New Product Listing--3D Culture Product

What is 3D cell culture?

3D cell culture can artificially create an environment in which biological cells are permitted to grow and interact with their surroundings in all dimensions. Unlike 2D environments, 3D cell culture allows cells in vitro to grown in all directions, similar to how they grow in vivo.

The advantages of 3D cell culture：

1. 3D cultures better mimic tissue-like structure  

2. Able to exhibit different cellular function

3. Possible to co-culture two or more different cell types

4. Can simulate microenvironment conditions such as hypoxia and nutrient gradient  

5. Better predict in-vivo responses to drug treatment  

2D vs 3D cell cultures

In a 2D environment：

Major role in drug discovery and cell biology research, but limited in vivo conditions

Exhibit flattened morphology

Divide aberrantly

Lose their differentiated phenotype

In a 3D environment:

More tridimensional morphology

Better gene expression

Better functionality

3D CELL CULTURE APPLICATION:

1. Stem cell culture and differentiation

2. Tissue  Engineering

3. Neurobiology

4. Cancer Biology

5. Drug and Toxicity Screening

The NEW PRODUCT LISTING

3D Cell Floater

 3D Cell Floater product line comprises 3 sorts of vessels with special chemical coating designed for the low attachment, which is effective for the formation of spheroid cells, does not require any special incubation techniques, thus 3D cell culture can be easily implemented in the same way as conventional 2D culture. 3D Cell Floater product line is composed of 3D Cell Floater Dishes, 3D Cell Floater Plates and 3D Cell Floater Flasks. 

Spheroid Forming Unit

FU is designed to allow both stationary culture and rotatory incubation, facilitating the size expansion of spheroids by inserting it into general tube rotators.

The SFU cap is a ventilating cap with a layer of hydrophobic filter membrane, making it easier to supply the required gas exchange during cell culture.

Spheroid Dish

Spheroid Dish is designed for easy culturing and counting the Spheroid. Meshes inside the well facilitate identifying and counting the spheroids. After experiment, the spheroids can be easily collected.

96well Hanging Drop Plate

he shape of the holes is designed to position droplets safely. This shape keeps the droplets of the hanging drop consistent and stable culturing conditions. The reservoir prevents evaporation of the media, allowing for long-term culture. The tube extending into the well plate facilitates collect of spheroids.

Insert Series 

Insert Hanging

Insert Standing

Insert products closely mimic in vivo environment, providing improved attachment, growth and differentiation of various cell types. With their permeable property, inserts are convenient and effective tool for diverse research areas such as transportation and invasion studies. Specially selected track-etched membranes of three different pore sizes (0.4, 3.0 and 8.0 μm) are used for SPLInsert products. Track-etched membranes ensure precise pore size distribution and consistent pore density, providing well-controlled experimental parameters.