- Complement DNA microarrays. DNA microarrays allow scientists to measure the expression of thousands of genes of a cell under one growth condition, whereas Phenotype MicroArrays allow scientists to measure the effect of one gene in the cell under thousands of growth conditions.
- Provide rapid answers to critical questions about cellular properties in a simple, rapid, efficient, and cost- effective process.
- Provide rapid answers to how a gene of unknown function affects a cell at a physiological level.
- Provide cell-to-cell comparisons to find novel drug targets based on in vivo physiological differences.
- Provide a means to assay the effect of a drug on thousands of cellular targets under thousands of physiological states of the cell.
- Provide rapid answers to questions about how a new lead affects a cell at a biochemical level.
- Provide information on how new drug leads compare to and interact with existing drugs.
- Reduce the time and cost of slow and cumbersome animal, plant, or human studies in late development.
- Eliminate unproductive leads and projects, saving substantial R&D budget dollars that would be wasted in later development.
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Drug Discovery with Biolog Technologies BiOLOG’s Phenotype MicroArray™ Technology for Microbial and Mammalian Cells, and new MitoPlate™ assays are used by pharmaceutical companies, biotech’s and academic institutions to assist with new drug target identification and drug re-purposing, and any applications in the process of developing solutions for the treatment and curing of disease. Benefits of Phenotype MicroArrays in Drug Discovery: -
Separation of whole blood - two bag systems simultaneously on one device The Dualpress from LMB is a high quality device for whole blood separation. 6 Bag sensors on each side guarantee stable buffy coat level during separation. Touchscreen with easy menu navigation. -
EcoPlates™ Examine environmental community diversity with Biolog EcoPlates™. Biolog EcoPlates provide a sensitive and reliable index of environmental change. This approach, called community-level physiological profiling (CLPP), is effective at distinguishing spatial and temporal changes in the metabolism of microbial communities. Microbial communities provide useful information about environmental change. Microorganisms are present in virtually all environments and are typically the first organisms to react to chemical and physical changes in the environment. Changes in microbial communities are often a precursor to changes in the health and viability of the environment as a whole. -
Introducing EMMA from Microtechnix EMMA is developed to digitise your Pharmaceutical Microbiology QC workflow. The (patent-pending) optical system captures 100% representative images for downstream analysis assisted by vision AI. This unique optical acquisition system allows to digitize your documentation process to ensure full data integrity. EMMA is a fully integrated system: including camera, built-in barcode reader and operating system. -
Introducing EMMA HT from Microtechnix EMMA HT can standardise and fully automate your Microbiological Environmental Monitoring. The (patent-pending) optics system captures ultra-precise images and uses artificial intelligence to analyse your samples. Perfect for environmental monitoring assays. This unique optical acquisition system allows to acquire high resolution image of 100% of the plate surface, including the wall (meniscus) of the Petri dish, and standardise your documentation process to ensure 100% data integrity. EMMA HT is a fully integrated system: including 2 EMMA devices, barcode reader, computer and the robot. -
Introducing EMMA RL from Microtechnix EMMA RL provides a comprehensive solution to digitise & automate your pharmaceutical microbiology QC. The (patent-pending) optical system captures ultra-precise images and uses vision AI to analyse your data. This unique optical system allows to acquire 100% of the Petri dish content, including the wall & meniscus of the Petri dish. This allows the detection of any colony on the Petri Dishes, ensuring zero false negatives. This solution is fully integrated and automated. -
ENFit Adaptors from Enteral UK ENFit To Funnel Adaptor Transition Adapter for ENFit Syringe to Funnel Tube. With tethered cap. Funnel to ENFit Adaptor Transition Adapter for Non ENFit Funnel Syringe to ENFit Tube. Y-Port Adaptor Double male ENFit connector (ISO 80369-3), converts any ENFit single port feeding tube to Y-Port, sterile. Medicine Bottle Adaptor Stepped Bottle Adaptor, 15-27mm, male ENFit connector (ISO 80369-3). -
Enteral Connector Brush For keeping ENFit® connectors clean and free of debris. -
Enteral Drainage Bags to fit any ENFit compliant tubes used for gastric drainage EVA sizes 50ml - 1000ml & PVC sizes 500ml - 2000ml to cover full range of patient requirements. The 500ml and 1000ml bags include integral tubing. -
Extension set/syringe driver connection set, male ENFit connector (ISO 80369-3) and female ENFit connector. -
Enteral ISO-SAF Home Enteral ISO SAF Home, reusable enteral syringe with female ENFit connection (ISO 80369-3). Low dose connections are fitted to the 1ml and 3ml syringes.- 1ml
- 3ml
- 5ml
- 10ml.
- 20ml
- 60ml
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Enteral ISO-SAF Single Use Enteral ISO SAF, single use enteral syringes with female ENFit connection (ISO 80369-3). Low dose option available in 1ml & 3ml syringes.- 1ml
- 3ml
- 5ml
- 10ml.
- 20ml
- 60ml