Cells Reagents

The inlet tubing is 10 cm long (14cm incl connections; stainless steel inlet tubing 1.6cm length). Pack of disposable pre-assembled single inlet cables to connect from syringe of ExiGo pump to the inlet of the biochip.

Luer-lock connectors with stainless steel pins for connection of syringe outlet to tubing. Supplied as pack of 100.

This cable contains 8 assembled tubes to connect from the MultiFlow8 of the Mirus Evo Nanopump to the inlet of the biochip. No nozzles included; these are already on the MultiFlow8. This will only need to be replaced after wear and tear which is typically every 6 months depending on system usage and maintenance.

The cable is connected from the MultiFlow8 of the Mirus Evo Nanopump to the inlet of the biochip, using large bore tubing for thrombosis experiments. Larger tubes facilitate higher shear flow studies.

This is AIM Biotech’s proven 3D Cell Culture Chip, now part of the idenTx family. Designed in a microscope slide format, this most basic component of the idenTx family enables 3 simultaneous experiments. It is ideal for establishing experimental feasibility or for general low-throughput applications. An easy-to-use microfluidic chip to create 3D multicellular models featuring a 3-channel design and 3D gel region flanked by 2 media channels. Perform up to three experiments per chip. 25 chips per box Individual sterile packaging

Stainless steel pins for manual assembly of biochip single inlet and outlet tubes. Supplied as pack of 200.

StemBeads® FGF2 is a patented growth factor supplement that offers a novel way to culture cells with native Fibroblast Growth Factor 2 more efficiently. FGF2 is key for growth of human induced pluripotent stem cells (iPSCs), fibroblast cells, wound healing cells such as macrophages, cancer cells, and neural progenitor cells (NPCs). StemBeads® FGF2 are microbeads composed of an FDA approved, biodegradable PLGA polymer that is loaded with native recombinant human FGF2. Controlled delivery and stable levels overcome the 4.5 hour half-life (Figure below) of FGF2 and improve cell cultures while saving researchers valuable time and resources.