How to Study Physiological Flow with Microfluidics?

The Critical Role of Flow Control in In Vitro Studies

Flow control is vital in in vitro studies, as cellular responses to mechanical shear stress and hemodynamic forces significantly impact research outcomes. Elveflow’s technology ensures you can replicate these conditions with the highest fidelity.

Innovating Physiological Flow Research

Elveflow is at the forefront of microfluidics technology, providing advanced solutions for studying complex physiological flows including blood (venous and arterial) and lymphatic systems. Our mission is to empower researchers and industries with high-performance, intuitive microfluidic systems tailored to the specific needs of physiological flow research.

Master Blood Flow Control: From Venous to Arterial

Our advanced Flow Controller systems deliver precise flow control, crucial for groundbreaking research in:

Cardiovascular research
Drug delivery systems
Hemodynamic analysis

Accurately simulate and study venous and arterial flow dynamics with our advanced flow sensors. Ideal for:

Vascular research
Medical device testing
Blood Rheology

The Most Advanced Microfluidic Pressure Controller

Precision and Control for Microfluidic Experiments

Unlock the Mysteries of Lymphatic Flow

Explore the complexities of lymphatic flow using our tailored microfluidic solutions. Achieve superior accuracy compared to traditional syringe pumps, ideal for :

Immunology Research
Oncology Studies
Fluid transport Analysis

What are the differences between Arterial Venous and Lymphatic Flow Rates

Understanding the flow rates of various physiological flows is crucial for accurate simulation and analysis. Below is a table detailing an average of the venous flow, arterial flow, and lymphatic flow rates for humans, mice, and rats.

Flow Type	Human (L/min)	Mouse (ml/min)	Rat (ml/min)
Arterial flow (Carotid)	395 ± 79 ml/min [1]	0.4-2.1 ml/min [4]	3.5 - 9 ml/min [4]
Venous flow (Portal)	1150 ml/min [2]	1.6-2.3 ml/min [5]	20 ml/min [7]
Lymphatic flow (Mesenteric)	41.6-125 ml/h (1-3 L/day) [3]	0.02-0.42 ml/h [6]	0.4-1.4 ml/h [8]

*Note: Flow rates are approximate and can vary based on individual and experimental conditions.*

Why Choose Elveflow for Physiological Flow Research?

Unmatched Precision & Reliability: Experience unparalleled control and measurement accuracy for venous, arterial, and lymphatic flows with our advanced microfluidic systems.
Customized Solutions: We provide bespoke solutions that address the unique challenges of your research, enhancing the precision and efficiency of your experiments.
State-of-the-Art Technology: Utilize our innovative flow controllers and sensors to replicate and analyze physiological flows across various scales.
Expert Support: Our dedicated team of specialists is here to support you from setup to ongoing technical assistance, ensuring your microfluidic systems perform at their best.