Thomas Wichard

[Thomas Wichard @ThomasWichard]

New paper from our lab: Lifecycle-dependent toxicity and removal of micropollutants in algal cultures of the green seaweed Ulva (Chlorophyta) @chembiosys_jena @SeaWheatCOST . Have a look at: https://t.co/oAHILN0fMb

[Thomas Wichard @ThomasWichard]

Open PhD position in our Ulva Laboratory: Research Associate for Chemical Algal Mediators. Please have a look at: https://t.co/RcoyaRkxGU

[Thomas Wichard @ThomasWichard]

The protocol for thallusin quantification in marine bacteria and algae is complete, as announced at the 1st Conference of #seawheat in Cádiz. Please see our recent publication in Marine Drugs: https://t.co/xnDBvutst1 #algae #seaweed #phycomorph @chembiosys_jena @MDPIOpenAccess

[Seawheat - COST Action @SeaWheatCOST]

Dr. Thomas Wichard, Research Group Leader at Friedrich Schiller University Jena, Germany, The focus of their research group is to elucidate the mutualistic interactions between prokaryotes and eukaryotes
#algae
#ulva
#costaction
#cost20106
#seawheat
#seaweed

[Seawheat - COST Action @SeaWheatCOST]

Dr Fatemeh Ghaderiardakani is going to explain why Three become one in a tripartite community: Reassessing the collaborative adaptation of Ulva and its microbiome to cold temperatures in Antarctica #algae #ulvacostaction #seawheat #seaweed #ca20106 #ulva

[Seawheat - COST Action @SeaWheatCOST]

Now we have the keynote speaker: Dr. Thomas witchard. Who is talking about potencial aplications of ulva as a model in chemical ecology. #algae #ulvacostaction #seawheat #seaweed #ca20106 #ulva

[Thomas Wichard @ThomasWichard]

@IzzySaur @Team_Thomma This Roseovarius sp. depends on the delivery of a carbon source - glycerol by Ulva, no carbon source, no bacterial growth, no morphogen release and Ulva cannot grow

[Thomas Wichard @ThomasWichard]

Molybdenum uptake and homeostasis: We created a Mo-buffer system for growth media of nitrogen-fixing bacteria to mimic the availability of molybdenum in nature under laboratory conditions. @CostNectar @chembiosys_jena @siderophores. Please have a look: https://t.co/GGM0Mb5r8L

[Thomas Wichard @ThomasWichard]

Metabolite profiling reveals insights into the species-dependent cold ... https://t.co/VDC33HnHd8

[Thomas Wichard @ThomasWichard]

A new perspective: Modeling the growth and sporulation dynamics of the macroalga <i>Ulva</i> in mixed-age populations in cultivation and the formation of green tides https://t.co/z5moVYjlot #seaweed #Ulva #seawheat #phycomorph

[Thomas Wichard @ThomasWichard]

You might be interested in: From model organism to application: Bacteria-induced growth and develo... https://t.co/cm8YRcs3Ss

[Karel Castro @KCastroMorales]

Happy to share our first #PROPERAQUA paper! @JGRBiogeo: Effects of reversal of water flow in an Arctic floodplain river on fluvial emissions of CO2 and CH4 https://t.co/k4aGgq4QPj @kuesel_lab @a_koertzinger @AnnaCanning7 @MGoeckede @waoverholt

[Thomas Wichard @ThomasWichard]

New paper form our lab (determination of bisphenol A) - Bisphenol A: Quantification in Complex Matrices and Removal by Anaerobic Sludges https://t.co/thJVgjwkXK #mdpipollutants via @Pollutants_MDPI

[Thomas Wichard @ThomasWichard]

@VfLBochum1848eV WC

[VfL Bochum 1848 @VfLBochum1848eV]

Ab nach Hause!👋🏻

#VfLinBruneck

[Thomas Wichard @ThomasWichard]

Have a look at https://t.co/1WoCUx84FF
#phycomorph #chembiosys #ulvagenome

[Thomas Wichard @ThomasWichard]

Have a look at https://t.co/MhEIbkeBou
A new paper from the Ulva lab identifying Roseovarius sp. by mass spectrometry in the vicinity of the alga.
#phycomorph #ulvagenome #chembiosys

[Jonas Blomme @JambenSloom]

Happy to share this preprint, where we present the design and validation of a molecular toolkit in the green seaweed Ulva mutabilis (sea lettuce):
https://t.co/Acf5aXLiNu
Some highlights in this thread:

[Thomas Wichard @ThomasWichard]

New Perspective Paper from our group: Have a look at https://t.co/oPYlPmz1jn #phycomorph #ulvagenome

[Thomas Wichard @ThomasWichard]

New paper from our group: Kügler, S., Cooper, R.E., Boessneck, J. et al. Rhizobactin B is the preferred siderophore by a novel Pseudomonas isolate to obtain iron from dissolved organic matter in peatlands. Biometals (2020). https://t.co/Mt85hv7iCM #siderophore #Pseudomonads