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Reliable solutions for accelerating small molecule drug development
By leveraging exciting new technologies at the leading edge of precision medicine, you’re helping to potentially stop some of the world’s deadliest diseases in their tracks. We have gathered feedback and know in order to speed these promising therapeutics to market, you’re committed to ensuring a high degree of accuracy and safety from discovery to commercialization of your small molecule drug.
We know you need a high-throughput screening method that’s biologically relevant, efficient, and sensitive, and an assay robust enough to determine accurate pharmacology. And by the time you’re ready to move to phase I clinical trials, we know you need to be confident that your drug is safe.
From CRISPR-Cas9 gene editing tools and transfection reagents to SelectScreen services and cell culture media, we provide expertise and an unparalleled array of scalable tools, services, and support designed to deliver high-quality results and accelerate your productivity and innovation. We are the partner you need to bring your small molecule drug to market with the goal of improving health care for millions of people.
View our comprehensive list of products, services, and technologies to support you at every step of small molecule drug development:
Target-based drug discovery identifies a new therapeutic target, then screens for a drug that binds to it. Target deconvolution begins with a drug that is efficacious in phenotypic studies and retrospectively identifies the target.
Quick links: Genetic analysis | Protein analysis | Cell-based analysis | Commercialization solutions
Arrayed or pooled lentiviral CRISPR libraries for functional genomics screening.
96- or 384-well plate based pre-spotted with dried-down Applied Biosystems TaqMan Gene Expression Assays delivers results in only 30–45 mins.
Multiplex protein quantitation using the Luminex instrument platform, covering >300 cytokines, chemokines, growth factors, and other protein targets.
Broad range of assays for both flow cytometry and imaging (including microplate and HCS) applications
Wide range of sequencing solutions from gold-standard Sanger sequencing technology, to flexible and scalable next-generation sequencing (NGS) products.
Generate libraries more quickly, with less bias, in order to match the speed and capacity of Illumina instruments.
From targeted gene expression analysis to whole transcriptome sequencing, combine simple sample preparation and intuitive data analysis.
Best-coverage assays to detect the highest number of transcript variants possible, with gold-standard specificity, sensitivity, and reproducibility.
Potent and specific siRNAs covering the druggable genome, with a proprietary algorithm and chemical modifications.
Advanced gRNA designs for maximum efficiency without sacrificing specificity; arrayed libraries in flexible formats for a wide variety of assays.
Understand the functions of individual proteins and their place in complex biological systems with state-of-the-art proteomics mass spectrometry.
Characterize protein interactions through methods such as immunoprecipitation, yeast two-hybrid screening, phage display, and more.
Generate complete structural information, uncover how targets interact with screening compounds.
Investigate protein and RNA biomarkers in key disease research areas from single-analyte analysis using ELISA formats to multiplex bead-based assays.
Create and validate an assay that meets your drug discovery or screening needs and fits your workflow.
Extract useful chemical information for verification studies, characterize new compounds and monitor reactions with compact, affordable spectrometers.
A broad range of cell function and behaviour assays and reagents that can be used on multiple instrument platforms.
Exceptional resolution with subcellular, automated detection and phenotyping with intact, fixed, or live cells.
Flow cytometry instruments, assays, reagents, and antibodies to simultaneously analyze multiple proteins, gene expression, and cell functions.
Make your pH measurements of your media, buffers, and reagents fast and reliable with meters, electrodes, and accessories designed to work seamlessly together.
Identify active compounds that interact with the selected target and/or modulate its activity via primary screening—i.e., hit identification. During secondary screening, evaluate and confirm initial hits with a different set of assays—i.e., hit validation.
Quick links: Cells and compound libraries | Functional analysis | Commercialization solutions
Better understand complex biology in a physiologically relevant context where 2D models have not proven as successful.
Compact, benchtop cell analyser that can be configured with up to four spatially separated lasers to flexibly design, run, and analyse panels of up to 14 colors.
A fast, laser-based, automated cellular imaging and analysis platform for quantitative microscopy and phenotypic screening.
High-performance, fully automated, inverted, multi-channel fluorescence and transmitted light imaging system.
Closely mimic the in vivo state and generate more physiologically relevant data with complete cell culture systems for drug discovery.
The Maybridge screening collection, a diverse set of >53,000 hit-like and lead-like molecules produced by synthetic techniques for screening campaigns.
Increase throughput, reproducibility, and speed through automated reagent dispensing into a wide selection of plate and volume ranges.
