Bavis_2023_FEBS.Open.Bio__

Reference

Title : The breast cancer microenvironment and lipoprotein lipase: another negative notch for a beneficial enzyme? - Bavis_2023_FEBS.Open.Bio__
Author(s) : Bavis MM , Nicholas AM , Tobin AJ , Christian SL , Brown RJ
Ref : FEBS Open Bio , : , 2023
Abstract :

The energy demand of breast cancers is in part met through the beta-oxidation of exogenous fatty acids. Fatty acids may also be used to aid in cell signaling and toward the construction of new membranes for rapidly proliferating tumor cells. A significant quantity of fatty acids comes from the hydrolysis of lipoprotein triacylglycerols and phospholipids by lipoprotein lipase (LPL). The lipid obtained via LPL in the breast tumor microenvironment may thus promote breast tumor growth and development. In this hypothesis article, we introduce LPL, provide a meta-analysis of RNAseq data showing that LPL is associated with poor prognosis, and explain how LPL might play a role in breast cancer prognosis over time.

PubMedSearch : Bavis_2023_FEBS.Open.Bio__
PubMedID: 36652113

Related information

Citations formats

Bavis MM, Nicholas AM, Tobin AJ, Christian SL, Brown RJ (2023)
The breast cancer microenvironment and lipoprotein lipase: another negative notch for a beneficial enzyme?
FEBS Open Bio :

Bavis MM, Nicholas AM, Tobin AJ, Christian SL, Brown RJ (2023)
FEBS Open Bio :