Clinical Trial Finder

Inclusion Criteria:

1. Patients that have provide written informed consent for study participation. 2. Patients aged 18 years or older. 3. Patients initiating oral or intravenous treatment (chemotherapy, immunotherapy, targeted therapies etc.) for localized or metastatic or recurrent cancer treated at the CH Bligny. 4. Patients with the capacity, personally (e.g., language and capacity to use the application), and in terms of infrastructure (internet access, possessing a smart phone etc.) to perform telemonitoring with Cureety. 5. Eastern Cooperative Oncology Group (ECOG) performance status (PS) 0-2.

Exclusion Criteria:

- Patients treated for cancer at the CH Bligny in the last 5 years

Rationale: Telemonitoring of cancer patients provides patients with cancer-related information, as well as allowing appointment management, early detection of side-effects/adverse events (AEs), and the collection of safety and quality of life data from the patients' perspectives.1 Several studies have assessed the benefit of telemonitoring from the patients' perspective.1-5 However, few studies have investigated the benefit of telemonitoring for healthcare professionals.4,6,7 The Symptom Tracking and Reporting (STAR) randomized trial, performed at the Memorial Sloan Kettering Institute, randomly allocated patients to either usual care or the patient-reported outcome (PRO) group.8,9 Patients in the PRO group completed a web-based questionnaire concerning 12 common AEs (based on the National Cancer Institute Common Terminology Criteria for AEs [NCI-CTCAE version (v) 5.0]10) at or between visits. In the PRO group, 63% of patients reported severe AEs during the study. Patients, in the PRO group, reported improved quality of life, fewer admissions to emergency rooms or hospitalization, extended duration of chemotherapy, and extended overall survival (OS). This increased OS is potentially due to the early response by healthcare professionals to severe AEs identified by the web-based questionnaire. For healthcare professionals, the study reported fewer unscheduled visits for patients allocated to the PRO group. Interestingly, in the STAR trial, 77% of the nurse interventions (either by email or telephone) were in response to alerts (either counseling or symptom management), 12% were for initiating or changing of supportive treatment, 8% were for referrals to the emergency room or hospital, 2% were for chemotherapy dose modifications, and 2% were for ordering imagery or biological test.11 In France, the Foch hospital initiated the Star program for patients undergoing chemotherapy.12 The program collects patient data within at most 3 days prior to each chemotherapy session and transfer these to healthcare professionals to prepare the chemotherapy. The patient has the choice of completing a questionnaire via the internet or providing the information by telephone with the aid of a nurse. The data includes health status, presence of AEs, and blood test results. These data allow healthcare professionals to adapt or delay the chemotherapy, change treatments, and provide the patient with personalized advice according to the patient's health status. The program has improved the performance of departments involved by increasing the number of patients treated per day, decreasing the waiting times for patients, and by reducing the wastage of healthcare products. Consequently, numerous French healthcare centers want to implement programs like the Star program. However, a substantial portion of the data collection occurs via the telephone, particularly outgoing calls (from the hospital staff to patients). This increase in telephone communication means more work for healthcare professions. A digital telemonitoring platform, like Cureety that can collect this data before chemotherapy, is expected to decrease outgoing calls by between 30% to 50% and facilitate the implementing of these programs. Furthermore, healthcare centers in France are continually facing budget restrictions. At the same time, treating cancer patients is associated with an increase in incoming calls from patients during cancer treatment, particularly for minor AEs. The treating of these incoming calls is often repetitive and time consuming for hospital staff. The collection of data concerning AEs, of varying severity, can be integrated in a digital platform. Patients with minor AEs can be provided with the actions to be followed via the platform. This will allow staff to concentrate on patients with severe AEs needing urgent attention. Cureety is a digital telemonitoring platform, specifically designed to monitor signs and symptoms of disease progression and AEs in cancer patients. The digital tool is adaptable to specific treatments and disease settings. The platform collects various data including treatment delays, dose reductions, quality of life and safety data. In terms of safety, once configured for the treatment and disease setting, the patient responds to an electronic PRO (ePRO) questionnaire based on the NCI-CTCAE version (v)5.0.10 Depending on the responses, an algorithm classifies patients as either "correct", "compromised", "state to be monitored", or "critical state". Depending on the classification, patients are notified of the actions to be taken. This study will assess the benefit of adding Cureety telemonitoring to standard of care, compared to standard of care alone, for monitoring cancer patients undergoing oral or intravenous cancer treatments. Methodology: The MINERVA study was designed as a prospective, randomized, unblinded, single-centre, interventional study with minimal risks and constraints for patients. Patients initiating either oral or intravenous chemotherapy for cancer will be randomly allocated in a 1:1 ratio to either:

• - In-person care alone (Standard of care group).

• - In-person care with telemonitoring (Standard of care with Cureety group).

The randomization will be stratified by: • Oral versus intravenous cancer treatment. The number of patients initiating oral treatment at randomization will be restricted to 20 patients. Data concerning the telephone calls between study patients and the staff at the CH Bligny will be collected. The incoming and outgoing calls from the CH Bligny will be classified in the following categories:

• - Cancer treatments information (including the use of associated prophylactic treatments, e.g., granulocyte colony-stimulating factor [G-CSF], antihistamines etc.) - Appointments, in the following subcategories: - Administration of cancer therapy (including oral and intravenous treatments, etc.).

• - Consultations for a reason other than administering therapy.

• - Blood tests and other examinations.

• - Prescriptions.

• - Biological examinations (in preparation for cancer treatment).

• - Psychological support.

• - Patient education and supportive care.

• - Cancer treatment-related AEs.

• - Non-cancer treatment-related AEs, excluding COVID-related.

• - COVID-related.

• - Related to Cureety.

• - Other calls.

The planned enrolment period is 5 months. The planned follow-up period for each patient is 4 months.

Arms

No Intervention: Standard of care group

Standard of care

Experimental: Standard of care with Cureety group

In-person care with remote patient monitoring with the Cureety application

Interventions

Device: - remote patient monitoring

Cureety is a digital telemonitoring platform, specifically designed to monitor signs and symptoms of disease progression and AEs in cancer patients. The digital tool is adaptable to specific treatments and disease settings. The platform collects various data including treatment delays, dose reductions, quality of life and safety data. In terms of safety, once configured for the treatment and disease setting, the patient responds to an electronic PRO (ePRO) questionnaire based on the NCI-CTCAE version (v)5.0.10 Depending on the responses, an algorithm classifies patients as either "correct", "compromised", "state to be monitored", or "critical state". Depending on the classification, patients are notified of the actions to be taken.