In this article, we have summarized the pressure pulsation mechanism of peristaltic pumps. Please read to the end.

— Organized by Professor Eiji Kobayashi — In May 2025, renowned professors from Sweden and Brazil visited Tokai Hit's 4D-Culture Lab....

In this article, we have summarized research on the effects of shear stress on cells. Please read to the end.

Microfluidics opens up endless possibilities! We also explain biomimetic systems (MPS) that are expected to be used in medical research.

A culture equipment manufacturer explains the outline, mechanism, and future potential of this technology that is expected to drive a medical revolution.

Organoids and their culture, which are expected to be the key to regenerative medicine

What is mechanical stress? The difference between mechanical stress and mechanobiology explained simply by a culture device manufacturer.

We will teach you the correct washing method in detail.

Recently, we had the honor of welcoming Dr. Komatsu from UCSF to our lab. This visit was an invaluable opportunity for our research...

We are thrilled to announce the launch of our 4D-Culture Lab! This lab is a state-of-the-art lab equipped with a wide range of research...

Thank you for visiting Tokai Hit's perfusion website. If you arrived at this article, I am guessing you have one the following problems:...

Hello. Have you heard of the term ‘ex-vivo", recently, alongside in vitro and in vivo? What is ex-vivo in the first place? What's the difference between in vitro and in vivo? I hope that this article will answer any questions. Table of contents Cells take the center stage in ‘in vitro’ In ‘in vivo’ animals are the protagonists What is ‘ex vivo’? The main role is ‘organs and tissues’ A brief history of ‘in vitro’, ‘in vivo’, and ‘ex vivo’ Lowering the hurdles in ‘ex vivo’ res

Hello! The following article is about the units of pressure used during the perfusion process: mmHg, cmH2O and kPa. But how do you...