@envmicrorep

advocating environmental microbiology and microbial ecology

[@envmicrorep @envmicrorep]

Recruiting submissions now for a Special Issue of EMI on OMZ microbiology. Editors are Frank Stewart, Laura Bristow, Andrew Babbin and Clara Fuchsman. Deadline: November.

[ASM @ASMicrobiology]

Demonstrating that the metabolic network is substantially altered when using methane and methanol and delineating these changes will help their use as sustainable substrates for biological production of fuels and industrial chemicals @mbiojournal https://t.co/u8hmpNwhRi

[@envmicrorep @envmicrorep]

Scavenging organic #nitrogen and remodeling lipid metabolism are key survival strategies adopted by the endophytic Serendipita fungi to alleviate nitrogen and phosphorous starvation in vitro
@envmicrorep @envmicro @SfAMtweets
https://t.co/xLR7UATONU

[@envmicrorep @envmicrorep]

Microbial eukaryotes in the #suboxic #chemosynthetic ecosystem of Movile Cave, Romania #anaerobic #microbiology #microbial #ecology @envmicro @envmicrorep @SfAMtweets
https://t.co/ROZap7V4m3

[@envmicrorep @envmicrorep]

#nitrate removal efficiency in field #denitrification beds: key controlling factors and main implications #nitrogen cycle #microbiology @envmicrorep @envmicro @SfAMtweets
https://t.co/bnrvwjgczC

[@envmicrorep @envmicrorep]

Identification of novel species of marine #magnetotactic #bacteria affiliated with #Nitrospirae phylum @envmicrorep
https://t.co/HQxutNY1d4

[@envmicrorep @envmicrorep]

The urgent need for #microbiology literacy in society - @KennethTimmis et al Environmental Microbiology @wileymicrobio @SfAMtweets https://t.co/gizLIP5ece

[@envmicrorep @envmicrorep]

very timely publication: the urgent need for #microbiology literacy in society by @KennethTimmis et al .@SfAMtweets .@FEMSTweets .@NatureMicrobiol .@wileymicrobio .@KNVM_online .@ASMicrobiology
https://t.co/U6khHKdd3y

[Mike Jetten🟥 @msmjetten]

@envmicro @envmicrorep new issue on line exciting #environmental #microbiology & #microbial #ecology

[Wiley Life Sciences @WileyLifeSci]

#EnvironmentalMicrobiologyReports - new issue is out. Read the #mini-review on understanding antimicrobial discovery and resistance from a metagenomic and metatranscriptomic perspective: advances and applications @envmicrorep @SfAMtweets https://t.co/hzlcbp66MY

[@envmicrorep @envmicrorep]

@envmicrorep new issue is out. Read the #mini-review on understanding antimicrobial discovery and resistance from a metagenomic and metatranscriptomic perspective: advances & applications @envmicrorep .@SfAMtweets .@wileymicrobio https://t.co/zHD1dWdO6J

[Mike Jetten🟥 @msmjetten]

Breaking news : #nitric oxide metabolism by #Anammox bacteria
collaborative effort lead by @MicroPhys of @MarineMicrobio with team members of #microbiology @Radboud_Uni https://t.co/l0ehI9tgwM

[Mike Jetten🟥 @msmjetten]

many thanks to @MicroPhys of @MarineMicrobio for leading this master piece of scientific sleuthing : anammox bacteria make mince meat of lethal concentrations #nitric oxide #hydrazine #nitrogen cycle #microbiology

[Radboud Faculty of Science @radboudscience]

A study by microbiologists of .@Radboud_Uni & .@MarineMicrobio led by @MicroPhys shows that #anammox bacteria can grow at the expense of #nitric oxide. Read the @NatureComms article: https://t.co/E72pRLida3 .@msmjetten

[Max Planck Institute for Marine Microbiology @MarineMicrobio]

Mi­kro­ben kön­nen auf Stick­stoff­mon­oxid (NO) wach­sen: Manche #Mikroorganismen können mit NO wachsen – bei Konzentrationen, die für andere Lebewesen tödlich wären. Studie von @MicroPhys @MarineMicrobio und @msmjetten @Uni_Radboud @NatureComms https://t.co/p790PDGCru #anammox

[Mike Jetten🟥 @msmjetten]

#anammox bacteria grow on #nitric oxide .@NatureComms .@Radboud_Uni @MicroPhys .@MarineMicrobio .@SIAMmicrobes
https://t.co/Y7GowR596v

[Mike Jetten🟥 @msmjetten]

A study by microbiologists of .@Radboud_Uni & .@MarineMicrobio led by @MicroPhys shows that #anammox bacteria can grow at the expense of #nitric oxide .@SIAMmicrobes .@NatureComms .@physorg_com
https://t.co/sLMgh38jcf
https://t.co/zEpULVyQSZ
https://t.co/rrIZkAXMwl

[Phys.org @physorg_com]

Microbes can grow on #nitricoxide @NatureComms https://t.co/XxCC8TZJ8u

[Mike Jetten🟥 @msmjetten]

Now on line : #nitric oxide metabolism of #anammox bacteria
joint effort of @MarineMicrobio & @Radboud_Uni led by @MicroPhys to understand the intriguing traits of these fascinating #nitrogen cycle microbes https://t.co/zEpULVyQSZ

[Mike Jetten🟥 @msmjetten]

Now on line : #nitric oxide metabolism of #anammox bacteria
joint effort of @MarineMicrobio & Radboud University Nijmegen led by Boran Kartal to understand the intriguing traits of these fascinating #nitrogen cycle microbes
with @theovanalen @ziyehu @h…https://t.co/ikQI8GHGsT