Completed Cancer NIHR-supported project Digestion, Kidneys & Other Organs

Gene expression profiling in a validation cohort of locally advanced and recurrent/metastatic salivary gland cancers: the INDAGA-UK trial

In plain English

AI plain-English summary

Salivary gland cancers are being genetically mapped in a UK-wide trial to find the abnormal genes driving these rare tumours and identify potential new drug targets. This matters because when salivary gland cancers recur or spread to other parts of the body, effective treatment options are lacking. The diseases are rare and poorly understood at the molecular level, so doctors have few clues about which drugs might work or why some tumours behave more aggressively than others. The trial will analyse tumour tissue already collected during routine care, stored in a biobank, and link that genetic information to patients’ medical and surgical histories. If the research succeeds, it could reveal which genes are consistently abnormal across different salivary gland cancers, giving clinicians a clearer picture of cancer behaviour and pointing toward existing drugs—or new ones—that might target those specific genetic faults. The study is a first step: it aims to describe the genetic landscape, not yet to test treatments. But similar gene-profiling efforts in other cancers have led directly to targeted therapies that improve survival.

View original technical description
Salivary gland cancers represent a rare group of diseases for which effective treatment options at the time of disease recurrence, or when disease has spread to other parts of the body, are lacking and therefore further research is needed. In this trial, we aim to better describe the genes that make up these diseases and look for any abnormal genes. We hope to better understand cancer behaviour and possibly identify new drugs for treatment. The study will recruit patients who have had a histologically proven diagnosis of salivary gland cancer who have archival tumour tissue available. Tumour tissue collected as part of routine care will be analysed in the study and stored within the IReC -Bio biobank (IRAS 307885). Information from medical records about medical and surgical histories will be collected. The study will be conducted in multiple centres in the UK over the course of two years.

Researchers

Martin Forster (Principal Investigator)

Related Research

Grants with similar aims, by meaning.

CRUK/13/016: EORTC1206-HNCG - A randomised phase II study to evaluate the efficacy and safety of chemotherapy vs androgen deprivation therapy in patients with recurrent and/or metastatic, androgen receptor expressing, salivary gland cancer - an International Rare Cancers Initiative Study - IRCI 007
Global Action Plan 6 - Oligometastatic Prostate Cancer Project
Exploratory study of early biomarkers allowing Dynamic Assessment of Response to Treatment in cancers of the head and neck
REVEAL: Molecular profiling of tumour tissue, circulating nucleic acids and circulating tumour cells in early stage breast cancer
CRUK/13/026 CompARE Collect: Prospective biological sample collection from patients with intermediate and high-risk oropharyngeal cancer recruited to CompARE randomised controlled trial

Original classification

Cancer

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