David A. Russo

Humboldt Postdoctoral Fellow @PohnertL | Cyanobacteria | Exoproteomics | Exometabolomics | Microbial Interactions | Biotechnology

[David A. Russo @BlueGreenDR]

I'm not much on twitter nowadays but if you're interested in high-throughput #proteomics and #cyanobacteria take a look at our most recent paper in @PlantPhys.

W/ @F_Schneidmadel and @SynBioJazz

[Plant Physiology @PlantPhys]

Library-free data-independent acquisition mass spectrometry enables comprehensive coverage of the cyanobacterial proteome (David A Russo, Felix R Schneidmadel, Julie A Z Zedler) https://t.co/I3xTLA17HQ @BlueGreenDR@F_Schneidmadel @SynBioJazz @ASPB #PlantSci

[Plant Physiology @PlantPhys]

David has been interested in “green” microbes since his early university years. https://t.co/fxJG5Tflwf

#WeAreASPB

[Ryo Yokoyama @yokoyama_ryo]

Establishing heterologous betaxanthin pigment biosynthesis in cyanobacteria https://t.co/2IhUlnjipw

[Jags Pandhal @JPandhal]

Fancy joining two labs at the University of Sheffield to convert sunlight into high value chemicals by engineering cyanobacteria? #PhD #biotech CASE PhD studentship opportunity in Sunny Sheff...https://t.co/K0ZXehF0Nw

[David A. Russo @BlueGreenDR]

@Selim_Khaled_ @PlantPhys @F_Schneidmadel @SynBioJazz Thanks!

[David A. Russo @BlueGreenDR]

I'm not much on twitter nowadays but if you're interested in high-throughput #proteomics and #cyanobacteria take a look at our most recent paper in @PlantPhys.

W/ @F_Schneidmadel and @SynBioJazz

[Plant Physiology @PlantPhys]

Library-free data-independent acquisition mass spectrometry enables comprehensive coverage of the cyanobacterial proteome (David A Russo, Felix R Schneidmadel, Julie A Z Zedler) https://t.co/I3xTLA17HQ @BlueGreenDR@F_Schneidmadel @SynBioJazz @ASPB #PlantSci

[Jags Pandhal @JPandhal]

Great to catch up @BlueGreenDR after so many years. Keeping the cyano proteomics mission going! @sheffielduni #cyanobacteria

[Jags Pandhal @JPandhal]

Come do a PhD in Sheffield with @SyngentaUK , constructing co-cultures of microbes for making novel bioactives

https://t.co/3eCSiBoIpm

[Wolfgang Hess @CyanolabDE]

Why did chloroplasts retain some genes from their free-living ancestors rather than transferring all of them to the nucleus following endosymbiosis?
Possibly, mRNA targeting explains gene retention in chloroplasts? https://t.co/LG69DF2vcK

[David A. Russo @BlueGreenDR]

Finally out! EXCRETE, our MS workflow for high throughout microbial exoproteomics with a focus here on cyanobacteria 🦠

https://t.co/FEzaMNhmWS

[David A. Russo @BlueGreenDR]

very excited to share my recent collab with @SynBioJazz, @fmeierX, @oliinyk_denys. Here we take a deep dive into the exoproteome of cyanobacteria with our MS workflow EXCRETE. It’s fast, cheap and only needs a couple of hundred microlitres. Take a look:

https://t.co/PB9Nm9wqJH

[Olaf Kruse @olaf_kruse]

What a great and inspiring meeting! Our ICRC2024 @CeBiTec Algae Biotech conference is coming to an end. Thanks to the Chairs @Kylelauersen and EonSeon Jin and all participants! See you again in three years at @unibielefeld

[Olaf Kruse @olaf_kruse]

Our @CeBiTec conference on microalgae biotech just started at @unibielefeld. Great honor to host 100 algae experts from 16 countries and 4 continents in Bielefeld!

[EWBC2024 @ewbc2024]

Early career scientist that have received FEMS grant to attend our meeting #EWBC2024 Thanks to @FEMSmicro

[Luísa Tupinambá Jabbur (ʒabuʁ) @M_louisae]

Incredibly proud to share this work, almost 6 years in the making, out in @ScienceMagazine!!! 🎇

We've known for over a century that eukaryotes of all kinds anticipate the seasons (think: hibernation, flowering, reproduction), but what about bacteria?🦠
https://t.co/I9vw5ZTKbT

[EWBC2024 @ewbc2024]

Final talks from the Ecology and Interactions with the Environment #EWBC2024

[CVG @gal_cvg]

#EWBC2024

[David A. Russo @BlueGreenDR]

Great collaboration with @DittmannElke. Here we show that Nostoc are happy to have bacteria around but not everything is rosy in their relationship.. read more to find out!

[David A. Russo @BlueGreenDR]

@Selim_Khaled_ @CyanoWorld1 In my recent preprint I wrote "at least 10%" based on Longhurst, 1995 and Flombaum, 2013. 25% is likely to be a maximum registered during high productivity season.

[PLOS Biology @PLOSBiology]

#Bacterial acquisition of #zinc. @Ignacio_Luque_R @cyanofur &co reveal that a previously unstudied exoprotein from #cyanobacteria is an ancient system for Zn2+ acquisition that has been well conserved for billions of years #PLOSBiology https://t.co/lwWsPqecd7

[Cameron Thrash @jcamthrash]

Coordinated transcriptional response to environmental stress by a Synechococcus virus https://t.co/eXWhNwRGz8

[David A. Russo @BlueGreenDR]

very excited to share my recent collab with @SynBioJazz, @fmeierX, @oliinyk_denys. Here we take a deep dive into the exoproteome of cyanobacteria with our MS workflow EXCRETE. It’s fast, cheap and only needs a couple of hundred microlitres. Take a look:

https://t.co/PB9Nm9wqJH