CubiX.

24 Multiwell plate mimicking physiological vascularized 3D adipose tissue for type 2 anti-diabetic during pre-clinical tox-efficacy studies

Why Cubix?

24 Multiwell plate mimicking physiological vascularized 3D adipose tissue for type 2 anti-diabetic during pre-clinical tox-efficacy studies

➨ PDMS Free

➨ Compatible with culture standard

➨ Incubator Free

➨ Vascularized 3D biological model

Cubix-3D-Adipocyte-Culture-Microphysiologcal-Controller

High Quality Research

Obtain a functional 3D vascularized adipose tissue long term (> 2 weeks) for new molecular target identification and mechanism of action deciphering

Static culture of endothelium cells, low alignment, and differentiation

Cubix significantly increased alignment, differentiation, and integrity (tie junction)

An alternative to animal testing for type 2 diabetes.

Microphysiological System for Type 2 Diabetes

Cherrybiotech

Get more out of your research

Testimonials

Learn how Cubix impacted researchers, the first incubator-free microenvironment controller in the world. Enabled the mimicking of physiological and pathological culture conditions in vitro. CubiX is the only microenvironment controller fully compatible with live imaging. You will never be blind to your sample ever.

CubiX is scalable & customizable allowing you to use custom made chips, multiwell, commercial microfluidic chip, and many more to help you get better and longer biological culture.

Cubix and its consumables compatible with multi-well plates are versatile and do not upset the operative praxis of biomedical researchers. Further, the consumable can be configurated with a high customizable interconnection layout of the wells ensuring desired intra- and inter-well gradients.

Matteo BONINSEGNA

PHD STUDENT / H2020-ITN-DELIVER

Cubix! This cube fixes everything that I wished for. Cubix empowered us in replicating effortlessly the microenvironment conditions for spermatozoa swimming. Customized physiological gases enrichment with high degree control of flow and temperature allowed us to develop a repeatable, user-friendly, and automated biological protocol

Shiva K SHUKLA, PhD

Post-doc Marie Curie Individual Fellowship, project MicroFSMA

An easy to grasp user interface and near-complete plug-n-play assembly allows for using low-to-medium throughput consumables. Customizable liquid flow patterns allow for easy micro-tissue and multi-organ zonation designs.

François TAUTE, PhD

Post-doc Marie Curie Individual Fellowship, project Mimetic Indirect

I thoroughly enjoyed working with CubiX, and particularly appreciated that I could control the dissolved oxygen in the culture unit. This I then could also monitor through the systems compatibility with in-line sensors.