2019 Fall National Meeting

The official archive and repository for all ACS Meetings & Expositions abstracts and select posters or presentations.

American Chemical Society

Design, Synthesis & Engineering of Polypeptides for Biological & Biomedical Application

Polypeptide-based conjugates as versatile therapeutics as single agents or in combination therapy

Intracellular antibody delivery via protein transduction domain mimics

Genetically encoded polypeptides that exhibit phase behavior and self-assemble across multiple length scales

Expressing and characterizing EK fusion proteins

Selective killing of <i>Helicobacter pylori</i> with pH-responsive antimicrobial polypeptides

Multiscale property control through self-assembly and photopolymerization

Engineering macromolecular oligoTEA conjugates for biological applications

Visualizing mechanical stress in artificial protein hydrogels

Anti-cancer/anti-inflammation gene delivery via membrane-penetrating cationic helical polypeptides

Adaptable protein-engineered hydrogels for organoid culture

Polypetptide-based polymersomes for crossing the blood brain barrier

Self-assembly of short synthetic peptides into hydrogels for biomedical applications

Stimuli-responsive polypeptide-based nanoconstructs

Moisture-tolerant and operationally simple synthesis of polypeptides by ring-opening polymerization of α-amino acid derived N-thiocarboxyanhydrides

Injectable neuroprotective peptide hydrogels

Nanofibrous peptide hydrogels for modulating angiogenic responses of implanted polymeric scaffolds

Controlling the self-assembly of difficult to assemble proteins

Synthesis and self-assembly of biomimetic polypeptide-based copolymers towards functional nanomedicines

Dispersity as a design parameter for polypeptide and polypeptoide based biomaterials

Synthesis of block copolymers of polyamides through ring-opening polymerization catalyzed by redox-switchable iron alkoxide complexes

Synthetic polypeptide polymers as simplified analogues of conjugated proteins

Diversity of polypeptide materials:  From simple linear homopolymer synthesis to bottlebrush architectures, polyelectrolytes, block polymer hydrogels, drug delivery systems, conductive composite materials, and organic radical polymers

pH-sensitive histidine-based block copolypeptide nanostructures for drug delivery

Amicidin-α and amicidin-β: Amino acid block copolymers in development for prevention and treatment of infection in surgery and trauma

Biomolecules for biomedical materials: Peptide design and solution assembly to construct nanostructures and hydrogel networks

Rechargeable antibacterial hydrogels from self-assembling peptides and molecular recognition

Engineering pleiotropic peptides for immunomodulation

Metabolite-responsive peptide nanostructures

Rational design of nanocarrier for small molecule delivery

Skin-elastin copolymers for biomedical utility

Structure-property relationships of oligonucleotide polyelectrolyte complex micelles

Peptide-mediated surface deposition of polymers and nanoparticles

Rational design of supramolecular dynamic protein assemblies using a micelle-assisted activity-based protein labeling technology

Tuning helix-coil transition profile of synthetic polypeptides

Investigation of the role of helix conformation in antifouling and low immunogenetic polypeptides

One peptide for them all? Stabilization of gold nanoparticles of different sizes by a common peptide amphiphile

Enzymatic noncovalent synthesis (ENS) for peptide assemblies

Synthesis of brush polypeptides

Introduction of complex side-chain functionality into polypeptides to develop new properties

Robust polypeptide-based nanovehicles for controlled drug and gene delivery

Design and construction of functional peptide based materials for therapeutic and diagnostic applications

How to build atomically defined nanostructures from sequence-defined peptoid polymers

End-sealed high aspect ratio hollow nanotubes encapsulating an anticancer drug: Torpedo-shaped peptidic nanocapsules

Peptide-graphene conjugates as biomaterials with structure-assembly control

Amino acid and peptide functionalized unique molecular carriers for universal delivery of various RNAs

Poly(ethylene glycol)-polypeptide block copolymers for delivering nucleic acid-based therapeutics into brain

Polypept(o)ides: From controlled polymer synthesis to functional systems for diagnosis and therapy

Redesigning cationic lytic peptides to promote the delivery of biomacromolecules into cell interiors

Design, Synthesis & Engineering of Polypeptides for Biological & Biomedical Application

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Polypeptide-based conjugates as versatile therapeutics as single agents or in combination therapy