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News
- 2023 AACC Annual Scientific Meeting and Clinical Lab Expo
- 34th European Congress of Pathology
- Advances in bio-automation
- AltemisLab Oxford meeting November
- ASM Microbe 2023
- Automata partners with The Francis Crick Institute
- Automata partners with The Royal Marsden
- Automata raises $40m to accelerate growth and global presence
- Automata raises US$50 Million in Series B financing to accelerate automation in Life Sciences
- Automata Technologies appoints advisory board of senior health and life sciences industry executives
- Automating diagnostics: Lessons learnt from the COVID-19 frontline
- Bio-IT World
- Bioprocessing Summit
- BioTechX: Data. AI. Precision. Innovation. For Pharma, Healthcare & Partners
- bit.bio and Automata partnership
- Boston Lab Automators
- Campden Bri: Hot topics in food microbiology on-site conference
- eLabDiscovery Day
- European Human Genetics Conference 2023
- Future Labs Live
- Future Labs Live USA 2023
- Future Labs, Automation & Technology
- Green Lab Symposium
- HSL unlocks faster turnaround times for NHS pathology with Automata
- In conversation with Illumina: genetics in biopharma
- In conversation with Illumina: genetics in healthcare
- Joe Stringer joins Automata
- Leading US neurological research institute, Duncan NRI, partners with Automata
- LRIG Canada
- LRIG New England’s Fall Seminar and Exhibition
- LRIG Philly
- LRIG-NYC
- Midwest LRIG
- On-demand webinar: Addressing liquid handling bottlenecks with automation
- On-demand webinar: Next steps in genomics workflow automation
- On-demand webinar: Reshaping cell biology experiments for automation
- On-demand webinar: Thinking beyond the benchtop instruments
- On-demand webinar: Unifying science for infrastructure-level lab automation
- On-demand webinar. Next in lab automation software: flexible scheduling and workflow creation
- Oxford Global SmartLabs UK 2022
- SLAS 2024
- SLAS 2025
- SLAS Europe 2023
- SLAS Europe 2024
- SLAS San Diego 2023
- UK’s first robotic genomic testing facility for cancer patients
- Unlocking your lab’s potential at the Festival of Genomics
- WMA Summer Meeting
Blog
- 3 key themes from Future Food-Tech Alternative Proteins Summit
- A complete guide to automated pipetting
- Achieving high throughput proteomics with automation
- Agrigenomics: the role of automation
- Applying automation lessons from manufacturing in the lab
- Automata and The Francis Crick Institute seek molecular biologist for an exciting new project
- Automated cell culture incubation
- Automation in cancer genome sequencing
- Automation in microbiology
- Automation solutions for CROs
- Automation solutions for drug discovery
- Balancing usability and functionality
- Becoming a smart lab: the three stages
- Bench to bedside: what is translational research, and how can automation help?
- Benefits of automated liquid handling in cell culture
- Bio-automation inspiration from leading global innovators
- Bridging the gap between laboratory scientists and designers
- Common sources of error in biology lab experiments
- Creating the lab of the future
- CRISPR in agriculture: applications, benefits & risks
- Data and reproducibility: creating a single source of truth for your lab
- Designing your lab space for maximum efficiency
- Dynamic replanning: a new way to schedule workflows and why it matters
- Eliminating scientist dead time with automation
- ELISA assay validation: how automation can help
- Enabling clinicians and patients to make data-driven decisions with genomics
- Ensuring quality in laboratory diagnostics
- Expert’s view: overcoming the obstacles to cultured meat
- Five challenges in lab automation and how to overcome them
- Five reasons flexibility needs to be a standard feature of automation solutions
- Five ways we redesigned the lab bench for automation
- Flexible automation in drug discovery: an expert’s perspective
- Four methods for enhancing automation in your lab
- From robot arms to automation platforms: the future of lab tech
- Future-proofing your automation investment
- How automating labs can improve PCR testing capacity, accuracy and speed
- How automation prevents human error in the laboratory
- How to achieve true walkaway: library preparation in multiomics
- How to automate diagnostics processes
- How to automate your chemistry lab
- How to ensure lab reproducibility with automation
- How to ensure quality control in a lab
- How to improve laboratory productivity
- How to improve turnaround time in the lab
- How to reduce downtime in a drug discovery lab
- How to select the right lab automation partner
- How to unlock the space in your lab
- Human error in colony counting in a clonogenic assay
- Improving cell culture quality
- Improving NGS library prep with automation
- Improving traceability with lab automation
- Investigating lab automation in early drug discovery
- Lab Futures Forum
- Lab Lives: Beyond the Benchtop Ep. 1
- Lab lives: beyond the benchtop ep. 2
- Maintaining cell lines with automation
- Making error handling better
- Navigating the challenges of data in life sciences (and how automation can help)
- Nick Pattinson talks AI in automation
- On-demand webinar: Breaking down the journey towards the smart labs of the future roundtable
- Open systems support rapid automation in the lab
- Panel discussion: sustainability in lab automation
- Plant tissue culture: how automation can help
- Preparing reagents: how automation can help
- Quick automation wins in mammalian cell culture
- Scaling cell culture processes
- Scaling nucleic acid extraction with adaptable automation
- Scaling throughput in agrigenomics labs with automation
- Scaling up ELISA development with automation
- Scaling up gene-edited food
- Sequencing preparation for drug discovery
- Seven steps for increasing efficiency in diagnostics
- Should I purchase my lab equipment with OPEX or CAPEX budget?
- SLAS Europe wrapped for another year
- Tackling flexibility
- The benefits of automation in drug discovery: An expert’s perspective
- The benefits of cloud-first lab automation platforms
- The benefits of lab automation for diagnostic testing
- The future of genome editing in agriculture
- The future role of automation
- The journey to full automation – for labs of all sizes
- The role of automation in the life sciences industry
- Tips for contract labs: sourcing future-proofed automation solutions
- Unlock the potential of your science lab with automation
- Unlocking the potential of 3D cell cultures with automation
- Unlocking the potential of genomic sequencing
- Unlocking the power of people in your lab
- What are cloud labs in life science?
- What are laboratory workflows?
- What is a LIMS (Laboratory Information Management System)?
- What is lab 4.0?
- What is laboratory workflow automation in diagnostic testing?
- What is open, integrated automation
