Study Builds Breast Tissues to Track How Abnormal Cells Affect Neighbors
Note: This research was supported by a CTSI Strategic Opportunities Support (SOS) Pilot Award.
By David Jacobson, UCSF School of Pharmacy
It can take just the flick of a genetic switch for breast cells to kick-start the normally well-regulated process of growth seen in puberty, pregnancy, or the menstrual cycle—or the mutation of that switch to initiate the unchecked proliferation of cancer.
What happens next depends on whether their cellular neighbors follow their lead, ignore, or exile them. That’s because tissues are not mere collections of identical cells but rather communities working together to carry out tasks.
So, under what conditions will breast cells respond to their fellow tissue-citizens urging them to grow their gland’s capacity—or inciting them to run amok in a cancerous riot?
According to a new study led by Jennifer Liu, BS, and Zev Gartner, PhD, under certain conditions, cells primed for growth are more likely to lead to changes in tissue structure (and produce bigger structural changes) when adjacent cells are less growth-activated, as opposed to when they are amidst similarly primed cells.
Read more via the UCSF School of Pharmacy
We hope the conversations that take place on ctsi.ucsf.edu will be energetic and constructive.
To make sure we all stay on-topic, all posts will be reviewed for readability and clarity by our editors and may be edited for clarity, length, and relevance.
We ask that commentators adhere to the following guidelines.
- No selling of products or services. This is an ad-free zone.
- No offensive language and ad hominem attacks. Criticize ideas, not the people behind them.
- No multimedia. If you want to share outside sources, please link to them, don't paste them in.
Once postings are published, they are public, and we take no responsibility for how they might be disseminated or republished on the web or in other media.
All postings become the property of ctsi.ucsf.edu.