Nanome Inc.

10/17/2024

The wait is OVER! After 9 years, we’re thrilled to introduce Nanome AI—the powerful combination of MARA and Nanome 2.0! 🚀 Revolutionize molecular design with the ultimate interface for science.

https://nanome.ai/nanome-ai

10/17/2024

Nanome is in the Bay Area!

We'll be at SF Bits in Bio Builder Showcase this evening. Please stop by if you get the chance, we'd love to meet you!

https://bit.ly/4eHNejY

Come out to learn from members of the community on various projects and problems they are working on. We expect to have 10 min technical demonstrations from…

10/16/2024

Attending Precision in Drug Discovery & Preclinical Summit San Diego? 🔬

Nanome will be there! Stop by to meet our team and get hands-on with both Nanome XR and MARA. We look forward to meeting everybody!

https://hubs.li/Q02TfLC60

The Precision in Drug Discovery & Preclinical Summit San Diego connects Pharma/Biotech's and life sciences decision makers for business collaboration for future medicine.

10/11/2024

📢 Nanome will be at Precision in Drug Discovery and Preclinical Summit San Diego and SF Bits next week.

Stop by, say "hi," and get your hands on Nanome XR and MARA!

10/11/2024

Two years of innovation, testing, and feedback have led us here. In just one week, we unveil our latest update, stay tuned! 🚀

10/09/2024

What happens when you combine with ? Something amazing… and we can’t wait to show you next week! 🤖🕶️

10/08/2024

Ever wanted to set up a structure using natural language in MARA, then instantly view that structure in XR? You might like what’s coming next week… Stay tuned! 🔍

10/04/2024

Unlock flexible automation — let MARA empower your scientific workflows.

https://bit.ly/4dtK9Tf

10/03/2024

From a PDB ligand to a molecular library – let’s see what can do for your workflows! 🧪

Scenario: You want to explore structural variations of a ligand from PDB entry 5CEO by modifying its scaffold at position 5 with different R-groups.

MARA Workflow:
• Ask MARA to "Download ligand from pdb 5CEO and annotate the atom indices." MARA will retrieve the ligand, generate a 2D representation, and label all atoms
• Using natural language, ask MARA to specify R-group modifications: "Add methyl, ethyl, and methoxy groups to position c5"
• MARA automatically creates the new molecules, generates their SMILES strings, and exports them as individual SDF files

In minutes, you have a library of molecules derived from the original ligand!

Click here for more: https://bit.ly/3Y7Femn

10/01/2024

Imagine automating a workflow to create a library of molecules from a PDB ID.

Spend your time on innovation and analysis, not data manipulation! MARA makes Cheminformatics workflows easy by pulling data from shared databases and processing it with internal or external tools.

With a few natural language requests, MARA will download a ligand, generate a 2D representation, generate new molecules as SMILES, then convert them all to .SDF files.

Check out this sample cheminformatics workflow: https://bit.ly/4dtO6ac

09/30/2024

Imagine you're investigating a novel protein target. With MARA, you can effortlessly:

• Download its structure from the PDB database directly within the platform.
• Instantly identify similar proteins based on amino acid sequence similarity.
• Perform multiple sequence alignments to uncover conserved regions and potential functional domains.
• Introduce mutations and visualize their impact on protein structure in 3D.

All of this is achievable with a few simple natural language commands in MARA's user-friendly interface. No need to juggle multiple tools or wrangle with complex file formats.

Explore the full potential of MARA for your bioinformatics research:
https://hubs.li/Q02RvJDp0

Try out MARA today with 50 free credits:
https://hubs.li/Q02RvVMp0

09/27/2024

How do you help your teams tackle time-consuming molecular data management and complex workflows?

Our latest blog post highlights how you can use MARA to accelerate cheminformatics research by creating libraries of molecules, then converting all SMILES to .SDF structure files.

Click here to see how you can use natural language to modify molecular scaffolds with ease: https://hubs.li/Q02RmWxd0