Alexander van Teijlingen (@alexandervante1) 's Twitter Profile
Alexander van Teijlingen

@alexandervante1

Postdoc at the University of Strathclyde

ID: 1245003607663132674

calendar_today31-03-2020 15:02:59

20 Tweet

33 Followers

56 Following

Alexander van Teijlingen (@alexandervante1) 's Twitter Profile Photo

Size-dependent melting point depression of nickel nanoparticles - now published in Nanoscale Advances pubs.rsc.org/en/content/art…

@travis.hesketh.scot on Bsky (@t_sketh) 's Twitter Profile Photo

Hi all, here is myself and Roxy Piotrowska's submission for @syschem20 based on our work on WR tripeptide crystals! CUNY ASRC Chemistry - University of Strathclyde @UlijnGroup TuttleLab doi.org/10.5281/zenodo… youtube.com/watch?v=lTUFC4… #syschemposter #realtimechem

Hi all, here is myself and <a href="/RoxyPiotrowska/">Roxy Piotrowska</a>'s submission for @syschem20 based on our work on WR tripeptide crystals! <a href="/asrc_gc/">CUNY ASRC</a> <a href="/StrathChem/">Chemistry - University of Strathclyde</a> @UlijnGroup <a href="/TuttleLab/">TuttleLab</a> 

doi.org/10.5281/zenodo…
youtube.com/watch?v=lTUFC4…

#syschemposter #realtimechem
Alexander van Teijlingen (@alexandervante1) 's Twitter Profile Photo

My poster submission for #ScotCHEM2020, Beyond tripeptides - how machine learning can help to reduce computational search spaces, particularly in the field of peptide self-assembly. PDF version with clickable links: strathcloud.sharefile.eu/d-see45fd85944… SCoTCH Research

My poster submission for #ScotCHEM2020, Beyond tripeptides - how machine learning can help to reduce computational search spaces, particularly in the field of peptide self-assembly.

PDF version with clickable links: strathcloud.sharefile.eu/d-see45fd85944…

<a href="/scotch_research/">SCoTCH Research</a>
Alexander van Teijlingen (@alexandervante1) 's Twitter Profile Photo

2. sum(SP2) is the total number of SP2 carbon atoms, max ASA and Bulkiness are described in the references listed, twitter character limit ties my hands a bit here. Briefly, maxASA is the highest ASA for an amino acid in the tripeptide Gly-X-Gly in all biophysical conformations.

Alexander van Teijlingen (@alexandervante1) 's Twitter Profile Photo

3. This is the interesting part, that it does aggregate despite being soluble (at least as far as log P < 0 = soluble) means the molecules are interacting in an attractive fashion in the way we would expect for a self-assembling nanomaterial.

Alexander van Teijlingen (@alexandervante1) 's Twitter Profile Photo

Ahh sorry i misunderstood. During the CGMD simulation there are 300 peptides in the simulation box. The datasets are 8000 (20^3) for tripeptides, up to 64,000,000 (20^6) for hexapeptides.

Thing Bad (@merman_melville) 's Twitter Profile Photo

kind of a bummer to have been born at the very end of the Fuck Around century just to live the rest of my life in the Find Out century

TuttleLab (@tuttlelab) 's Twitter Profile Photo

Hot off the press... being able to search for peptides longer than 3 amino acids has always been a goal - our new ML approach now makes that possible! pubs.acs.org/doi/abs/10.102… Alexander van Teijlingen #MachineLearning #CoarseGraining #MLCG

Hot off the press... being able to search for peptides longer than 3 amino acids has always been a goal - our new ML approach now makes that possible! pubs.acs.org/doi/abs/10.102… <a href="/AlexandervanTe1/">Alexander van Teijlingen</a> #MachineLearning #CoarseGraining #MLCG
Alexander van Teijlingen (@alexandervante1) 's Twitter Profile Photo

.Chris Stephens as my MP, please oppose the #PolicingBill It will give police more powers to shut down protest, stop and search without suspicion, and criminalise Gypsy and Traveller communities. #PoliceCrackdownBill pic.x.com/cr1tCOlq92

TuttleLab (@tuttlelab) 's Twitter Profile Photo

Alexander van Teijlingen account on how changes in Martini have affected the modelling of short peptide self assembly in water is out now in Acc. Chem. Res. excellent input from an undergrad project students who is also an author… SCoTCH Research Chemistry - University of Strathclyde pubs.acs.org/doi/10.1021/ac…