Summary of our services
While we have extensive repertoire of research protocols in multiple systems that run in standard formats, our strength is in adapting these models to particular needs or developing new procedures to cover new needs.
We quantify the concentration of test molecules in diverse matrix, including body fluids and tissue, by HPLC tandem MS.
Only small samples (e.g. 20 µL) and little amount of compound are required.
Our facilities include several HPLC-MS systems, enabling us to deliver results extremely fast.
You could send us directly the samples and expect results in 1-3 days since reception of samples, or we could perform the whole study.
We support both short term projects focusing on isolated chemistry problems or integrated projects over an extended period.
- Method optimization and scale-up
- Immobilisation of ligands
- ADME optimization
- Preparation of fluorescent conjugates
In vitro assays
We regularly work with both comercial cell lines and freshly isolated cells.
The team has expertise in many assay procedures and we welcome new processes.
We provide as support in assay design and screening projects.
Our facilities have regular in vitro equipment, including flow cytometry (FACS).
Antimicrobials efficacy assays
Biomarkers and haematology assays
Metabolites and markers easily determined in routine studies include:
- ALT/AST; Alkaline phosphatase; Bilirubin;
- Amino acids; SAM; glutamate;
- Bile acids; Cholesterol; Triglycerids; Hormons; Sugards;
- Peptides (eg. insulin); Coagulation;
Obtaining Advice and Quotes
Every study is different and we are happy to discuss your needs and answer any questions by phone. Our clients usually find that they can save considerable time with a short discussion with our project leaders.
Should you have a project in mind, feel free to contact us for a no obligation assessment. Based on limited input on key parameters like model type, duration, overall size of study and main end-points we can provide indicative quotes which can then be refined as the protocol becomes more definitive.