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Reprogramming somatic cells to induced pluripotent stem cells (iPSC): A cellular career change

12/04/2018 06:56:58   In Axol Incubator  
axol bioscience ltd
Somatic cells like human beings have so much choice available when it comes to deciding on a path. What happens if they get bored of their career?

ELRIG Research & Innovation 2018

10/04/2018 05:34:43   In News  
axol bioscience ltd
Join us at ELRIG R&I 2018 to discuss our recent developments with our hiPSC-derived Microglia and how our hiPSC-derived cells can boost your research.

Using hiPSC-Derived Renal Proximal Tubular Cells in vitro assays to advance disease research and drug development

16/03/2018 06:20:55   In Axol Incubator  
axol bioscience ltd
A key application of hiPSC-derived Renal PTCs is in safety toxicity testing during drug development giving a solution to kidney health related issues.

Using human iPSC-derived cortical neurons for the early prediction of neurotoxicity

05/03/2018 10:44:19   In Axol Incubator  
axol bioscience ltd
The current state of neurotoxicity research and why hiPSC-derived cortical neurons offer a more translationally viable neurotoxicity model.

Society of Toxicology (SOT) 2018

28/02/2018 06:42:25   In News  
axol bioscience ltd
We are attending SOT 2018 in Texas, 11-15 March 2018. We will be available throughout the conference at booth 760 as well as our workshop! Join us!

The rise of hiPSC-Derived Motor Neurons as a physiologically relevant model for drug discovery

27/02/2018 05:48:48   In Axol Incubator  
axol bioscience ltd
Learn how past MND/ALS research efforts have led to the revolutionary point of using hiPSC-derived motor neurons in order to enhance drug discovery.

Using human iPSC-Derived Renal Cells to enhance safety toxicity testing during drug development

15/02/2018 04:38:29   In Axol Incubator  
axol bioscience ltd
Nephrotoxicity testing during drug development is challenging. Find out how hiPSC-derived Renal Proximal Tubular Cells can revolutionise this process.

Catalogue Update Announcement

02/02/2018 04:24:10   In News  
axol bioscience ltd
Axol is preparing a range of top quality human antibodies which are designed to work alongside our iPSC-derived and primary cells.

Enhancing Amyotrophic Lateral Sclerosis (ALS) drug discovery using physiologically relevant hiPSC-Derived Motor Neurons

01/02/2018 06:02:44   In Axol Incubator  
axol bioscience ltd
Read our latest blog about the positive impact hipsc-derived motor neurons can have on the Amyotrophic Lateral Sclerosis (ALS) drug discovery research

Cambridge International Stem Cell Axol pre-Symposium 2018

09/01/2018 09:56:50   In News  
axol bioscience ltd
Are you popping over to Cambridge for the 6th Cambridge International Stem Cell Symposium? Why not to join our networking event the night before?

Society for Laboratory Automation and Screening (SLAS) 2018

05/01/2018 09:45:49   In News  
axol bioscience ltd
Make is sure you meet Axol Bioscience at SLAS 2018.

Guest Post: Using neural stem cells for safety pharmacology studies

16/11/2017 06:33:13   In Axol Incubator  
axol bioscience ltd
Read our guest blog about the use of human iPSC-derived models in drug discovery; the benefits and the downsides that open the way to new technologies

Guest Post: Are 3D neural cell cultures the best translational models towards finding a cure for Alzheimer's disease?

15/11/2017 07:24:12   In Axol Incubator  
axol bioscience ltd
Scientists from University of Southampton used a 3D iPSC culture model in order to better understand the heterogeneity of Alzheimer's disease.

How to choose the best cell reprogramming approach for your research needs

13/11/2017 06:27:12   In Axol Incubator  
axol bioscience ltd
Download our free white paper and find out which stem cell reprogramming technology is best suited to your research needs.

Macrophages and the immune system: the role of microglia in immunity and neurodegenerative disease

10/11/2017 04:41:40   In Axol Incubator  
axol bioscience ltd
Microglia are important cells at the study of neurodegenerative diseases and human iPSC-derived macrophages can help for more accurate results.