Il design autocentrante brevettato consente l'accesso indipendente a entrambe le membrane apicali e basolaterali del monostrato cellulare. Le piastre multipozzetto con inserti a membrana in policarbonato permeabile Corning™ Transwell™ rappresentano la soluzione ideale per lo studio di cellule dipendenti e indipendenti dall'adesione.

Cell culture on permeable supports results in greater morphological and/or physiological differentiation of many cell types

Per l'uso con piastre da 24 pozzetti. Gli inserti per colture cellulari Corning™ Falcon™ (coltura cellulare su supporti permeabili) consentono una maggiore differenziazione morfologica e/o fisiologica di molti tipi di cellule.

Caratterizzate da una membrana in poliestere trasparente al microscopio con trattamento TC per un'adesione e una crescita cellulare ottimali. Le piastre Corning™ Transwell™ con inserti a membrana in poliestere garantiscono un'ottima visibilità in microscopia a contrasto di fase e consentono la valutazione della vitalità cellulare e la formazione del monostrato.

Transparent, collagen-treated microporous membranes promote cell attachment and spreading

Allows simultaneous processing

Specially designed Netwell™ carriers with handles allow simultaneous processing of up to 12 samples per carrier

Cultivate most cell types without matrix coating when using Thermo Scientific™ Nunc™ Polycarbonate Membrane Inserts in Multidishes.

Cell culture on permeable supports results in greater morphological and/or physiological differentiation of many cell types

Con membrana con anello di supporto per l'uso con camere di diffusione o Ussing una volta definita la crescita a confluenza delle cellule. Gli inserti per colture Corning™ Snapwell™ vengono utilizzati principalmente per studi elettrofisiologici e sul trasporto.

Increases endothelial cell yield from a variety of sources

Used to create intestinal models that exhibit barrier function for use in transport and absorption studies of drugs, metabolites and infectious diseases of the intestine

Designed to support cell growth and differentiation of endothelial and epithelial cell lines

Provide rapid and reproducible quantification of cell invasion in vitro. Corning™ BioCoat™ Matrigel™ Invasion Chamber with Corning Matrigel Matrix™ cell culture inserts are pre-coated with extracellular matrix proteins for applications requiring a protein-coated cell surface, such as cell adhesion, growth, invasion, migration and differentiation.

Tested for the ability to promote neurite outgrowth with NG108 rat glioma/mouse neuroblastoma cells

Designed for improved cell differentiation and expanded applications involving analytical cell biology

Use alongside BD BioCoat™ inserts when studying effects of the ECM component present on the BD BioCoat cell culture insert

Ideal for applications involving adhesion, growth and differentiation of neuronal and transfected cell lines

Detect migrated cells below membrane using a fluorescence plate reader

Ideal for applications involving adhesion, growth and differentiation of neuronal and transfected cell lines

Analyze endothelial cell invasion using fluorescence detection in a simplified and reproducible manner

Designed for improved cell differentiation and expanded applications involving analytical cell biology

Provides a standard format to increase the quality and reproducibility of in vitro endothelial cell migration assays

Ideal for applications involving adhesion, growth and differentiation of neuronal and transfected cell lines

PET membranes with 1 μm pore size

Provide rapid and reproducible quantification of cell invasion in vitro

Per una differenziazione delle cellule migliorata e applicazioni ampliate, tra cui biologia cellulare analitica. Gli inserti per piastre per colture EMD Millipore Millicell™ incorporano membrane in PTFE Biopore™ con pori da 0.4μm. Inserti pronti all'uso da 30 o 12mm per piastre da 6 e 24 pozzetti.

Tested for their ability to promote attachment and spreading of BHK-21 hamster kidney cells

Evaluate and quantitate endothelial cell invasion using real-time fluorescence and non-destructive sample preparation