Investigate the major druggable target classes: kinases, GPCRs, nuclear receptors, and ion channels.
Analyze complex signal transduction pathways in record time in live cells.
Investigate epigenetic enzymes and substrate modifications using cellular and biochemical assays.
Characterize gene regulatory sequences, transcription factor activity, cell signaling, and signaling pathways.
Cell-based assays and reagents for key cellular processes, including apoptosis, cell proliferation, cell cycle and viability.
Platforms and software for cutting-edge images and high content imaging data in no time; exceptional resolution with subcellular, automated detection.
A range of products for imaging biological processes in live animals to understand cellular activity, effects of drugs, and disease progression.
Generate complete structural information, uncover targets interact with screening compounds.
Services with strict quality controls and automated processes driven by integrated informatics systems to help ensure reliable data is delivered every time.
Comprehensive portfolio of laboratory automation solutions to improve processes and increase efficiency while generating accurate, reliable results.
Achieve your goals faster, more reliably and with less effort, with our technology advancements in contamination control and uniform growth conditions.
Maximize sample protection and user safety, with an emphasis on containment, comfort and convenience, all day, every day.
During lead optimization (LO), lead compounds are synthesized and modified to produce new analogs with improved potency and reduced off-target effects and tested to determine metabolic and safety profiles. Lead candidates are also tested for metabolic and safety profiles using ADME/Tox assays.
Each vial contains a minimum of five million viable cells, sufficient for up to sixteen 96-well plates of hepatic spheroids.
Reagents to conduct TR-FRET–based compound affinity testing, suitable for high-throughput screening.
Human P450 isozyme for detailed drug metabolism studies, with multiple assay formats from 96-well to 1,536-well.
Assays to identify indicators of both biochemical and cellular toxicity.
Unparalleled, off-the-shelf collection of building blocks with medicinally important ring systems, many which are unique to the Maybridge collection.
ISO 9001:2000–certified facility, with experience in performing both small-scale and large-scale, milligram to kilogram, custom synthesis projects.
High-grade hepatic systems (cells, media, supplements and matrices), backed by extensive expertise and decades of experience.
Determine the metabolic and safety profiles of lead candidates on a high-throughput scale.
Ultra-low freezers, high-performance refrigerators and freezers are designed with features that support sustainability objectives without compromising performance.
Target-based drug discovery identifies a new therapeutic target, then screens for a drug that binds to it. Target deconvolution begins with a drug that is efficacious in phenotypic studies and retrospectively identifies the target.
Quick links: Genetic analysis | Protein analysis | Cell-based analysis | Commercialization solutions
Arrayed or pooled lentiviral CRISPR libraries for functional genomics screening.
96- or 384-well plate based pre-spotted with dried-down Applied Biosystems TaqMan Gene Expression Assays delivers results in only 30–45 mins.
Multiplex protein quantitation using the Luminex instrument platform, covering >300 cytokines, chemokines, growth factors, and other protein targets.
Broad range of assays for both flow cytometry and imaging (including microplate and HCS) applications
Wide range of sequencing solutions from gold-standard Sanger sequencing technology, to flexible and scalable next-generation sequencing (NGS) products.
Generate libraries more quickly, with less bias, in order to match the speed and capacity of Illumina instruments.
From targeted gene expression analysis to whole transcriptome sequencing, combine simple sample preparation and intuitive data analysis.
Best-coverage assays to detect the highest number of transcript variants possible, with gold-standard specificity, sensitivity, and reproducibility.
Potent and specific siRNAs covering the druggable genome, with a proprietary algorithm and chemical modifications.
Advanced gRNA designs for maximum efficiency without sacrificing specificity; arrayed libraries in flexible formats for a wide variety of assays.
Understand the functions of individual proteins and their place in complex biological systems with state-of-the-art proteomics mass spectrometry.
Characterize protein interactions through methods such as immunoprecipitation, yeast two-hybrid screening, phage display, and more.
Generate complete structural information, uncover how targets interact with screening compounds.
Investigate protein and RNA biomarkers in key disease research areas from single-analyte analysis using ELISA formats to multiplex bead-based assays.
Create and validate an assay that meets your drug discovery or screening needs and fits your workflow.
Extract useful chemical information for verification studies, characterize new compounds and monitor reactions with compact, affordable spectrometers.
A broad range of cell function and behaviour assays and reagents that can be used on multiple instrument platforms.
