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Get advice about Cell Applications

Cell Applications

Cell Applications - tebu-bio
Cell Applications produce a wide range of primary cell types (eg. Adipocytes, Astrocytes, Blood Cells, Cardiomyocytes, Endothelial Cells, Epithelial Cells, Fibroblasts, Keratinocytes, Melanocytes, Microvascular Cells, Smooth Muscle Cells, Synoviocytes...), optimised growth media, supporting cell culture reagents and antibodies to serve cell-based R&D.
 

Find your Cell Applications products below or contact your tebu-bio local office.

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Cell Based Assays Functional Assays Simplex Quantification Support Products

4 services

103 blog articles

53 webpages

4 Services

103 blog articles


3D cell culture Biochip - versatile for more physiological applications | tebu-bio's blog Facebook LinkedIn Twitter YouTube

3 new types of Gastrointestinal (GI) Epithelial primary cells | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Plateable Hepatocytes... the "one cell type doesn't fit all" syndrome | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Cellular models to study the cardiac System (part I) | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Characterization & Applications of Human Cardiomyocytes | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Recent developments in 3D cell culture hydrogel | tebu-bio's blog Facebook LinkedIn Twitter YouTube

3D Cell Culture: Innovative Cell Culture Devices for More Predictive 3D Models | tebu-bio's blog Facebook LinkedIn Twitter YouTube

CAS9-expressing cell lines | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Proof that 2 = 5 ! Yes it does, in cell culture... | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Hepatocytes: large donor pool for your DMPK applications with Hepatosure | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Pluripotent Stem Cells and iPSC Research: Quality and Innovative Products | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Improvements in mRNA synthesis benefit to cell therapy | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Formation of Mesenchymal Tissues in Alvetex Scaffold | tebu-bio's blog Facebook LinkedIn Twitter YouTube

4 Tips to boost mRNA in vitro transcription and optimize mRNA delivery | tebu-bio's blog Facebook LinkedIn Twitter YouTube

How to easily purify your protein with adapted magnetic beads... | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Mimic human pulmonary function in vitro | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Smooth Muscle Cells: Ready-to-Use, QC tested Specialized Media | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Genetically encoded fluorescent biosensors for live cell discovery | tebu-bio's blog Facebook LinkedIn Twitter YouTube

New Tissue Specific Matrix - The cell environment matters | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Cell signaling isn't static... your cell culture shouldn't be either | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Live Cell Imaging - Monitor your cellular events by Fluorescent Microscopy | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Characterized Primary cell Models: Kidney cells focus | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Recombinant CYP Bactosomes: versatile formats for many ADME applications | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Simple and effective CRISPR CAS9 gene editing for primary cells | tebu-bio's blog Facebook LinkedIn Twitter YouTube

How to get rid of fibroblastic contaminating cells? | tebu-bio's blog Facebook LinkedIn Twitter YouTube

srRNA - Reprogram human blood, endothelial progenitor & fibroblasts | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Monoclonal antibodies - all you need to know about antibody generation | tebu-bio's blog Facebook LinkedIn Twitter YouTube

COVID-19: relevant cell culture models | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Maximise availability& reduce variability in hepatocytes studies | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Optogenetic tools: easily control cAMP production in cells with Light | tebu-bio's blog Facebook LinkedIn Twitter YouTube

tebu-bio's blog | Acting and reacting in life sciences and biotechnologies - Part 40 Facebook LinkedIn Twitter YouTube

How to improve your reporter gene assays? | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Subcellular fractions for ADME studies: broad custom capacities with strong expertise | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Activation & de-activation pathways of hepatic fibrosis | tebu-bio's blog Facebook LinkedIn Twitter YouTube

HeLa cells: Origin of this important cell line in life science research | tebu-bio's blog Facebook LinkedIn Twitter YouTube

6 popular exosome antibodies ! | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Staining Actin and Tubulin - from WB to Live Cell Imaging | tebu-bio's blog Facebook LinkedIn Twitter YouTube

New Polyethylene Glycols (PEG) as versatile biochemical linkers | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Microcell arrays - obtain more accurate data from single living cells | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Cell Signalling: Ras-Raf-MEK-ERK pathway research tools | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Melanoma cellular line - Bridge the gap between patient and lab samples | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Human Liver Lysosomes for in vitro catabolism testing | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Immunoassay development: reliable sources of quality reagents | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Immuno-Oncology: 6 must-haves to boost your R&D projects | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Complete tool box to facilitate Immunotherapy research | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Flow cytometry intracellular staining | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Trapping PARP-DNA complexes - anti-cancer drug screening | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Cell signalling: How to easily detect mono- and poly-Ub target proteins | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Live cell imaging of DNA with SiR-DNA for STED & SIM | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Visualization of cAMP signals in live human pancreatic islets | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Profile 2000 protein targets with the Human L2000 antibody array | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Biomimetic Chemistry, a new route for metabolite synthesis | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Develop robust and convenient cell based assays with Gaussian Luciferase | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Cell signalling: Tips for selecting the best Small G Protein activation assay | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Protein multiplex profiling as simple as western blot | tebu-bio's blog Facebook LinkedIn Twitter YouTube

in vitro exploration of hepatobiliary drug disposition | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Develop your cell-based assay with real-time GLuc detection | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Validated antibodies for Ectodermal Stem Cell Lineage | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Lower background fluorescence in live cell imaging | tebu-bio's blog Facebook LinkedIn Twitter YouTube

