Anne S Meyer

DTU BIOENGINEERING Technical University of Denmark
Protein Chemistry & Enzyme Technology
Department of Biotechnology

[Anne S Meyer @AnneSMeyer1]

Glucuronoyl esterases catalyze cleavage of lignin-carbohydrate complexes; we believe these enzymes will be extremely useful for lignin upgrading in the new bioeconomy. Get the newest insight from Jane W. Agger DTU: https://t.co/7wC0t5SPE7 (open access) @JaneAgger

[Anne S Meyer @AnneSMeyer1]

New update of the CUPP Web Platform ready https://t.co/Jyt7xAlCTA. It now includes all published fungal and algal genomes from JGI MycoCosm and PhycoCom. Read more about how it works here: https://t.co/Ug6B91ov57

[Scientific American @sciam]

A Small Cut in World Military Spending Could Help Fund Climate, Health and Poverty Solutions https://t.co/E4WNh1r02w

[Anne S Meyer @AnneSMeyer1]

Got a chance to reflect over a few questions via the EuroTech Program such as "What do you appreciate most about working at your university and/or your department?"..."Which topic could you talk about for hours?"...😎 https://t.co/wNr15sVjjZ

[Anne S Meyer @AnneSMeyer1]

Influence of substrate crystallinity and glass transition temperature on PET-degrading enzymes. Amazing work by Thore and Cameron: https://t.co/ztWqzezg0o - Amazing enzymes, super-tricky substrate!

[Anne S Meyer @AnneSMeyer1]

Getting closer to produce tailored bioactive fucoidan molecules via enzymes! The Endo-α(1,4) Specific Fucoidanase Fhf2 From Formosa haliotis Releases Highly Sulfated Fucoidan Oligosaccharides https://t.co/uRC4meoFKw @DTUbioengineer

[Anne S Meyer @AnneSMeyer1]

Very pleased to share this link where you can hear Jane Agger talk about her research on lignin biorefining and its importance in relation to development of new materials for a bioeconomy based future (in Danish): https://t.co/GY4vS5hC6x
@DTUbioengineer

[Anne S Meyer @AnneSMeyer1]

@ulrichbang @DTUbioengineer Hi @ulrichbang - Thank you. With a committed research and technology development effort (cross-disciplinary, P-P work and not least funding) a realistic estimate is that a first concept version can be scaled-up within 5 years...@DTUbioengineer

[Anne S Meyer @AnneSMeyer1]

We have initiated a new hunt for CO2 converting enzymes:
https://t.co/g7DeIZchG0
Extremely interesting enzymes and reactions to combat climate change and replace fossil-based chemicals at the same time!
@DTUbioengineer

[Anne S Meyer @AnneSMeyer1]

@chemzymes Very interesting subject!

[Anne S Meyer @AnneSMeyer1]

Our new findings on seaweed-modifying enzymes suggest a new protein thermostabilization mechanism via formation of a quaternary hexameric structure. Congrats to Maria D Mikkelsen. https://t.co/5i5hZAVRAY
#enzymetechnology, #seaweeds, #fucoidan.

[Journal of Fungi MDPI @JoF_MDPI]

"Improved Transglycosylation by a Xyloglucan-Active α-l-Fucosidase from #Fusariumgraminearum" from Prof. Anne S. Meyer

The first publication for special issue "Exploiting Fungal Solutions for Today’s Challenges"

Full text: https://t.co/5p0kjcVNbk

[Catalysts MDPI @Catalysts_MDPI]

β-N-Acetylhexosaminidases for Carbohydrate Synthesis via Trans-Glycosylation
by Jan Muschiol, Marlene Vuillemin, Anne S. Meyer and Birgitte Zeuner.
👉https://t.co/rZQ30PUJmG
#GH20
#lactoNbiosidase
#humanmilkoligosaccharides
#reversehydrolysis
#enzymeengineering
#regioselectivity

[Anne S Meyer @AnneSMeyer1]

New research from DTU Bioengineering establishes relation between fungal enzyme profiles and fungal taxonomy. "Hi fungus! Show me your carbohydrate converting enzymes and I will know who you are and where you live". https://t.co/TqwKc6keGx

[Anne S Meyer @AnneSMeyer1]

Addressing New Upcycling Options for Plastics in Singapore with the Danish Minister of the Environment Lea Wermelin, the Danish Ambassador to Singapore and Asian delegates targeting Green Transition.

[Anne S Meyer @AnneSMeyer1]

Peptide loop transplantation can change a GH enzyme to exert transglycosylation! The results of eminent teamwork at DTU: https://t.co/S83V0qQ5bj
This work is part of our effort to synthesize HMOs enzymatically.