Services
Show submenu for Services
Biological samples
Show submenu for Biological samples
Cancer
Rare diseases
COVID-19
Other diseases
Healthy donors
COVID-19
Show submenu for COVID-19
Drug testing
Diagnostics tests
Vaccine development
R&D Services
Show submenu for R&D Services
Analytical methods
Bioprocess
Cell & tissue imaging
Chemistry & Biochemistry
In vitro, Ex vivo & Cells
In vivo & ADME
Informatics
Genomics & Transcriptomics
Proteomics
Microbiology
About us
Blog
Services
Show submenu for Services
Biological samples
Show submenu for Biological samples
Cancer
Rare diseases
COVID-19
Other diseases
Healthy donors
COVID-19
Show submenu for COVID-19
Drug testing
Diagnostics tests
Vaccine development
R&D Services
Show submenu for R&D Services
Analytical methods
Bioprocess
Cell & tissue imaging
Chemistry & Biochemistry
In vitro, Ex vivo & Cells
In vivo & ADME
Informatics
Genomics & Transcriptomics
Proteomics
Microbiology
About us
Blog
English
Français
en
Contact Us
Antigenic lipopolysaccharides production - Upstream
Service description
Cell culture bioreactors
are biotechnological processes in which different types of cell (bacteria, yeast, insects, mammals) are cultivated.
The cell environment is controlled allowing
targeted growth and/or expression
.
Different volumes and formats can be
collected according to the demand:
supernatant, cells, pellets, lysates, and biofilms.
Materials to provide
Cell lines to grow
.
Cell lines growth conditions
.
Selection markers
.
Further details on the project may be requested.
You will be able to exchange directly with the experts after filling in the form below.
Typical deliverables
Cell culture.
Culture logs.
Supernatant/frozen cell paste/cell pellet/lysate.
Study following the specifications validated with the Expert.
Get started with your antigenic lipopolysaccharides production
Please answer the fields below to be contacted by our team of scientists
COVID-19 Services
Biological Samples
Experimental Services
You could not find what you are looking for? Search for your service here: