Advanced / Metastic Solid Tumors, Chronic Leukemia Lymphocytic, Glioblastoma
Conditions
Keywords
Molecular Screening, Genomic profiles, Transcriptomic profiles
Brief summary
The proposal is to conduct a prospective, multi-cohort study aiming to decipher molecular profiles/biological characteristics of advanced cancer patients during the course of their disease with longitudinal and sequential analyses of tumor and liquid biopsies. This approach will allow i) to develop a model in order to predict tumor response / resistance in real life conditions and to better understand adaptive mechanisms and ii) to potentially propose therapeutic options to enrolled patients following the review of the biological/molecular data generated during this study and during a Molecular Tumor Board in case of disease progression. This study will include 12 cohorts according to tumor type and standard treatment received (See Inclusion criteria I1). Patient will be enrolled before the initiation of standard anti-cancer treatment.
Detailed description
Most of the molecular screening programs have allowed to successfully guide patients to personalized therapy only for a minority of patients (10-20%) and few patients have actually benefit from these programs with low objective response under personalized therapy. During the course of disease and / or of treatment, tumors become more heterogeneous and include a collection of cells harboring distinct molecular signatures with differential levels of sensitivity to treatment. Assessment of tumor heterogeneity and plasticity are essential for the development of effective therapies. Longitudinal analysis of biopsy samples is of considerable interest to assess the complex clonal architecture of cancers and potentially adapt cancer treatment to tumor profile/characteristics overtime. In this context, profiling of circulating tumor DNA using non-invasive liquid biopsies is also an interesting approach to assess cancer evolution by showing the contribution of clonal heterogeneity to chemotherapy resistance and metastasis in high-risk patients. The proposal is to conduct a prospective, multi-cohort study aiming to decipher molecular profiles/biological characteristics of advanced cancer patients during the course of their disease with longitudinal and sequential analyses of tumor and liquid biopsies. This approach will allow i) to develop a model in order to predict tumor response / resistance in real life conditions and to better understand adaptive mechanisms and ii) to potentially propose therapeutic options to enrolled patients following the review of the biological/molecular data generated during this study and during a Molecular Tumor Board in case of disease progression. This study will include 12 cohorts according to tumor type and standard treatment received (See Inclusion criteria I1). Patient will be enrolled before the initiation of standard anti-cancer treatment.
Interventions
BIOLOGICALBlood and tumor samples
Longitudinal molecular profiling of tumor and liquid biopsies.
Sponsors
Centre Leon Berard
Study design
Allocation
NON_RANDOMIZED
Intervention model
PARALLEL
Primary purpose
DIAGNOSTIC
Masking
NONE
Eligibility
Sex/Gender
ALL
Age
18 Years to No maximum
Healthy volunteers
No
Inclusion criteria
I1. Adult male or female patient with confirmed diagnosis of advanced/metastatic cancer to be treated with standard anti-cancer treatment according to : * For metastatic Small cell lung cancer (SLCC) : treatment by Immunotherapy ± chemotherapy * For Recurrent/Metastatic Head and Neck squamous cell carcinoma (HNSCC) : treatment by Immunotherapy (all lines) ± chemotherapy if in agreement with SmPC * For Metastatic Urothelial carcinoma : treatment by 1st line chemotherapy with avelumab as maintenance treatment (patients will be enrolled following 4 to 6 cycles of CT, only patient initiating avelumab maintenance are eligible (i.e. patients with SD or PR after CT) * For MSI-High, any tumor types : treatment by Immunotherapy * For HPV-related cancers, any tumor types : treatment by Immunotherapy * Metastatic GIST : treatment by Imatinib * BRAF- V600E tumors (lung and thyroid cancer) : treatment by Dabrafenib + trametinib * BRAF- mutated tumors (CRC, lung and thyroid cancer) : Lung (V600E only) and thyroid (all BRAF mutation with known sensitivity to Dabrafenib): treatment by Dabrafenib + trametinib CRC (BRAF V600E): treatment by Encorafenib + cetuximab * All solid tumor types with ret fusion / mutation : treatment by Selpercatinib * Metastatic Triple negative breast cancer (TNBC) : treatment by 1st line chemotherapy * Glioblastoma : treatment by Radiochemotherapy * Advanced high grade epithelial ovarian cancer : treatment by 1st line Chemotherapy * Chronic Lymphocytic Leukemia (CLL) in the relapsed setting : treatment by Bruton Kinase Inhibitors I2. All solid tumor cohorts: Availability of an archival representative formalin-fixed paraffin-embedded (FFPE) tumor sample \[...\] I3. All solid tumor cohorts: Disease evaluable as per RECIST V1.1 I4. All solid tumor cohorts excluding Glioblastoma: Tumor lesion visible by medical imaging and accessible to repeatable percutaneous or endoscopic mandatory de novo tumor sampling \[...\] I5. Performance status (PS) ECOG 0 or 1. I6. Patient should understand, sign, and date the written ICF prior to any protocol-specific procedures performed. Patient should be able and willing to comply with study visits and procedures including sequential tumor biopsies as per protocol. I7. Patient must be covered by a medical insurance.
