12/16/2023 0 Comments Using snapgene viewer![]() Are enthusiastic, highly motivated and have a passion for science.Are a team player and possess excellent and collaborative skills.Will have a degree (Bachelors/Masters) in Biological Sciences/Biochemistry or a related subject, or have equivalent experience.Developing quality assurance and process management documentation to assess delivery against requirements.Training equipment users on key concepts associated with the platforms support best-practice and mitigate avoidable run failures, ensuring optimal routine operation.Utilise existing automation to aid in developing state-of-the-art automated molecular biology protocols, increasing throughput and reliability of assays and processes. Commitment to a culture of consistent improvement.This includes LIMS/sample tracking, resource management, SOP and process development. Supporting the design, development and implementation of our state-of-the-art vector and vector library platform.Contributing to general operation and maintenance of wet lab spaces, and in particular the Vector Workshop (our in-house high throughput cloning platform), Automation and Functional Genomics teams.Working collaboratively with scientists across Functional Genomics and the wider R&D team.Ensuring all automated systems are well maintained and implementation of error reporting pipelines.Operation of molecular biology-related workflows for a wide range of applications across the Functional Genomics team, including Cell Engineering, NGS and Synthetic Biology.You will be joining a highly diverse team of scientists with expertise in a wide range of scientific disciplines, working collaboratively to develop the technologies that will drive the future of the company. ![]() The role will require close interactions with other Scientists and Research Assistants from across the Functional Genomics team to run and help implement SOPs and pipelines for molecular biology, including manual and automated platforms and workflows. We are looking for a Research Assistant to join the Functional Genomics team and work within our Vector Workshop (our in-house high throughput cloning platform) and Automation group on a 12-month fixed term contract. Type: Full time / FTC - 12 month maternity cover Location: Babraham Research Park, Cambridge We are united by trust and respect for each other. To do this we need talented and curious people who want to make an impact on the future of science and therapeutics.Īs a team of individuals, we value science, collaboration, openness, curiosity and creativity. At bit.bio, we are passionate about engineering human cells that will enable the medicine of the future. Our breakthrough technology combines synthetic and stem cell biology for the precise, efficient and consistent reprogramming of human cells used in research, drug discovery, and cell therapy. The application does not feature the functionality included in tools of the same feather, but it offers support for the most frequently used operations as far as DNA sequence analysis is is an award-winning spinout from the University of Cambridge. Primers for PCR, sequencing, or mutagenesis can be designed and annotated, too. It sports automatic annotation of common features but it also offers the opportunity to do it manually in the case of coding sequences as well as more particular features. Features at a glanceĪmong the list of features available in SnapGene Viewer there is the possibility to create a DNA sequence file from punching in the sequence and export it to a GenBank format. There are multiple views available that allow toggling the display of enzymes on or off as well as showing the sequences, features or primers. However, a single look at the interface shows that the developers did their best to come up with a layout that is intuitive and comprehensive at the same time.Īs soon as a DNA file is loaded, there is a clear view of the map. User friendly interfaceĭue to the domain it has been built for, SnapGene is not accessible to all users. ![]() Getting the application on the system is done through an uneventful installation process that includes the option to associate specific file extensions (sequences, sequence traces and archives) with SnapGene Viewer. The application works with files as large as 1GB. SnapGene Viewer has been designed as a helpful tool for biologists to handle and exchange annotated DNA sequences easier and with less effort. Luckily, some developers provide the necessary digital instruments for analyzing this type of data in an easier way. Working with DNA sequences can be a difficult task, even for those who are familiar with the matter.
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