Sumit Pal
@sumitpalchem
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PhD student at IISER Kolkata, India. Specialization in Organic Chemistry.
Kolkata, India
Joined May 2014
Happy to share our recent work on substrate induced generation of catalytic microphases under non-equilibrium conditions. Poster No- SC28.#chemsci2021poster @ChemSci_JNCASR #SupraChem @DDasLab @iiserkol @CSIR_IND @angew_chem
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RT @DDasLab: #RA #postdoc position open @ funded by Swarnajayanti @ANRFIndia , last date 25.05.2025! Email me Back….
ddaslab.com
Welcome to DDas Lab at IISER Kolkata, India. We aim to design active and adaptive materials inspired from living matter via systems chemistry.
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RT @DDasLab: Just out @angew_chem! We show minimal peptide-based catalytic coacervates can be sustained out-of-equilibrium .
onlinelibrary.wiley.com
Our findings demonstrate that simple building blocks can access active condensates by exploiting their own catalytic prowess that eventually helps in the realization of an out-of-equilibrium spatia...
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RT @DDasLab: Just out @ChemicalScience.minimal catalytic dissipative-assembly can emerge from an amino acid, nucleobase precursor & a cofac….
pubs.rsc.org
Functions arising from cooperation between protobiopolymers have fueled the chemical emergence of living matter, which requires a continuous supply of energy to exist in a far-from-equilibrium state....
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RT @DDasLab: Project Position now open @ Please apply @iiserkol #systemschem #nonequilibrium #supramolecular arti….
ddaslab.com
Welcome to DDas Lab at IISER Kolkata, India. We aim to design active and adaptive materials inspired from living matter via systems chemistry.
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RT @AntaraReja: Feeling happy to see our @DDasLab work published @NatComms. Plz check to explore how feedback loops can be used to obtain m….
nature.com
Nature Communications - The study of the network dynamics of complex systems formed by simple chemicals can contribute to our understanding of complex behavior from simple organic reactions. Here,...
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RT @DDasLab: Just out @NatRevChem our latest perspective articulates how living matter-like properties may emerge from simple building blo….
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Just out @JACS, we report complex functions like allostery with temporal control can be shown via remarkably simple supramolecular assemblies. Grateful to Swarnajayanti @serbonline, @iiserkol Shout out to @SoumiliRoy19 Janmejay @AntaraReja #systemschem .
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Check out our latest publication @PNASNews from @DDasLab! Congratulations team! @iiserkol @CSIR_IND.
Just out @PNASNews! we report short peptide-based assemblies can selectively cleave cationic peptides! Grateful to Swarnajayanti @serbonline, Shout out to @Ab_singh393 @Jchakraborty061 & @sumitpalchem!! #systemschemistry #enzymemimic #catalysis @iiserkol.
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Apply soon to be a part of the exciting science @DDasLab #Systemschemistry . Great opportunity!!.
Exciting DBT project position open that could turn into a PhD! @iiserkol @dcsiiserkol email DD before 15th July! #systemschem #supramolecular #adaptivematerials #syntheticorganicchem #physicalchem #peptides Details: RT appreciated.
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Check out new work from our @DDasLab lab!.
Just online @NatureComms cationic peptide nanotubes can bind weak hydride transfer agents to facilitate efficient reduction of esters in water! Grateful to Swarnajayanti Grant, @serbonline , CSIR & @iiserkol #systemschem #enzymemimics
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Do not miss the chance!.
Last day!.
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RT @DDasLab: Just out @NanoLetters our latest work on autonomous (dis)assembly events via catalytic cascade #systemschem #nonequilibrium #….
pubs.acs.org
Emergence of complex catalytic machinery via simple building blocks under non-equilibrium conditions can contribute toward the system level understanding of the extant biocatalytic reaction network...
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RT @DDasLab: Missed the SJF Postdoc Application? no worries! Brand new open #RA #postdoc position in CRG @serbonline at .
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RT @DDasLab: New Project position open (can be converted to PhD)! @ @iiserkol Funds: DBT Email: Dibyendu before 15….
ddaslab.com
Welcome to DDas Lab at IISER Kolkata, India. We aim to design active and adaptive materials inspired from living matter via systems chemistry.
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RT @DDasLab: Just out @angew_chem we report short peptide assemblies can exploit catalytic dyads & covalent catalysis for enantioselective….
onlinelibrary.wiley.com
Short peptide-based amyloid nanotubes were able to demonstrate enantioselective covalent catalysis by exploiting chiral binding pockets with multiple solvent exposed residues. To achieve this,...
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Excellent work! Published in @NatureComms from @DDasLab.
Just Out @NatureComms we observe chemotaxis of short peptide-based amylobots where motility & directionality were controlled by . orthogonal catalysis of 2 loaded enzymes #nonequilibrium #nanomotor #systemschem to @serbonline SJF grant @iiserkol(1/3).
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