Thanksgiving 2023: Thankful for our customers and team | eBlog

As we come towards the end of the year, we at Eclipsebio are taking time this Thanksgiving holiday to reflect on what we are grateful for. As we have asked our fellow team members what they are thankful for, two topics have come up again and again: our customers who are performing groundbreaking RNA research and the team at Eclipsebio who continuously pushes the envelope on RNA genomics solutions. 

Every year our customers astonish us with how they apply our technologies to get fundamental insights into RNA biology and to develop novel life-saving therapeutics. 2023 was no exception, some of the publications from this year include: Corina Antal et al. used our RBP-eCLIP assay to get a deeper understanding of pancreatic cancer1, Adrienne Samani et al. used miR-eCLIP to identify microRNA targets involved in skeletal muscle disease2, and Matthew Mackeown et al. used eSHAPE to determine the structure of a viral 5’ UTR and its function in translational regulation3. We are also extremely thankful to our industry partners who have told us how data from our assays is invaluable and insightful for their drug development programs4,5

We are very grateful to our fellow team members: for those of us who have been with us from the start to our most recent hires. Our team has launched 3 new full-service solutions this year: 

eSHAPE: our optimized SHAPE-MaP assay for RNA structure profiling that can be used to identify accessible regions for therapeutic targeting, such as confirming on target binding and screening for off target binding
eRibo Pro: our optimzied Ribo-Seq assay for ribosome profiling, which can be used to identify therapeutic effects on transcription and translation within the same assay
miR-eCLIP +siRNA: our siRNA profiling service that allows for the direct validation of on-target and identification of off-target siRNA binding 

We are also thankful for our teams’ work to continuously improve procedures that ensure our customers get the best possible service with the fastest turnaround times possible, launching of a new educational initiative with our first global webinar and this blog series, and their involvement in our local San Diego community with volunteer events. 

Here’s to the years ahead of accelerating the development of tomorrow’s key RNA genomics discoveries and medicines. 

The Eclipsebio Team

References:
1. Antal et al. Nature Communications 
2. Samani et al. Life Science Alliance 
3. Mackeown et al. Journal of Biological Chemistry 
4. Ribometrix 
5. Alnylam Pharmaceuticals 

Related articles

eBlogs

11
15
23

Detection of Functional Small Open Reading Frames with Ribosome Profiling  | eBlog

Open reading frames (ORFs) are regions of the transcriptome that have an in-frame start and in-frame stop codon. This means that if a ribosome was to start translating at the start codon and translocate every three bases from codon to codon... [READ MORE]

read more

eBlogs

10
13
23

The Spooky Secrets of Identifying Protein:RNA Interactions | Halloween eBlog

At Eclipsebio, we aren’t afraid of ghosts! Our RBP-eCLIP services can help you obtain meaningful data about your RBP of interest. RBP-eCLIP is a modified version of eCLIP that includes more quality checkpoints throughout the experiment... [BOO! READ NOW]

read more

eBlogs

10
09
23

How to Use IGV | Bioinformatics eBlog

Interpretation and visualization of RNA next-generation sequencing data can be very challenging, but with genomics viewers such as the Integrative Genomics Viewer (IGV), you can easily visualize and explore your data. In this blog we will walk through how to use the desktop application... [READ MORE]

read more

eBlogs

09
20
23

RBP-eCLIP Motif Calling | Bioinformatics eBlog

The simplest definition of a motif is a short, patterned sequence of nucleotides that play some role in the biology of a system. In the case of RBPs, this role is to bind selectively to defined regions of a given RBP’s protein structure enabling RBPs to target specific transcripts and specific gene features... [READ MORE]

read more