Omics Technology
Our multidisciplinary teams of scientists, engineers and market experts are delivering cutting-edge omics technologies across all aspects of omics, from spatial biology and single cell analytics to novel approaches in DNA, RNA and protein sequencing.
Innovating and delivering systems at pace and tailored to our clients’ needs is at the heart of what we do.
World leading omics technology development service
We are unrivalled in speed of development, confidence of functionality and manufacturability – and we can deliver at scale.
We invent, develop and integrate complex omics processes into easy-to-use and low-cost disposables. From biochemistry to hardware development, we also support clients all the way from fundamental technology invention and development to integration and manufacturing.
We offer complementary technologies that have been developed with real market needs in mind to ensure that our clients can deliver their objectives.
Why TTP – Omics Technology Development
Delivery
We provide workable solutions to difficult omics commercialisation challenges, turning complex lab processes into simple-to-use yet ground-breaking tools, which will ultimately be deployed in fundamental research, drug discovery, diagnostics and beyond.
Interdisciplinary teams
Our interdisciplinary biologists and chemists work in consort with engineers, physicists and human factors experts to invent new technologies, approaches and platforms and to rapidly take initial ideas to marketable products with real commercial value.
Add Value
In fostering collaboration, we embark on a strategic partnership with you, united by a common objective. Our commitment lies in achieving shared goals, where the emphasis is placed on tangible outcomes and the added value we bring to the table. At the heart of our collaboration is a pragmatic and creative approach to omics technologies, acknowledging the dynamic and evolving nature of this field.
Fast-track development
Rapid prototyping and system testing has always been a key aspect of TTP’s development services. Functional testing and often assay evolution are undertaken throughout. Emphasising a thorough and iterative testing methodology, we ensure that each stage of prototyping is rigorously scrutinised to identify potential improvements and optimisations at pace.
World-class facilities
From engineering facilities to molecular biology and class II, cell culture, surface chemistry and bioengineering labs to a MEMS cleanroom, we invest in world-class facilities and maintain ISO 13485:2016 accreditation.
Independent Technology Development
We offer clients complementary technologies such as communications and algorithm developments. We also regularly develop technologies that can be customised and used by our clients in the omics market maximising commercial value.
Expertise – Omics Technology Development
Instrument Design
Concept generation, functional specification, Industrial Design, Human Factors
Cartridge Design
Workflow integration, microfluidics, modelling, production insight
Biochemical Design
Assay design, refinement, new reagent formulation, stability and manufacturability
Integrated system and software development
Cartridge and instrumentation, control, algorithms, user interface design and bioinformatics
Biochemical development
Testing, refinement, integration, lyophilisation, material compatibility and surface chemistry
Prototyping
Established prototyping facilities to enable instruments and cartridges at medium volumes (up to 100s of instruments and 1000s of cartridges)
Design for manufacture
We can design your system or integrate with other internal or external design partners.
Manufacturing line development
Support in selection, line creation, and knowledge and design transfer for all scales of manufacture.
Market Expertise
Deep market knowledge and know-how
Case Studies
News & Insights
Shape Up, Library Prep: Innovating for Efficient, Low Cost and Sustainable Workflows
Environmental DNA and RNA: versatile tools with huge untapped commercial potential
Spatial biology: FISH and sequencing reveal gene expression patterns. Where is the industry now, and what will the future bring?
Translating spatial biology into tissue diagnostics with inventive technology
Next-generation sample preparation: Will better nucleic acid extraction unleash biotechnology, life sciences and diagnostics?
Only a ‘click’ away: click chemistry transforms life science applications
DNA Origami: What can we make of it?
How to develop microfluidics for commercial products
CRISPR-Cas9 – A chink in the armour of the white knight?