Exceptional resolution with subcellular, automated detection and phenotyping with intact, fixed, or live cells.
Flow cytometry instruments, assays, reagents, and antibodies to simultaneously analyze multiple proteins, gene expression, and cell functions.
Make your pH measurements of your media, buffers, and reagents fast and reliable with meters, electrodes, and accessories designed to work seamlessly together.
Identify active compounds that interact with the selected target and/or modulate its activity via primary screening—i.e., hit identification. During secondary screening, evaluate and confirm initial hits with a different set of assays—i.e., hit validation.
Quick links: Cells and compound libraries | Functional analysis | Commercialization solutions
Better understand complex biology in a physiologically relevant context where 2D models have not proven as successful.
Compact, benchtop cell analyser that can be configured with up to four spatially separated lasers to flexibly design, run, and analyse panels of up to 14 colors.
A fast, laser-based, automated cellular imaging and analysis platform for quantitative microscopy and phenotypic screening.
High-performance, fully automated, inverted, multi-channel fluorescence and transmitted light imaging system.
Closely mimic the in vivo state and generate more physiologically relevant data with complete cell culture systems for drug discovery.
The Maybridge screening collection, a diverse set of >53,000 hit-like and lead-like molecules produced by synthetic techniques for screening campaigns.
Increase throughput, reproducibility, and speed through automated reagent dispensing into a wide selection of plate and volume ranges.
Investigate the major druggable target classes: kinases, GPCRs, nuclear receptors, and ion channels.
Analyze complex signal transduction pathways in record time in live cells.
Investigate epigenetic enzymes and substrate modifications using cellular and biochemical assays.
Characterize gene regulatory sequences, transcription factor activity, cell signaling, and signaling pathways.
Cell-based assays and reagents for key cellular processes, including apoptosis, cell proliferation, cell cycle and viability.
Platforms and software for cutting-edge images and high content imaging data in no time; exceptional resolution with subcellular, automated detection.
A range of products for imaging biological processes in live animals to understand cellular activity, effects of drugs, and disease progression.
Generate complete structural information, uncover targets interact with screening compounds.
Services with strict quality controls and automated processes driven by integrated informatics systems to help ensure reliable data is delivered every time.
Comprehensive portfolio of laboratory automation solutions to improve processes and increase efficiency while generating accurate, reliable results.
Achieve your goals faster, more reliably and with less effort, with our technology advancements in contamination control and uniform growth conditions.
Maximize sample protection and user safety, with an emphasis on containment, comfort and convenience, all day, every day.
During lead optimization (LO), lead compounds are synthesized and modified to produce new analogs with improved potency and reduced off-target effects and tested to determine metabolic and safety profiles. Lead candidates are also tested for metabolic and safety profiles using ADME/Tox assays.
Each vial contains a minimum of five million viable cells, sufficient for up to sixteen 96-well plates of hepatic spheroids.
Reagents to conduct TR-FRET–based compound affinity testing, suitable for high-throughput screening.
Human P450 isozyme for detailed drug metabolism studies, with multiple assay formats from 96-well to 1,536-well.
Assays to identify indicators of both biochemical and cellular toxicity.
Unparalleled, off-the-shelf collection of building blocks with medicinally important ring systems, many which are unique to the Maybridge collection.
ISO 9001:2000–certified facility, with experience in performing both small-scale and large-scale, milligram to kilogram, custom synthesis projects.
High-grade hepatic systems (cells, media, supplements and matrices), backed by extensive expertise and decades of experience.
Determine the metabolic and safety profiles of lead candidates on a high-throughput scale.
Ultra-low freezers, high-performance refrigerators and freezers are designed with features that support sustainability objectives without compromising performance.
Simplify your new lab set-up: our Jump Start program can help you design your lab with the products that will set you up for success, all with special discounts.
Simplify processes and enable discovery with our innovative laboratory equipment—the essential infrastructure of science.
Solutions for Biotech scale up to accommodate more samples, more data, and higher production.
Simplify processes and enable discovery with our innovative laboratory consumables—the essential infrastructure of science.
No capacity, time, or resources to handle a project in-house? Outsource it to us and our staff of experts will handle the project for you.
There’s no time for downtime in your lab, our services and support packages keep your lab up and running.
Customization, security of supply, quality, and expertise are values beyond the products and services when you partner with us.
For Research Use Only. Not for use in diagnostic procedures.