SPT Labtech and Olink announce a new automation solution to accelerate research utilizing Olink's next-generation proteomics technology.

SPT Labtech provides a space-saving dispensing platform to more genome researchers with the mosquito Gen3.

At SPT labtech, we have initiated an effort called "labtech unplugged." Through Spotify and podcasts, we share unique insights and experiences from experts and innovators in various fields on topics shaping the future of life sciences, including the latest breakthroughs, challenges, and trends.

This webinar highlights development of a single-nucleus RNA-seq2 (snRNA-seq2) method, using the Takara Bio SMART-Seq(R) Single Cell Kit, that allows deep characterization of nuclei isolated from frozen archived tissues, expanding knowledge about cellular heterogeneity.

Exploring the transformation of large-scale proteomic data generation using the Olink Explore platform integrated with positive displacement liquid handling technology. Learn how this combination enables deeper insights into the physiopathologic mechanisms underlying various drugs and diseases by providing a comprehensive readout of protein expression levels in biological samples, demonstrating how robust and precise automation supports high-throughput multiomics research with minimal sample volumes.

Join us at the Olink Proteomics Conference, a novel platform for scientists exploring the latest advancements in proteomics and proteogenomics on immunology, oncology, neuroscience, ageing, inflammation and more applications. The invitation is for a 5-hour event, with 2.5 hours dedicated to live sessions, while other sections like the virtual booth will remain open for the full duration

Developing pharmaceutical compounds with improved efficacy and specificity profiles means manipulating small molecules at the nanoscale. Since the structure of a molecule determines its function, approaches that provide access to diverse molecular structures are extremely important. Advances in computational methods and automation have significantly enhanced the ability of medicinal chemists to explore vast chemical spaces and validate novel compounds on a large scale. For example, by integrating virtual screening with high-throughput experiments, scientists can prioritize, validate, and optimize promising candidate compounds repeatedly, thereby shortening the timelines for drug discovery and development. This webinar will explore how automation, particularly low-volume liquid handling, promotes throughput in medicinal chemistry by increasing the number of data points generated for each nanoscale experiment. It will also discuss volumetric technology that enables the precise handling of ultra-small, difficult-to-manage liquids, overcoming reproducibility challenges. Case studies from leading research institutions will showcase how these technologies are successfully driving advancements in science.

Two companies that handle automatic dispensing equipment have joined forces to expand their lineup of liquid handling products and enhance corporate value in the lab automation market. SPT Labtech Ltd., a global leading company in the design and development of automation devices and consumables in the life sciences sector (headquartered in Hertfordshire, UK, with its Japanese subsidiary SPT Labtech Japan Co., Ltd. located in Ota, Tokyo), has announced the acquisition of Apricot Designs Inc., based in Covina, California. Apricot Designs is a dispensing equipment manufacturer with over 30 years of experience in the design and manufacturing of multi-channel micro-volume dispensers and sample preparation devices. With its flagship nano-liter dispensing device utilizing positive displacement technology, SPT Labtech will be able to offer a broader range of automation solutions through the acquisition of Apricot, which is renowned for its micro-liter order 96/384 dispensing head technology using air displacement technology.

(Introduction) The Molecular Research Institute within the historic Natural History Museum (NHM) in London is at the forefront of scientific innovation in molecular biology. By integrating advanced automation and robotics, this lab is pushing the boundaries of research and analyzing the genetic makeup of ancient species and modern ecosystems. Senior Automation Specialist and Molecular Biologist Yuen Tin Chan and Senior Molecular Biologist and Robotics Specialist Dr. Piotr Kuba shine a light on their groundbreaking work, discussing their interdisciplinary approach, custom sequencing services, and the unique challenges associated with studying historical and limited samples.

High-resolution genomic and NGS libraries In this webinar, Richard Eccles from the Centre for Genomic Research at the University of Liverpool alongside SPT Labtech, and New England Biolabs, Inc. demonstrate how the mosquito(R) genomics enables the automation and miniaturization of the NEBNext(R) Ultra(TM) II FS DNA library prep kit, producing high-quality data, increased throughput, and a significant reduction in the cost per sample.

About this webinar Discover how to build a cost comparison model for automated storage versus manual storage to decide if automation is the right approach for your setting. This webinar considers a wide range of factors to capture all costs associated with an automated sample storage solution versus manual approaches, as well as the benefits to sample quality and ultimately the quality of research. To access the recording simply fill out the form.

In this webinar scientists from both SPT Labtech and Takara Bio present: An overview of the SMART-Seq Single Cell Kit and its unique advantages A deep dive tour of the mosquito HV genomics, and its versatility and miniaturization potential Demo and protocol highlights

About this webinar Watch this insightful SLAS 2020 workshop recording from Christina Minnick and Liudmila Dzhekieva (Pharmacology, Assay Operations) at Merck: dragonfly discovery dispensing in Drug Discovery.

In this webinar, hear from a team at UC San Diego which employs a highly automated workflow for efficient end-to-end operations from sample collection and accessioning to return of results.

In this webinar, Spyros Darmanis Ph.D., Cell Atlas Group Leader at the Chan Zuckerberg Biohub, presents a compendium of single-cell transcriptomic data from the model organism Mus musculus - which comprises more than 100,000 cells from 20 organs and tissues.

In this webinar, hear from Van Andel Institute scientists about how the mosquito HV liquid handler was used to miniaturize and increase throughput of the Takara Bio SMART-Seq Stranded Kit, to yield robust single-cell total RNA libraries from flow-sorted cells, as well as the troubleshooting/optimization challenges and how these were overcome