Non Hodgkin's Lymphoma

Chemotherapy-induced cognitive disorders, such as memory problems, slowness of execution, inability to concentrate, and language difficulties, are sequelae that occur in patients undergoing chemotherapy or who have received chemotherapy. These symptoms lead to a degradation of the patients' quality of life and can have a significant social and familial impact. They are most commonly described in solid oncology, particularly in patients with breast cancer. Data about patients with hematological malignancies are scarce, but they seem to show the same phenomenon as in solid oncology. Indeed, many chemotherapies are used both in hematology and solid oncology and may therefore cause similar effects on cognition. Additionally, due to their mechanism of action, some chemotherapies specifically used in hematology could induce cognitive disorders. Hematology-treated patients are probably also affected by these disorders and may consequently experience a reduced quality of life. The objective of this study is to assess the changes in cognitive functions in patients receiving chemotherapy for the treatment of hematological malignancies, using neuropsychological tests and a self-administered questionnaire, compared to a control group, as well as their potential impact on quality of life, fatigue, anxiety, and depression.

This study is being conducted to find out how safe and effective different strategies of infection prevention are in comparison to each other, for preventing infection in patients with blood cancers. The best way to find out this information is to directly compare the effect of different treatment strategies in patients with blood cancers. We want to know how these different treatments impact on your health and your use of healthcare services. This research project uses an Adaptive Platform Design. This design allows the researchers to compare multiple infection prevention strategies within the same trial at the same time (rather than running separate trials), to analyse results as the trial occurs and to add new research questions during the course of the trial. The treatments that you may receive as part of the study will be determined by which domain(s) of the platform you participate in. By combining data collected within each domain as part of the platform, the researchers can investigate and compare treatment strategies and infection outcomes across a broader range of participants.

This study is being conducted to find out how safe and effective different strategies of infection prevention are in comparison to each other, for preventing infection in patients with blood cancers. The best way to find out this information is to directly compare the effect of different treatment strategies in patients with blood cancers. We want to know how these different treatments impact on your health and your use of healthcare services. This research project uses an Adaptive Platform Design. This design allows the researchers to compare multiple infection prevention strategies within the same trial at the same time (rather than running separate trials), to analyse results as the trial occurs and to add new research questions during the course of the trial. The treatments that you may receive as part of the study will be determined by which domain(s) of the platform you participate in. By combining data collected within each domain as part of the platform, the researchers can investigate and compare treatment strategies and infection outcomes across a broader range of participants.

This study is being conducted to find out how safe and effective different strategies of infection prevention are in comparison to each other, for preventing infection in patients with blood cancers. The best way to find out this information is to directly compare the effect of different treatment strategies in patients with blood cancers. We want to know how these different treatments impact on your health and your use of healthcare services. This research project uses an Adaptive Platform Design. This design allows the researchers to compare multiple infection prevention strategies within the same trial at the same time (rather than running separate trials), to analyse results as the trial occurs and to add new research questions during the course of the trial. The treatments that you may receive as part of the study will be determined by which domain(s) of the platform you participate in. By combining data collected within each domain as part of the platform, the researchers can investigate and compare treatment strategies and infection outcomes across a broader range of participants.

In this study, the investigators intend to utilize 68Ga-Pentixafor Positron Emission Tomography（PET） imaging for patients diagnosed with non-Hodgkin lymphoma (NHL) and multiple myeloma (MM). The investigators will compare the imaging results with those obtained from 18F-FDG imaging, and a correlation analysis will be performed to assess progression-free survival among patients. This analysis aims to evaluate the diagnostic efficacy and the potential for early prediction of treatment efficacy associated with 68Ga-Pentixafor in these specific conditions.