
Between the obligations related to the digital Ségur, the proliferation of management tools, and the pressure on consultation time, healthcare professionals face a complex equation. Optimizing daily practice is not just about adopting the latest available software: it involves making choices between human, organizational, and digital levers, the real effects of which vary depending on the mode of practice.
Medical assistants and task delegation: the most underestimated lever
The discussion on optimizing medical time often focuses on digital tools. The available data tells a different story. Experiments with consultations involving a medical assistant alongside the physician, supervised by Assurance Maladie, have shown a significant increase in useful medical time, meaning the time actually spent with the patient compared to administrative tasks.
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This gain does not rely on any sophisticated technology. It involves entrusting the updating of the patient file, welcoming patients, taking vital signs, or coordinating with other caregivers to a trained individual. For private practices, Assurance Maladie also offers partial funding for these positions, provided a minimum patient volume is maintained.
Professionals who wish to structure this delegation can learn more about Optisanté, which details the modalities tailored to each specialty.
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Task delegation is not only relevant for general practitioners. Coordinating nurses, for example, play an increasing role in organizing complex care pathways, particularly for patients with chronic illnesses. Their involvement frees up medical time while improving the quality of follow-up.

Digital Ségur and ROSP: what software configuration changes concretely
Since the gradual implementation of the digital Ségur and My Health Space, part of the public health objectives remuneration (ROSP) for private physicians is conditional on the effective input of the DMP and e-prescription. It is no longer an option: poorly configured software leads to a direct loss of income on annual remuneration.
The problem is that compliance takes time. Structuring reports so that they properly feed into the shared medical file, configuring e-prescription, training the team (or the secretary) on these workflows: these steps are rarely budgeted in an already overloaded practice schedule.
Comparison of optimization levers by their impact
| Lever | Impact on medical time | Implementation cost | Time before results |
|---|---|---|---|
| Medical assistant | High (direct delegation) | Medium (possible funding assistance) | Several weeks |
| Ségur / DMP configuration | Moderate (administrative gain) | Low to medium | Several days to several weeks |
| Generative AI for reports | Variable (depending on specialty) | Low (software subscription) | Immediate, but CNIL constraints |
| Coordinated practice (CPTS, MSP) | High (task mutualization) | High (collective organization) | Several months |
The table highlights a often overlooked point: the time before results varies significantly from one lever to another. A medical assistant produces almost immediate effects on scheduling. In contrast, coordinated practice in a multi-professional health center requires several months of structuring before generating tangible gains.
Artificial intelligence and medical reports: regulatory constraints before time savings
Writing reports takes up a considerable amount of time for radiologists, pathologists, and emergency physicians. Generative AI promises to reduce this burden. Several institutions have begun testing tools capable of producing a first draft from structured data.
In January 2024, the CNIL published a guidance note specific to health data and generative AI. It requires a data protection impact assessment (DPIA) before any deployment. Tools hosted outside the European Union without compliance guarantees are prohibited.
In practice, this means that a healthcare professional cannot simply subscribe to an online service and start dictating their reports. The institution or practice must first:
- Conduct a documented DPIA, identifying the risks associated with processing health data by an AI model
- Ensure that data hosting complies with the requirements of the HDS (health data host) framework and is located within the EU
- Train users to systematically review generated texts, as AI regularly produces factual errors in specialized medical vocabulary
These preliminary steps explain why the actual time savings fall short of the marketing promises of most publishers. The specialties that benefit the most are those where the report format is highly standardized (conventional radiology, biological assessments).

Coordinated practice and care pathways: collective organization as a multiplier
Territorial professional health communities (CPTS) and multi-professional health centers (MSP) allow for the mutualization of certain tasks: welcoming unscheduled care, monitoring chronic patients, coordinating with hospital services. This model reduces the individual burden on each practitioner.
The effectiveness of coordinated practice largely depends on the quality of communication between teams. Secure messaging tools integrated into business software facilitate this coordination, but their adoption remains uneven. Some professionals continue to use the phone or fax for exchanges that could be tracked and archived digitally.
- Sharing common care protocols among MSP members reduces duplicate exams and prescription errors
- Mutual management of unscheduled care slots decreases pressure on each practitioner individually
- Integrating a care coordinator (often a nurse) improves follow-up for complex patients without overloading the medical agenda
Optimizing daily health practice relies less on a miracle tool than on the articulation between human delegation, digital compliance, and collective organization. The professionals who progress the fastest are those who start with the simplest lever to deploy (the medical assistant or software configuration) before investing in heavier structural projects.