Ofer is a postdoctoral fellow in the Department of Bioengineering and Therapeutic Sciences at the University of California, San Francisco (UCSF). He studies the role of short coding and non-coding DNA sequences in normal development and disease pathogenesis. We caught up with Ofer to hear how he uses LabTwin to manage his complex experiments.
In my day-to-day, I use Microsoft OneNote as an ELN (electronic lab notebook). Aside from this, I use Microsoft Office to arrange, present and write up my science. In my dry-lab I use Linux servers, R (RStudio), and python.
The short answer is “not as well as I would like”. I use Google Drive to sync all my data and records from my laptop. I’m a bit old fashioned (not by choice) and use a lab notebook for every project, due to a painful past experience with OneNote which resulted in losing 4 months of work.
In my professional life as a molecular geneticist, I tend to become an early adopter of technology which I perceive as game-changing. It happened a couple of times before and when I was introduced to LabTwin‘s ambassador program, I was thrilled with the chance to not only adopt, but also provide input to what I’m sure will become a common tool in labs worldwide over the next couple of years.
In addition to a voice in my head reminding me what I have to do next, the voice-activated digital lab assistant supports me in remaining engaged in my sterile work. With LabTwin, I can keep my gloves on and handle hazardous materials while easily keeping track of my progress, next steps, troubleshooting ad-hoc issues, and more.
For me, dealing with high-throughput screens would be great. I’m looking for an experiment support system, meaning multi-day, many steps, several “stones in the fire” all the time. I need an assistant looking over my shoulder who helps me keep on top of all the details.
I would also like LabTwin to support NGS (next-generation sequencing) library preparation, the most time-consuming task in the project, and therefore the one I need more help with.
In order to have a successful PhD or postdoc, a lot of work is required. Most of the time the work is done in parallel with other activities. Using LabTwin to monitor several protocols in a visual and audio-enabled way will alleviate unnecessary mistakes and increase reproducibility. On the lab and team levels, easy protocol sharing, instant communication and real-time team work will be extremely relevant.
First thing first, labs will adopt a standard SOP for digital data collection and record-keeping. Training for this platform will be mandatory for researchers by the lab/institute/NIH (in the US) prior to starting work on their PhD projects at the bench. The lab space will be paper-less and team-oriented, all based on a synced ELN system. When looking into individual benches, the digital assistance age will be a reality, not just getting the news in the morning but also ordering consumables and reagents and playing music. A proactive virtual assistant will be a digital benchtop companion that will increase individual productivity.
AI and voice-operated products for benchtop scientists in the form of a proactive companion instead of a passive program is a game-changer in my opinion. When working together with equipment software, ELNs, LIMS (laboratory information management systems) and user-customized protocols, LabTwin can make my time at the bench substantially easier and more productive.