Industrial Biotechnology at Chalmers University

Discovery, optimisation & utilisation of microorganisms & enzymes to produce chemicals, materials & food ingredients and contribute to a bio-based future👨‍🔬👩‍🔬

[Industrial Biotechnology at Chalmers University @indbio_chalmers]

Congratulations Cecilia.
https://t.co/iNFBbZ2vuN

[Industrial Biotechnology at Chalmers University @indbio_chalmers]

Check out the latest paper from our division:
A unique metabolic gene cluster regulates lactose and galactose metabolism in the yeast Candida intermedia | Applied and Environmental Microbiology https://t.co/rEYc0mFOfT

[Industrial Biotechnology at Chalmers University @indbio_chalmers]

Check out our latest publication.
Streptomyces castrisilvae sp. nov. and Streptomyces glycanivorans sp. nov., novel soil streptomycetes metabolizing mutan and alternan - https://t.co/kBu3tfFgps

[Industrial Biotechnology at Chalmers University @indbio_chalmers]

Read more about the methodology for developing a TF-based biosensor for acetic acid sensing, and how robustness quantification of a mutant library reveals genetic markers in yeasts.
https://t.co/muobvhDrE6
https://t.co/CGIj2KxLgZ

[Industrial Biotechnology at Chalmers University @indbio_chalmers]

Geijer and coworkers employed untargeted bioprospecting to discover evolutionary diverse yeasts in tropical West Africa, one of the most species-rich regions. Read the text in the preprint:
https://t.co/L8kRU4DqW6
#Westafrica #lactoseconsumingyeasts

[Industrial Biotechnology at Chalmers University @indbio_chalmers]

@JohanLarsbrink https://t.co/d1xJ7hDcyV

[Industrial Biotechnology at Chalmers University @indbio_chalmers]

Indbio PI @JohanLarsbrink was awarded the 'Ascending Investigator in Industrial Biotechnology and Environmental Biotechnology within the NNF Research Leader Programme.

Congratulations Johan.

Bark – a natural resource with great potential (https://t.co/lswg7ySCWn)

[Industrial Biotechnology at Chalmers University @indbio_chalmers]

Choi and coworkers used a xylose fermenting yeast to produce lactic acid in yeast.
https://t.co/fdzootonuc

[Industrial Biotechnology at Chalmers University @indbio_chalmers]

Indbio postdoc Karl Persson and Associate professor Cecilia Geijer are featured in Chalmers news.
Citizen science success with sweet donations from Swedish beekeepers (https://t.co/lswg7ySCWn)

👉 Division: https://t.co/LmH0YEAFtb

[Industrial Biotechnology at Chalmers University @indbio_chalmers]

Three unique CE15 members encoded by Dyadobacter fermentans were investigated by Miriam Carbonaro, @SMazurkewich, @JohanLarsbrink and colleagues. Visit the journal site to learn more about their research.
https://t.co/DtT4EK2KMr

#CE15

[Industrial Biotechnology at Chalmers University @indbio_chalmers]

@Ristinmaa, @JohanLarsbrink and coworkers show how fungi from different phyla degrade bark using diverse strategies: https://t.co/s9kUifyZ0c

[Industrial Biotechnology at Chalmers University @indbio_chalmers]

@Ristinmaa and @JohanLarsbrink show how fungi from different phyla degrade bark using diverse strategies: https://t.co/11v4oi6wex

[Industrial Biotechnology at Chalmers University @indbio_chalmers]

Carbonaro, @SMazurkewich and @JohanLarsbrink performed genomic characterization of Geobacillus stearothermophilus GF16 and investigated the secreted thermostable glycoside hydrolases: https://t.co/H7pJZYIWRz

[Industrial Biotechnology at Chalmers University @indbio_chalmers]

Hurray! @pintofscienceSE comes to #Goteborg at last. Two Indbio researchers (@Ristinmaa and Karl Persson) will speak during this event which will happen from 13 to 15 May from 6:30 to 8:30 PM.

#pint24se #pint24 #gothenburg #bark #honey #yeast

[Nature Communications @NatureComms]

@laurensmckee @salla_koskela @JohanLarsbrink @Smazurkewich @zlatflute and colleagues at @KTHuniversity and @chalmersuniv show the crystal structures of two CBM family 92 members, which use three different surface binding sites to bind to b-glucans.

https://t.co/iZipJ12VeO

[Industrial Biotechnology at Chalmers University @indbio_chalmers]

Jonas and coworkers investigated enzymes at surfaces rich in xylan using surface plasmon resonance spectroscopy: https://t.co/AjFPfZT0eo

Publications: https://t.co/dA0IhtJ6oI

[Industrial Biotechnology at Chalmers University @indbio_chalmers]

Check out our latest publication where Elena and Mauri show that despite similar performance on lignocellulosic hydrolysates, five yeast strains exhibited pronounced transcriptional stress responses.

https://t.co/NVdIzIYpv1

[Industrial Biotechnology at Chalmers University @indbio_chalmers]

The work of Indbio alumnus Luca is featured in Chalmers news. Have a look here: https://t.co/kDlXVhLtWS

#Sustainability #robust #yeast #CRISPR #moleculartools

[Industrial Biotechnology at Chalmers University @indbio_chalmers]

Check out the latest paper from Indbio where the authors equipped xylose-fermenting S. cerevisiae strain with xylanolytic enzymes targeting beechwood glucuronoxylan:
https://t.co/77gmjiQd0T

[Industrial Biotechnology at Chalmers University @indbio_chalmers]

Check out the latest paper from Indbio where the authors combine the principle of dynamic environments with a previously-published robustness quantification method to monitor cellular functions of a laboratory yeast under feast-starvation oscillations. https://t.co/IfuZ083gMT