Fee for Service

A comprehensive service to drug discovery clients including assay development, reagent testing and scale-up, proof of technology concept and validation, phenotypic screening and consultancy.

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Drug Discovery Project

The members of Aurelia Bioscience have been involved in the design and development of many drug discovery projects incorporating complex biology and implementing a suite of assays designed to identify “active” compounds and improve their biological properties. 

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Instrument & Reagent Development

Acting as an intermediary between instrument and reagent manufacturers and prospective clients we can provide an expert lab-based environment for the validation of new technologies.

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Cell Culture Services

With over 30 years of experience we are adept at all aspects of cell culture.

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Phenotypic Screening

We specialise in physiologically relevant assays using predominantly cell-based formats in state of the art technologies.

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Biochemical Screening

Our team has extensive experience of developing and screening compounds in biochemical assays for a range of targets including but not limited to proteases, kinases, and phosphodiesterase enzymes and protein:protein interaction.

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Label-Free Screening

Our scientists have in-depth experience of label-free technology applied to cell-based assays gained over the past 6 years using Coring EPIC, Perkin Elmer EnSpire and SRU Bioscience Bind instruments.

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FLIPR Screening

We have used FLIPR in a range of assay formats, readouts and target types including...

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FMAT Screening

The 8200 Cellular Detection System (Fluorescent Microvolume Assay Technology - FMAT) from Applied Biosystems is a laser scanning macro-confocal fluorescent plate reader.

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Cell-Based Screening

Cell based assays are of key importance at a number of stages in the drug discovery process. Being able to examine the interaction between your target and compounds in a cellular context is of great advantage...

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High Content Screening

We have used the Ultra and Micro HCS imaging devices in a range of assay formats involving different target types including...

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High Throughput Screening

 

With over 20 years of screening experience we are adept at designing screening assays and screening 100,000 to 1 million compounds in 384 well and 1536 well plates.

 

 

We have screened up to one million compounds in both cell and biochemical assays using a number of read outs including FLIPR, FMAT, FI, FRET, chemiluminescence, luminescence and label-free formats. We have extensive experience of cell-based assays in HTS where we have used either cell lines expressing the target in a recombinant manner, Bacmam transient expression and cryopreserved cells. For human primary cell screening we have used either cryopreserved or freshly isolated cells such as PBMC’s and neutrophils. We understand the importance of delivering robust, reproducible assays with excellent quality control statistics for use in high throughput screening.

We are able to use our experience to assist your drug discovery projects in a number of ways-

 

  • we can validate your in-house assay for high throughput screening on our systems

 

  • we can adapt your assay for high throughput screening e.g. miniaturisation

 

  • we can develop a specific assay for your target, suitable for screening large numbers of compounds

 

  • we can run proof of concept or “tool” compound identification assays 

 

Screening densities will be utilised which are consistent with the assay format and the number of compounds to be screened.

 

 

Assay Validation: Initially after developing an assay for compound screening, we would run a set of compounds through the assay under screening conditions to validate the approach and the equipment. This would be performed using the same compounds on consecutive days and correlated to determine consistency.

 

 

 

 

 

 

 

 

Hit Selection: In general, our initial screening is performed at one compound per well at a single concentration. Compounds are then ranked using either percent inhibition (or activation) versus on-plate controls or using B-score, a statistical method that does not rely on on-plate controls but uses an iterative median polish of data.

 

 

  

 

 

 

 

 

Retest Confirmation and XC50 Determination: After discussion with the client, an appropriate cut-off is selected and compounds are retested in triplicate for confirmation. If compounds achieve a pre-determined level in at least two out of three replicates then these can be taken forward for XC50 testing. While this is our “typical” screening cascade, we are flexible and will adapt our approaches to suit the needs of the client, such as re-designing assays to identify agonists, antagonists, inverse agonists etc.

 

 

 

Use our experience to identify new molecules for your drug discovery campaigns.

 

Contact us at This e-mail address is being protected from spambots. You need JavaScript enabled to view it.

Our People

              

Gary Allenby, Kathy Dodgson and Kevin Hart are the founders of Aurelia Bioscience. They have over 70 years experience between them working for several blue chip Pharmaceuticals .....

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