Vascular Inflammation-On-a-Chip
Vascular Inflammation-On-a-Chip
A high-throughput vascular-on-a-chip model that simulates endothelial inflammation using perfused HUVEC tubules—enabling real-time TEER-based barrier assessments and immune cell interaction studies for inflammation research.
Vascular Inflammation-On-a-Chip
A high-throughput vascular-on-a-chip model that simulates endothelial inflammation using perfused HUVEC tubules—enabling real-time TEER-based barrier assessments and immune cell interaction studies for inflammation research.
Vascular Inflammation-On-a-Chip
A high-throughput vascular-on-a-chip model that simulates endothelial inflammation using perfused HUVEC tubules—enabling real-time TEER-based barrier assessments and immune cell interaction studies for inflammation research.
Vascular Inflammation-On-a-Chip
A high-throughput vascular-on-a-chip model that simulates endothelial inflammation using perfused HUVEC tubules—enabling real-time TEER-based barrier assessments and immune cell interaction studies for inflammation research.
Vascular Inflammation-On-a-Chip
A high-throughput vascular-on-a-chip model that simulates endothelial inflammation using perfused HUVEC tubules—enabling real-time TEER-based barrier assessments and immune cell interaction studies for inflammation research.
Vascular Inflammation-On-a-Chip
A high-throughput vascular-on-a-chip model that simulates endothelial inflammation using perfused HUVEC tubules—enabling real-time TEER-based barrier assessments and immune cell interaction studies for inflammation research.
Vascular Inflammation-On-a-Chip
A high-throughput vascular-on-a-chip model that simulates endothelial inflammation using perfused HUVEC tubules—enabling real-time TEER-based barrier assessments and immune cell interaction studies for inflammation research.
Vascular Inflammation-On-a-Chip
A high-throughput vascular-on-a-chip model that simulates endothelial inflammation using perfused HUVEC tubules—enabling real-time TEER-based barrier assessments and immune cell interaction studies for inflammation research.