Lahtvee Lab

We are a Food Tech and Bioengineering lab at TalTech working on applied and fundamental aspects of bioprocessing.

[Alīna Reķēna @alina_rekena]

Happy to share that during the first week of September I attended Metabolomics Training School 2022 organized by Royal Holloway University of London and Imperial College London as a selected applicant.

Through attending practical courses, seminars on dat…https://t.co/LXJ7vlAQP6

[Yeast4Bio COST Action 18229 @yeast4bio]

The 5th #NC_Yeast_Series_Seminar will take place online next Thursday June 2 📅 at 14.00 CET. Interested in participating? Have a look to the full Agenda and just click 🖱 in the correponding link. #COST_Action #Industrial_Biotechnology #xylose_conversion #microbial_oils

[Lahtvee Lab @LahtveeLab]

@theresearch @NelsonLabUW Here is a link to access the full article/pdf:
https://t.co/b24tgFbg9L

[Rahul K @theresearch]

Our (@LahtveeLab | @NelsonLabUW) latest collaborative work examines oxygen permissibility in pluronic F127-BUM hydrogels and proof-of-concept 3D printed brewery: https://t.co/TniOWKyAi7

[Rahul K @theresearch]

🧵Our pre-print on salt stress in yeasts is now published at @ASMicrobiology (AEM) https://t.co/R3ZeExfBDS

[Circular Bio-based Europe Joint Undertaking @CBE_JU]

🆕 All the best to the new 🌟 @BBI2020 #PERFECOAT project!

It will develop #biobased 🌱 ingredients from climate-neutral sources to create #sustainable 💚 coatings.

Our PO Luisa Mascia joined the meeting. Good luck!

👉 Read: https://t.co/r0H4Nn5nwD

[Lahtvee Lab @LahtveeLab]

In collaboration with @SWEETWOODS_EU, we have characterized non-conventional yeast strains on industrial hemicellulosic hydrolysates as potential cell factories for waste valorization #yeast #biotech

https://t.co/ygYn47sh7A

[Lahtvee Lab @LahtveeLab]

Together with @NelsonLabUW, we brewed Indian pale ale and showed that 3D printed beer got more ethanol than classic beer. #yeast #biotechnology #3Dprintedcellfactories #livingmaterials

[bioRxiv @biorxivpreprint]

Metabolism Control in 3D Printed Living Materials https://t.co/shJZUxUcuC #bioRxiv

[Rahul K @theresearch]

On monovalent cations effects in yeasts
https://t.co/1GwmfO9YRt
#bioRxiv #Biotechnology #yeasts

[Lahtvee Lab @LahtveeLab]

Wherein we investigated salt-stress effects in conventional and non-conventional yeasts and show that potassium-sodium interactions can improve cellular fitness and productivity in some #yeasts #Biotechnology

[bioRxiv @biorxivpreprint]

Characterization of potassium, sodium and their interactions effects in yeasts https://t.co/JIWUZasdUP #bioRxiv

[Lahtvee Lab @LahtveeLab]

Our paper on Rhodotorula toruloides lipid and carotenoid accumulation on xylose is out now. Have a look: https://t.co/gaLZA1qrCY #redyeast

[Rodrigo Ledesma-Amaro @LedesmaAmaro]

Looking for a #postdoc in synthetic biology and metabolic engineering?join our lab at @ImperialBioeng and @IC_CSynBio. Meet the group at https://t.co/RtPegXjEVD. Info and applications here https://t.co/R40UoCr4IJ further questions via email. #synbio & #meteng. Please RT

[Lahtvee Lab @LahtveeLab]

@NelsonLabUW together with the Alper Lab (UT, Austin) demonstrates application of living materials for on-demand production:
#biomaterials #biotechnology #biofabrication
https://t.co/jeCW8RdKkx

[Lahtvee Lab @LahtveeLab]

Cellular Phenotyping within Living Materials #biomaterials #biotechnology #3Dprinting
https://t.co/JvfPpHILaX

[Lahtvee Lab @LahtveeLab]

https://t.co/9jhab7OZxm

[Lahtvee Lab @LahtveeLab]

A follow up collaboration led by @tgjohnston11, @NelsonLabUW shows potential of living materials for multikingdom microbial cultures that can have application in immobilized bioreactor or biosensing technologies:
#biomaterials #biotechnology
https://t.co/9jhab7OZxm

[The Nelson Lab @NelsonLabUW]

Our first publication with our Estonian collaborators to characterize yeast phenotypes when confined within a hydrogel with contributions from @tgjohnston11 and @Chris_Fellin!

[The Nelson Lab @NelsonLabUW]

Our first publication with our Estonian collaborators to characterize yeast phenotypes when confined within a hydrogel with contributions from @tgjohnston11 and @Chris_Fellin!

[Lahtvee Lab @LahtveeLab]

Now published in @ACS_ABM Great collaboration with @NelsonLabUW
#3Dprinting #biomaterials #biotechnology
https://t.co/JvfPpHILaX

[Lahtvee Lab @LahtveeLab]

Our pre-print with the @NelsonLabUW showing how #yeast cells interact with polymers and perform in the 3D printed hydrogel structures. #3Dprinting #biomaterials #biotechnology

https://t.co/p8aVmhB5zW

[Lahtvee Lab @LahtveeLab]

Our pre-print with the @NelsonLabUW showing how #yeast cells interact with polymers and perform in the 3D printed hydrogel structures. #3Dprinting #biomaterials #biotechnology

https://t.co/p8aVmhB5zW

[Lahtvee Lab @LahtveeLab]

Our new manuscript in Applied Microbiology and Biotechnology studies carbon source-dependent lipid production with oleaginous yeast Rhodutorula toruloides:
https://t.co/Op0lcw9wtv