IADL in Brain Tumor Patients

Activities in daily living can be divided into two categories, basic activities of daily living (BADL) and instrumental activities of daily living (IADL). BADL include basic skills such as feeding, bathing and dressing. IADL on the other hand, include more complex activities such as food preparation, ability to handle finances, shopping or housekeeping. These capacities are required for autonomous functioning. Because IADL are higher order activities, they may therefore be negatively influenced by cognitive decline, which is characteristic of brain tumor patients. Therefore, especially limitations in I-ADL are informative of the brain tumor patient’s functioning in daily life.

Currently, there is no questionnaire available to measure IADL in brain tumour patients. Therefore, the aim of this project is to develop a reliable and valid questionnaire to measure IADL in patients with brain tumors.

Completed baseline and 2 week FU measures for all Phase 4 patients

Phase 4 is currently in progress and most countries have started recruitment, however due to COVID-19 some sites are still awaiting ethical approval.

Phase 3 completed

Completing all 3 month FU measures

Completing all Phase 4 measurements and EORTC Phase 4 report

Not only information on survival is important for patients, but also information about functioning in daily life and well-being. Functioning in daily life can be divided into two categories, the so-called basic activities of daily living (BADL) and instrumental activities of daily living (IADL). BADL include basic activities such as feeding, bathing and dressing. IADL on the other hand, include more complex activities such as food preparation, ability to handle finances, shopping or housekeeping. These activities are important to stay independent.

Patients with brain tumours often have cognitive difficulties, such as problems with concentration or memory. These problems may especially result in a decreased performance in IADL.

Currently, there is no questionnaire available to measure IADL in brain