BBML_NTU

Research lab "Biological and Biomimetic Materials Laboratory" at Nanyang Technological University, Singapore, led by Prof. Ali Miserez.

[BBML_NTU @BbmlNtu]

Ticks join the ranks of organisms that exploit phase separation to produce strong biological adhesives.

I enjoyed writing this News and Views perspective of this recent research article published in Nature Chemistry, full tex here: https://t.co/H9eElDD9Ti

@Pha_Tran_Papers

[BBML_NTU @BbmlNtu]

Phase separating peptides coacervates enter cells by a dual macropinocytosis/phagocytosis pathway.

This SEM picture from our lab on the cover of Advanced Science is arguably a textbook example of macropinocytosis.

https://t.co/tf4hKwgGN4

[BBML_NTU @BbmlNtu]

https://t.co/m0CmDXVg2F. Peptide
condensates are very versatile vehicles to deliver large macromolecules into cells (genes, mRNA, proteins). We have finally unveiled how they enter cells. @Pha_Tran_Papers

[BBML_NTU @BbmlNtu]

Manuscript accepted in @AdvSciNews. (Very) high publication fees paid and yet after a few weeks, manuscript still not available on-line. New experiment: will posting a complaint in social media get the journal to act ?

[BBML_NTU @BbmlNtu]

Transfection of hard-to-transfect cell is also achieved, which opens exciting opportunities for cell, gene, mRNA therapies, etc…

[BBML_NTU @BbmlNtu]

Our peptide coacervates can deliver any macromolecular therapeutics (mRNA, pDNA, proteins, antibodies) intracellularly. We can now modulate their materials properties by rationale design to tune cell uptake and intracellular release kinetics.

https://t.co/ZQV79Twvds

[BBML_NTU @BbmlNtu]

Latest phase-transition paper from our team: Using transfer NOESY NMR and neutron scattering to study the hierarchical structure of coacervates and the dynamic interactions of their building blocks. @Pha_Tran_Papers

https://t.co/evWcf5gRNv

[BBML_NTU @BbmlNtu]

In fact there is a street « Louis Agassiz » in my hometown of La Chaux-de-Fonds.

[BBML_NTU @BbmlNtu]

Academic genealogy trees are quite interesting. Found out my Academic ancestor, Louis Agassiz, is originally from the same Canton of Neuchatel where I grew up.

[Communications Chemistry @CommsChem]

The viscoelastic properties of peptide coacervates correlate to their structures, reported by @BbmlNtu
https://t.co/whi1CxEag5

[BBML_NTU @BbmlNtu]

We should never forget that every technological or biomedical breakthrough initially started with basic, blue-sky research. An example from our lab reviews in this recent Account of Chemical Research.

https://t.co/yPx8XCXAYl

[Nature Reviews Bioengineering @natrevbioeng]

Fluid protein condensates, such as elastin and spider silk, can inspire the design of high-performance fibres, adhesives and composites for bioengineered materials! New Review by @MezzengaRaf @BioinspiredMatt @BbmlNtu
https://t.co/OrDseiy1A7

[Raffaele Mezzenga @MezzengaRaf]

Fluid #protein #condensates for
#bioinspired applications. Check out our latest review on #LLPS and #LLCPS on Nature Reviews Bioengineering @natrevbioeng with @BbmlNtu and @BioinspiredMatt - https://t.co/C2x89IMTZG

[BBML_NTU @BbmlNtu]

@BioinspiredMatt @MezzengaRaf Always a pleasure to work with good friends. Hope this review will be useful for the community!

[Matthew J. Harrington @BioinspiredMatt]

Was an absolute pleasure to work on this review on fluid protein condensates in biological and bio-inspired materials fabrication with Ali @bbmlntu and Raffaele @MezzengaRaf !

[BBML_NTU @BbmlNtu]

https://t.co/vEv4AuOf7q. 40 Millions tons of chicken feathers are produced annually and burnt, producing toxic sulfur dioxide. @foodenomics from @BbmlNtu has converted chicken feathers into membranes for fuel cells. Great collaboration with the lab of @MezzengaRaf!

[Raffaele Mezzenga @MezzengaRaf]

I am so proud to be on the first page of ⁦@ETH_en, with my great colleague Ali Miserez ⁦@BbmlNtu⁩ for this amazing invention: Generating #clean #electricity with chicken feathers | ETH Zurich. BIG CONGRATS ⁦@foodenomics⁩ ⁦@Mohpey1⁩ https://t.co/qKwzfMr6Ne

[Chew Wei Leong @ChewWeiLeong]

One ring to rule them all.

A single peptide delivers DNA, mRNA, or CRISPR Cas9 ribonucleoprotein better than lipofectamine 2k, 3k, CRISPRMax. More efficient gene editing.

https://t.co/Ow2D92dySo

Nice collab with @BbmlNtu!

[BBML_NTU @BbmlNtu]

@ChewWeiLeong Thanks for helping us!

[BBML_NTU @BbmlNtu]

LLPS meets CRISPR/Cas 9 gene editing. In our latest paper in @acsnano, we show how peptide-based coacervates can easily deliver inside cells CRISPR/Cas9 modalities, including the challenging RNP complex. #llps #biocondensates #CRISPR #coacervates

https://t.co/OxRHDi6lok