Add to ORKGBackground: Hyal1 is a turnover enzyme for hyaluronan that accelerates metastatic cancer by increasing cell motility. Results: Hyal1-overexpressing cells have a higher rate of endocytosis that impacts cargo internalization and recycling. Conclusion: The higher rate of vesicle trafficking increases motility receptor function and nutrient uptake. Significance: This novel mechanism implicates Hyal1 trafficking in multiple signaling events during tumor progression
Progression of Prostate cancer (CaP), depends on a complex series of interactions between the tumor ...
Progression of Prostate cancer (CaP), depends on a complex series of interactions between the tumor ...
Hyaluronan is an important connective tissue glycosaminoglycan. Elevated hyaluronan biosynthesis is ...
Background: Hyal1 is a turnover enzyme for hyaluronan that accelerates metastatic cancer by increasi...
Background: Hyal1 is a turnover enzyme for hyaluronan that accelerates metastatic cancer by increasi...
Background: Hyal1 is a turnover enzyme for hyaluronan that accelerates metastatic cancer by increasi...
Enhanced turnover of hyaluronan (HA) via co-overexpression of its synthesis (HAS3) and degradation (...
Enhanced turnover of hyaluronan (HA) via co-overexpression of its synthesis (HAS3) and degradation (...
Enhanced turnover of hyaluronan (HA) via co-overexpression of its synthesis (HAS3) and degradation (...
Enhanced turnover of hyaluronan (HA) via co-overexpression of its synthesis (HAS3) and degradation (...
Hyaluronan (HA) and one of its metabolic enzymes, Hyaluronidase1 (Hyal1) are clinically correlated t...
Hyaluronan (HA) and one of its metabolic enzymes, Hyaluronidase1 (Hyal1) are clinically correlated t...
Hyaluronic acid (HA) is a component of the Extra-cellular matrix (ECM), it is closely correlated wit...
Hyaluronan, an unbranched glycosaminoglycan of the extracellular matrix, has an amazingly simple str...
Progression of Prostate cancer (CaP), depends on a complex series of interactions between the tumor ...
Progression of Prostate cancer (CaP), depends on a complex series of interactions between the tumor ...
Progression of Prostate cancer (CaP), depends on a complex series of interactions between the tumor ...
Hyaluronan is an important connective tissue glycosaminoglycan. Elevated hyaluronan biosynthesis is ...
Background: Hyal1 is a turnover enzyme for hyaluronan that accelerates metastatic cancer by increasi...
Background: Hyal1 is a turnover enzyme for hyaluronan that accelerates metastatic cancer by increasi...
Background: Hyal1 is a turnover enzyme for hyaluronan that accelerates metastatic cancer by increasi...
Enhanced turnover of hyaluronan (HA) via co-overexpression of its synthesis (HAS3) and degradation (...
Enhanced turnover of hyaluronan (HA) via co-overexpression of its synthesis (HAS3) and degradation (...
Enhanced turnover of hyaluronan (HA) via co-overexpression of its synthesis (HAS3) and degradation (...
Enhanced turnover of hyaluronan (HA) via co-overexpression of its synthesis (HAS3) and degradation (...
Hyaluronan (HA) and one of its metabolic enzymes, Hyaluronidase1 (Hyal1) are clinically correlated t...
Hyaluronan (HA) and one of its metabolic enzymes, Hyaluronidase1 (Hyal1) are clinically correlated t...
Hyaluronic acid (HA) is a component of the Extra-cellular matrix (ECM), it is closely correlated wit...
Hyaluronan, an unbranched glycosaminoglycan of the extracellular matrix, has an amazingly simple str...
Progression of Prostate cancer (CaP), depends on a complex series of interactions between the tumor ...
Progression of Prostate cancer (CaP), depends on a complex series of interactions between the tumor ...
Progression of Prostate cancer (CaP), depends on a complex series of interactions between the tumor ...
Hyaluronan is an important connective tissue glycosaminoglycan. Elevated hyaluronan biosynthesis is ...