Lab Thread ads

Every lab has a version of the same story. A key person leaves. A project stalls. Months of effort — lost. It doesn't have to be this way. The data is usually still there, somewhere. But knowing exactly what was done, why, and how someone arrived at a result? That's where most labs — even those already using an ELN — struggle. Because a notebook, however digital, is only one part of your workflow. Lab Thread is not another ELN. It's a single digital thread connecting your entire scientific workflow — molecular designs, in-lab processes, data, analyses, and samples, all linked in one project file. This is your lab, connected. 👉 Request a demo or start your free trial: labthread.com

A lab loses knowledge in two ways; twin threats to its resilience that stem from opposite behaviours but deliver the same outcome. Silence: The knowledge that never gets written down, but is diluted with every leaver: a protocol that only works with a certain tweak, a temperamental instrument that has to be coaxed into behaving, the reason you always use plasmid A not plasmid B. Every time a scientist leaves, some of that knowledge does too. Noise: the opposite problem. Too much data, spread across too many tools that don’t talk to each other. Is the file on a local drive, in OneDrive or Google Drive, or still in someone’s inbox? There’s a real cost - in both time and money - from hours of searching, and needless repetitions due to lost data. Most labs are fighting on both fronts, and staff turnover, which has defined the last few years in biopharma, makes both worse. We've written about why research resilience matters more than ever, and how you can weave it into your lab’s daily operations here: https://lnkd.in/eapEwGYK #ResearchResilience #LabThread #KnowledgeManagement #LabManagement #Biotech #YourLabConnected

A lab loses knowledge in two ways; twin threats to its resilience that stem from opposite behaviours but deliver the same outcome. Silence: The knowledge that never gets written down, but is diluted with every leaver: a protocol that only works with a certain tweak, a temperamental instrument that has to be coaxed into behaving, the reason you always use plasmid A not plasmid B. Every time a scientist leaves, some of that knowledge does too. Noise: the opposite problem. Too much data, spread across too many tools that don’t talk to each other. Is the file on a local drive, in OneDrive or Google Drive, or still in someone’s inbox? There’s a real cost - in both time and money - from hours of searching, and needless repetitions due to lost data. Most labs are fighting on both fronts, and staff turnover, which has defined the last few years in biopharma, makes both worse. We've written about why research resilience matters more than ever, and how you can weave it into your lab’s daily operations here: https://lnkd.in/eapEwGYK #ResearchResilience #LabThread #KnowledgeManagement #LabManagement #Biotech #YourLabConnected

A lab loses knowledge in two ways; twin threats to its resilience that stem from opposite behaviours but deliver the same outcome. Silence: The knowledge that never gets written down, but is diluted with every leaver: a protocol that only works with a certain tweak, a temperamental instrument that has to be coaxed into behaving, the reason you always use plasmid A not plasmid B. Every time a scientist leaves, some of that knowledge does too. Noise: the opposite problem. Too much data, spread across too many tools that don’t talk to each other. Is the file on a local drive, in OneDrive or Google Drive, or still in someone’s inbox? There’s a real cost - in both time and money - from hours of searching, and needless repetitions due to lost data. Most labs are fighting on both fronts, and staff turnover, which has defined the last few years in biopharma, makes both worse. We've written about why research resilience matters more than ever, and how you can weave it into your lab’s daily operations here: https://lnkd.in/eapEwGYK #ResearchResilience #LabThread #KnowledgeManagement #LabManagement #Biotech #YourLabConnected

Why are you still emailing your plasmid maps? Molecular biology is a team effort. Sharing a construct with a colleague or collaborating on a synthesis project should be as easy as "open, click, share". With Lab Thread, your sequence designs live in the cloud, not on someone's desktop. And because your molecular designs sit inside the same platform as your ELN, samples and storage, they stay connected to the experiments they drive and the samples they become — an integrated digital thread.

Your board wants an AI strategy. But your data lives in six spreadsheets, three shared drives, and one ex-colleague's inbox. So what next? AI is powerful, and it's already changing how science gets done, but even the best model is only as good as the data you feed it. You can’t bolt AI onto a mess. We wrote about what "AI ready" actually means for biotech, and why fixing the underlying data foundations might be one of the most valuable things you do this year. Link to the full post in the comments 👇