Kevin Calabro

Lecturer at @Le_Museum
Natural product chemist who loves Structure Elucidation, Metabolite Annotation and Molecular Networking

[Leão Lab - CIIMAR (U.Porto) @leao_lab]

#Cyanobacteria incorporate fatty acids into #naturalproducts through different biosynthetic strategies. They then modify these residues in a myriad of ways. Follow the link below if you want to learn more about this! @ERC_Research @CiimarUp
https://t.co/UpjbGuAHtn

[Jean-Marie Volland @JeanVolland]

We’ve got news! Have you heard? “Giant Bacteria Found in Guadeloupe Mangroves Challenge Traditional Concepts”
@BerkeleyLab @twoyke @silvinagrizzo @jgi @LBNLBioSci @lrcsystems @UnivAntilles @ScienceMagazine

https://t.co/hhi86Kuxo8

[TED Business @TEDpartners]

Largely unexplored the ocean is filled with untapped medicinal potential. Chemist Sam Afoullouss (@Afroloose) dives into the science behind natural remedies and explains why the ocean's biodiversity is ideal for deriving and inspiring future treatments. https://t.co/eXGKOEIZQy

[Christoph Spahn @miCHRIScopy]

Happy to share our preprint on DeepBacs, a project dedicated to all bacteriologists working with #microscopy. In #DeepBacs, we employ open-source #DeepLearning tools for various tasks in bacterial bioimage analysis. A thread will follow soon! 🦠🔬🧠
https://t.co/dTm3CSLnv0

[Piel Lab @piel_lab]

Congratulations to Franzi, @jkbcahn & all the co-authors on the newest @biorxivpreprint preprint!! 🥳 The MERMAID pipeline provides new insights into chemical functions of uncultivated life https://t.co/gVMnBBtBTD

[Stephanie Stone @StephStoneSF]

In 1989, scientists discovered a new species of marine bacteria and began studying the chemical compounds it makes. Today, that bacteria is killing cancer in a Phase-3 clinical trial. I explored its long journey from seabed to bedside for @hakaimagazine: https://t.co/G6puHauKNd

[Max Planck Institute for Marine Microbiology @MarineMicrobio]

For sure, you've never seen an earthworm like this!

Supercool research and pictures from @benebio3D, @mliebeke and colleagues now published in @PNASNews: https://t.co/pe0fpb58m5

More info here: https://t.co/V1qbyt29ZY

And on YouTube:
https://t.co/XXHlSs039z via @YouTube

[Mehdi Beniddir @BeniddirM]

A Machine Learning Bioinformatics Method to Predict Biological Activity from Biosynthetic Gene Clusters https://t.co/Nyu7A7JN7c

[Max Planck Institute for Marine Microbiology @MarineMicrobio]

Who left these tracks??
Sur­prise in the deep: Scientists found sponge paths on the ocean floor, they even move uphill! Until now it was thought they just sit around down there.
Read the news @AWI_Media @Habitat_MPI @teresamorganti
Photo @AWI_Media
https://t.co/F7v57wzwKt

[Tomi Cernava @TomiSci1]

A bacterium located inside rice seeds confers disease resistance to its host. Plants carrying the bacterium can't be infected by Burkholderia plantarii. The protective bacterium can be transferred to all major rice cultivars. @NaturePlants #microbiome
https://t.co/hx74q3icb9

[Pieter Dorrestein @Pdorrestein1]

This is a wonderful collaboration with scientists across the world. It started with the interest of building @GNPS_UCSD and molecular networking for volatile molecules. We needed something that could scale to the analysis at the repository level.

[Kevin Calabro @KevinCalabro2]

@GillesvanWezel @Pdorrestein1 @GNPS_UCSD @MarBioIreland haha, I am with you on this one !!

[Kevin Calabro @KevinCalabro2]

Using both multi-informative molecular network and score-based approaches as prioritization strategies, we report the isolation of 16 highly branched thiolane-containing natural products from a marine worm. @GNPS_UCSD @MarBioIreland
https://t.co/5MSmRArixE

[Mehdi Beniddir @BeniddirM]

Retrieving and Utilizing Hypothetical Neutral Losses from Tandem Mass Spectra for Spectral Similarity Analysis and Unknown Metabolite Annotation https://t.co/Lp88wW0wmf

[Kevin Calabro @KevinCalabro2]

@GillesvanWezel @Pdorrestein1 @GNPS_UCSD @MarBioIreland I wish I could answer that question. We are not sure yet

[Mehdi Beniddir @BeniddirM]

Deep Interrogation of Metabolism Using a Pathway-Targeted Click-Chemistry Approach https://t.co/qXqKWxqHhe

[Plant Specialized Metabolites @PSMISB]

Check out our latest article about "Isolation of Picrotoxanes from Austrobuxus carunculatus Using Taxonomy-Based Molecular Networking" #naturalproducts Congratulations to Florent Olivon and @CecileApel for their great work @ICSN_lab @UnivParisSaclay ! https://t.co/jaxSQw3jgS

[Mehdi Beniddir @BeniddirM]

Have you ever thought how many biosynthetic units does nature use to perform indole dearomatization ? Check out our recent article @JOC_OL Nice collaboration with @jjjvanderhooft @ms2lda @WU_BioInfo @UnivParisSaclay @BioCIS @ICSN_lab @INC_CNRS https://t.co/z8oE6VKl4i

[Garg Lab Georgia Tech @GargLab_GT]

New tools on old problem: walking along pyrrole-imidazole alkaloid biosynthesis. Agarwal Lab+Garg lab #PolarMetabolome #marinesponges #librarymatching @mzCloudDB @NIST @GNPS_UCSD @MetabolomicsSoc #metabolomics #naturalproducts #biosynthesis
https://t.co/JPOhdmnaeN

[Pieter Dorrestein @Pdorrestein1]

1/n Super excited about this work. We have had MASST (BLAST for molecules) for > 5 years however as there was not sufficient public data to search against it was not as useful at that time. As more data became available in @GNPS_UCSD / MassIVE @metabolights and @MetabolomicsWB