Exclusion criteria
NI1. All solid tumor cohorts - Patient with non-acceptable tumor sample at screening. NI2. Any condition contraindicated with blood/tumor sampling procedures required by the protocol. NI3. Any psychological, familial, geographic or social situation, according to the judgment of investigator, potentially preventing the provision of informed consent or compliance to study procedure. NI4. Pregnant or breast-feeding woman.
Design outcomes
Primary
| Measure | Time frame | Description |
|---|---|---|
| Number of patients with meaningful molecular genetic alterations on tumor sample | At the end of study (4 years) | Identification of molecular genetic alterations based on molecular characterisation (WES and RNASeq) of tumor at diagnosis, then under standard anti-cancer treatment : treatment start, 1st radiological evaluation and disease progression |
| Number of patients with meaningful molecular genetic alterations on circulating tumour DNA (ctDNA) | At the end of study (4 years) | Identification of molecular genetic alterations based on molecular characterisation (WES and RNASeq) of ctDNA under standard anti-cancer treatment : treatment start, each radiological evaluation and disease progression |
| Number of patients with meaningful immunological features | At the end of study (4 years) | Identification and characterisation of the tumor microenvironment and the host's immunological profile, at diagnosis and during patient treatment |
| Objective Response Rate (ORR) as per RECIST V1.1 and according to central review | 3 months | For solid tumors excluding glioblastoma only |
| Progression-Free Survival (PFS) | 6 months | For glioblastoma only |
| Objective Response Rate (ORR) according to iwCLL criteria | 6 months | For chronic lymphocytic leukemia |
Secondary
| Measure | Time frame | Description |
|---|---|---|
| PRO questionnaire | 48 months | To evaluate the quality of life and emotional distress anxiety/depression over time of patients |
| Correlation between patient's understanding and experiences of precision medicine clinical trial | 48 months | Measured by thematic analysis of semi-structured interviews: themes and sub-themes will be analyzed in order to develop items for the construction and validation of a quantitative questionnaire. |
| Correlation between disease evolution and molecular and/or immunological biomarkers | Time Frame: up to 4 years | To identify potential prognostic and predictive biomarkers on tumor samples collected during patient's treatment and follow-up detected by molecular biology techniques, and on immunological findings |
| TKI pharmacokinetics | 48 months | Plasma concentrations of TKI |
| Correlation between socio-spatial inequalities in access to the PLANET program and the impact on the quality of life of patients | 48 months | Questionnaire |
| Evaluation of circulating-tumor DNA (ctDNA; liquid biopsy) yields similar genomic profile as the tumor sample. | 48 months | To identify potential prognostic and predictive biomarkers based on changes on circulating tumour DNA (ctDNA), detected by molecular biology techniques |
| Number of patients with recommended therapy according to biological data (liquid versus tumor biopsy) | 48 months | — |
| Tumor characteristics using a radiomic approach and detailed analyses of imaging. | 48 months | — |
| FACT-G questionnaire | 48 months | To evaluate the quality of life and emotional distress anxiety/depression over time of patients |
| HADS questionnaire | 48 months | To evaluate the quality of life and emotional distress anxiety/depression over time of patients |
Countries
France
Contacts
Primary ContactPierre SAINTIGNY, MD, PhD
Outcome results
None listed