SiR fluorogenic probes: multicolour live-cell Imaging of Actin, Tubulin, DNA, and Lysosomes | tebu-bio's blog Facebook LinkedIn Twitter YouTube

New way for derivation / maintenance of nave human PSCs | tebu-bio's blog Facebook LinkedIn Twitter YouTube

3D cell culture validation - impact of physioxic conditions on TIMP-1 expression | tebu-bio's blog Facebook LinkedIn Twitter YouTube

3 fluorescent probes that will count in 2017 | tebu-bio's blog Facebook LinkedIn Twitter YouTube

iPS cells: Bioactive small molecules make exogenous reprogamming genes dispensable! | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Robust anti-COVID antibodies for antiviral research | tebu-bio's blog Facebook LinkedIn Twitter YouTube

What will the Next-Gen Protease activity detection be? | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Versatile method to detect luciferase in reporter cell lines | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Three new pseudoviruses for SARS-CoV-2 studies | tebu-bio's blog Facebook LinkedIn Twitter YouTube

tebu-bio's blog | Acting and reacting in life sciences and biotechnologies - Part 11 Facebook LinkedIn Twitter YouTube

Quansys complete system for high grade inflammation quantification | tebu-bio's blog Facebook LinkedIn Twitter YouTube

iPSC Research: Vitronectin XF; Stem cell moelcules and encapsulated FGF2 | tebu-bio's blog Facebook LinkedIn Twitter YouTube

VU-1: The most efficient monoclonal Antibody for ubiquitin detection | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Fatty Liver Disease Research: new Tissue Arrays and microsome pool | tebu-bio's blog Facebook LinkedIn Twitter YouTube

New Lung Cancer Autoantibody Protein Arrays | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Evaluating Clearance by Aldehyde Oxidase (AO): The Impact of Low Versus High AO Activity | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Breast Cancer - Popular validated primary antibodies for research and biomarker discovery | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Synthetic Glycolipids for in vitro immune response analysis | tebu-bio's blog Facebook LinkedIn Twitter YouTube

tebu-bio's blog | Acting and reacting in life sciences and biotechnologies - Part 6 Facebook LinkedIn Twitter YouTube

mScript: your 4-in-1 mRNA production system | tebu-bio's blog Facebook LinkedIn Twitter YouTube

tebu-bio's blog | Acting and reacting in life sciences and biotechnologies - Part 10 Facebook LinkedIn Twitter YouTube

tebu-bio's blog | Acting and reacting in life sciences and biotechnologies - Part 30 Facebook LinkedIn Twitter YouTube

Therapeutic Target - Ubiquitin-Proteasome system: What about tubulin? | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Tubulin and microtubule vizualization in cells | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Easily characterize the Post Translational Modifications of your Proteins with Signal-Seeker assays | tebu-bio's blog Facebook LinkedIn Twitter YouTube

CleanCap new technology for mRNA capping | tebu-bio's blog Facebook LinkedIn Twitter YouTube

D-dimer and Cardiovascular Disease | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Human and Viral proteases as targets for SARS-CoV-2 treatment? | tebu-bio's blog Facebook LinkedIn Twitter YouTube

tebu-bio's blog | Acting and reacting in life sciences and biotechnologies - Part 22 Facebook LinkedIn Twitter YouTube

5 tech tips to optimize IF microscopy | tebu-bio's blog Facebook LinkedIn Twitter YouTube

10 Human Immune Checkpoint biomarkers quantified simultaneously | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Anti-Tag antibodies you can rely on: a focus on GFP and RFP | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Cancer Immunotherapy: Targeting CD73 to inhibit adenosine generation | tebu-bio's blog Facebook LinkedIn Twitter YouTube

RayBio Protein Arrays for autoantibodies or protein interaction studies | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Differentiate between K48- and K63-specific Ubiquitination | tebu-bio's blog Facebook LinkedIn Twitter YouTube

SARS-CoV:ACE2 inhibitor small molecule screening assays | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Have a closer look at GPCR mediated signaling! | tebu-bio's blog Facebook LinkedIn Twitter YouTube

STING: key player in drug development? | tebu-bio's blog Facebook LinkedIn Twitter YouTube

tebu-bio's blog | Acting and reacting in life sciences and biotechnologies - Part 207 Facebook LinkedIn Twitter YouTube

Immunotherapy Screening - A focus on PD-1/PD-L1/PD-L2 Pathway in drug discovery | tebu-bio's blog Facebook LinkedIn Twitter YouTube

Toxicity Assessment of Co-Culture Human Systems | tebu-bio's blog Facebook LinkedIn Twitter YouTube

tebu-bio's blog | Acting and reacting in life sciences and biotechnologies - Part 7 Facebook LinkedIn Twitter YouTube

Actin and Tubulin dynamics research studies | tebu-bio's blog Facebook LinkedIn Twitter YouTube

CRISPR/Cas9 vector delivery maximized with DNA-In CRISPR | tebu-bio's blog Facebook LinkedIn Twitter YouTube

53 Webpages