Trio of genes plays role in breast ca mets to brain

Publication
Article
Oncology NEWS InternationalOncology NEWS International Vol 18 No 7
Volume 18
Issue 7

Cell surface coating may play a major role in the spread of breast cancer to the brain, according to a study out of Memorial Sloan-Kettering Cancer Center in New York. Three genes-COX2, HB-EGF, and ST6GALNAC5-have been found to mediate the metastasis of breast cancer to the brain, reported lead author Joan Massagué, PhD, and colleagues (Nature online, May 6, 2009)

Cell surface coating may play a major role in the spread of breast cancer to the brain, according to a study out of Memorial Sloan-Kettering Cancer Center in New York. Three genes-COX2, HB-EGF, and ST6GALNAC5-have been found to mediate the metastasis of breast cancer to the brain, reported lead author Joan Massagu, PhD, and colleagues (Nature online, May 6, 2009).

COX2 and HB-EGF induce cancer cell mobility and invasiveness, while ST6GALNAC5 provide cells with the capability of exiting the blood circulation and passing through the blood-brain barrier, they explained. The researchers isolated cancer cells that preferentially targeted the brain from patients with advanced disease.

Recent Videos
Heather Zinkin, MD, states that reflexology improved pain from chemotherapy-induced neuropathy in patients undergoing radiotherapy for breast cancer.
Study findings reveal that patients with breast cancer reported overall improvement in their experience when receiving reflexology plus radiotherapy.
Patients undergoing radiotherapy for breast cancer were offered 15-minute nurse-led reflexology sessions to increase energy and reduce stress and pain.
Whole or accelerated partial breast ultra-hypofractionated radiation in older patients with early breast cancer may reduce recurrence with low toxicity.
Ultra-hypofractionated radiation in those 65 years or older with early breast cancer yielded no ipsilateral recurrence after a 10-month follow-up.
The unclear role of hypofractionated radiation in older patients with early breast cancer in prior trials incentivized research for this group.
Patients with HR-positive, HER2-positive breast cancer and high-risk features may derive benefit from ovarian function suppression plus endocrine therapy.
Paolo Tarantino, MD discusses updated breast cancer trial findings presented at ESMO 2024 supporting the use of agents such as T-DXd and ribociclib.
Paolo Tarantino, MD, discusses the potential utility of agents such as datopotamab deruxtecan and enfortumab vedotin in patients with breast cancer.
Paolo Tarantino, MD, highlights strategies related to screening and multidisciplinary collaboration for managing ILD in patients who receive T-DXd.
Related Content