PUBLICATIONS

For the latest publications from the lab:

Pubmed

myBibliography

P-CADHERIN-DEPENDENT ADHESIONS ARE REQUIRED FOR SINGLE LUMEN FORMATION AND HGF-MEDIATED CELL PROTRUSIONS DURING EPITHELIAL MORPHOGENESIS

February 2025

USING MICROFLUIDICS TO ALIGN MATRIX ARCHITECTURE AND GENERATE CHEMOKINE GRADIENTS PROMOTES DIRECTIONAL BRANCHING IN A MODEL OF EPITHELIAL MORPHOGENESIS

July 2024

LEADER CELLS MECHANICALLY RESPOND TO ALIGNED COLLAGEN ARCHITECTURE TO DIRECT COLLECTIVE MIGRATION

January 2024

MECHANICAL FACTORS DRIVING CANCER PROGRESSION

July 2023

A CDH3-b-CATENIN-LAMININ SIGNALING AXIS IN A SUBSET OF BREAST TUMOR LEADER CELLS CONTROL LEADER CELL POLARIZATION AND DIRECTIONAL COLLECTIVE MIGRATION

January 2023

TYROSINE KINASE INDEPENDENT ACTIONS OF DDR2 IN TUMOR CELLS AND CAFS INFLUENCE TUMOR INVASION, MIGRATION, AND METASTASIS

August 2021

DDR2 CONTROLS BREAST TUMOR STIFFNESS AND METASTASIS BY REGULATING INTEGRIN MEDIATED MECHANOTRANSDUCTION IN CAFS

May 2019

RANDOMLY DISTRIBUTED K14+ BREAST TUMOR CELLS POLARIZE TO THE LEADING EDGE AND GUIDE COLLECTIVE MIGRATION IN RESPONSE TO CHEMICAL AND MECHANICAL ENVIRONMENTAL CUES

April 2019

PUBLICATIONS

For the latest publications from the lab:

P-CADHERIN-DEPENDENT ADHESIONS ARE REQUIRED FOR SINGLE LUMEN FORMATION AND HGF-MEDIATED CELL PROTRUSIONS DURING EPITHELIAL MORPHOGENESIS

USING MICROFLUIDICS TO ALIGN MATRIX ARCHITECTURE AND GENERATE CHEMOKINE GRADIENTS PROMOTES DIRECTIONAL BRANCHING IN A MODEL OF EPITHELIAL MORPHOGENESIS

LEADER CELLS MECHANICALLY RESPOND TO ALIGNED COLLAGEN ARCHITECTURE TO DIRECT COLLECTIVE MIGRATION

MECHANICAL FACTORS DRIVING CANCER PROGRESSION

A CDH3-b-CATENIN-LAMININ SIGNALING AXIS IN A SUBSET OF BREAST TUMOR LEADER CELLS CONTROL LEADER CELL POLARIZATION AND DIRECTIONAL COLLECTIVE MIGRATION

TYROSINE KINASE INDEPENDENT ACTIONS OF DDR2 IN TUMOR CELLS AND CAFS INFLUENCE TUMOR INVASION, MIGRATION, AND METASTASIS

DDR2 CONTROLS BREAST TUMOR STIFFNESS AND METASTASIS BY REGULATING INTEGRIN MEDIATED MECHANOTRANSDUCTION IN CAFS

RANDOMLY DISTRIBUTED K14+ BREAST TUMOR CELLS POLARIZE TO THE LEADING EDGE AND GUIDE COLLECTIVE MIGRATION IN RESPONSE TO CHEMICAL AND MECHANICAL ENVIRONMENTAL CUES

CONTACT

US

hwangp2@vcu.edu

804-828-5478

FOLLOW
US

@priscilla_hwang

PUBLICATIONS

For the latest publications from the lab:

P-CADHERIN-DEPENDENT ADHESIONS ARE REQUIRED FOR SINGLE LUMEN FORMATION AND HGF-MEDIATED CELL PROTRUSIONS DURING EPITHELIAL MORPHOGENESIS​

USING MICROFLUIDICS TO ALIGN MATRIX ARCHITECTURE AND GENERATE CHEMOKINE GRADIENTS PROMOTES DIRECTIONAL BRANCHING IN A MODEL OF EPITHELIAL MORPHOGENESIS

LEADER CELLS MECHANICALLY RESPOND TO ALIGNED COLLAGEN ARCHITECTURE TO DIRECT COLLECTIVE MIGRATION

MECHANICAL FACTORS DRIVING CANCER PROGRESSION

A CDH3-b-CATENIN-LAMININ SIGNALING AXIS IN A SUBSET OF BREAST TUMOR LEADER CELLS CONTROL LEADER CELL POLARIZATION AND DIRECTIONAL COLLECTIVE MIGRATION

TYROSINE KINASE INDEPENDENT ACTIONS OF DDR2 IN TUMOR CELLS AND CAFS INFLUENCE TUMOR INVASION, MIGRATION, AND METASTASIS

DDR2 CONTROLS BREAST TUMOR STIFFNESS AND METASTASIS BY REGULATING INTEGRIN MEDIATED MECHANOTRANSDUCTION IN CAFS

RANDOMLY DISTRIBUTED K14+ BREAST TUMOR CELLS POLARIZE TO THE LEADING EDGE AND GUIDE COLLECTIVE MIGRATION IN RESPONSE TO CHEMICAL AND MECHANICAL ENVIRONMENTAL CUES

CONTACT

US

hwangp2@vcu.edu

804-828-5478

FOLLOW US

@priscilla_hwang

P-CADHERIN-DEPENDENT ADHESIONS ARE REQUIRED FOR SINGLE LUMEN FORMATION AND HGF-MEDIATED CELL PROTRUSIONS DURING EPITHELIAL MORPHOGENESIS

FOLLOW
US