October 15, 2024

New Member: Welcome in our cluster to SPT Labtech

New Member: Welcome in our cluster to SPT Labtech

SPT Labtech transforms the way scientists work by pioneering automation in liquid handling, sample preparation, and management for over 25 years. Their solutions streamline lab tasks, reduce human error, and ensure precise, consistent results. Using positive displacement technology, they enable ultra-low volume accuracy, saving reagents and samples. Their automated systems simplify sample storage and organization, while their cryo-EM tools enhance structural biology research. Headquartered in Melbourn, UK, with 400+ employees, SPT operates globally across the US, UK, Germany, and China.

If you would like to learn more, please visit their Website.
Looking forward to your active participation!

Our latest News

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Heidelberg Medical Students Remain at the Very Top in Germany

Heidelberg Medical Students Remain at the Very Top in Germany

In the first phase of the medical exams, students at Heidelberg University’s Faculty of Medicine once again achieved excellent results: In the so-called “Physikum,” the state exam in medical theory, they ranked first in Germany—for the fifth consecutive year. Full Text in German below. Heidelberger Medizin-Studierende weiter absolute Spitze in Deutschland Im ersten Abschnitt der […]

Heisenberg Professorship for Aurélie Ernst

Heisenberg Professorship for Aurélie Ernst

With funding from the German Research Foundation’s (DFG) Heisenberg Program, DKFZ researcher Aurélie Ernst aims to investigate how massive changes in the genome contribute to the development of cancer. Her research focuses on a phenomenon known as chromothripsis – a catastrophic event in the genome in which chromosomes break apart and are reassembled incorrectly. In […]

New Publication by Gen-H: Multi-plasmid antibiotic-free fermentation

New Publication by Gen-H: Multi-plasmid antibiotic-free fermentation

Our latest publication demonstrates a robust strategy for antibiotic-free maintenance of multiple plasmids using orthogonal conditional complementation. You can read the article here. Key highlights: ✅ Maintenance of two plasmids without antibiotics or resistance markers✅ Functionality in non-supplemented media✅ Flexible one- or two-plasmid configurations using orthogonal inducible promoters✅ Productivity equivalent or superior to conventional antibiotic-selected […]

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