow:

Medical Device → Health Data → TURP → Follow-up → Healthcare Professional / Patient

Health information from a supported device or data source is transferred to the TURP ecosystem.

Within the platform, this data becomes part of the relevant tracking process.

Patients can view the health data and services available to them, while healthcare professionals can manage patient processes within their authorized access levels and the relevant monitoring model.

Thus, data ceases to be merely a value that is produced on a device and remains there.

From Data to Tracking Process

One of the most important issues in digital health is the difference between collecting data and monitoring health.

A device can generate numerous measurements throughout the day. However, the fact that this data is scattered across different systems does not, by itself, constitute a comprehensive monitoring process.

Therefore, in TURP's approach, technology is not used solely for data collection.

The goal is to connect data, patients, healthcare professionals, and digital health services within the same process.

Thanks to this approach:

Data is generated → Transferred to the system → Displayed → Becomes part of the tracking process → Communication takes place when necessary.

Thus, technology is positioned not as a replacement for healthcare, but as a digital infrastructure that supports the monitoring process between healthcare professionals and patients.

The Digital Connection Between Patient and Healthcare Professional

TURP is not just about health data.

One of the platform's key objectives is to maintain the digital connection between healthcare professionals and patients throughout the follow-up process.

On one side, healthcare professionals can view their patients and the data uploaded to the platform, while on the other, patients can access their own digital health experience.

Digital communication and meeting features can also be included in this process if needed.

Thanks to this structure, data and communication become parts of the same digital health ecosystem, rather than two completely independent processes.

A Connected Digital Health Ecosystem

Viewing TURP solely as a patient application, healthcare professional dashboard, or device management system is insufficient to describe the platform as a whole.

TURP's fundamental approach is to connect these components.

A healthcare professional will monitor it.

The patient participates in the process.

Health data is brought together in one place.

Connected medical devices transmit data to the system.

TURP forms the common digital infrastructure for these different components.

The result is not just a platform for displaying data, but an integrated structure where patients, healthcare professionals, health data, and connected devices come together in the same digital health ecosystem .

Explore Digital Health Connected with TURP

In digital health, what's important is not just using more technology, but also the ability of those technologies to work together effectively.

TURP brings together patient management, health data, mobile access, digital communication, and connected medical devices within a common platform approach.

One platform. Connected data. A holistic digital health experience.