- Engineering Aspects of Protein Interactions and Self|assembly🔍
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- Self|assembly of protein superstructures by physical interactions ...🔍
- The Many Facets of Protein Design🔍
- Designing Multifunctional Biomaterials via Protein Self‐Assembly🔍
- Engineering biomolecular self|assembly at solid|liquid interfaces🔍
- Engineering Protein Interaction and Assembly🔍
- A Modular Method for Directing Protein Self|Assembly🔍
Engineering Aspects of Protein Interactions and Self|assembly
Engineering Aspects of Protein Interactions and Self-assembly
In the new Laboratory for Biochemical Engineering (LBCE) at ETH Zurich researchers combine principles of chemical engineering with ...
Engineering Aspects of Protein Interactions and Self-assembly
Biochemical Engineering. His research interests focus on understanding and con- trolling protein self-assembly and protein interaction processes that ...
(PDF) Engineering Aspects of Protein Interactions and Self-assembly
ArticlePDF Available. Engineering Aspects of Protein Interactions and Self-assembly. May 2018; CHIMIA International Journal for Chemistry 72(5):304-308. 72(5): ...
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Self-assembly of protein superstructures by physical interactions ...
Protein self-assembly processes contribute to cellular signaling and homeostasis and have long been attributed to specific protein-protein ...
The Many Facets of Protein Design: From Self-Assembled Materials ...
Panettieri and Ulijn review the recent progress in identifying the very basic thermodynamic and kinetic principles that drive supramolecular self-assembly in ...
Designing Multifunctional Biomaterials via Protein Self‐Assembly
It is therefore necessary and timely to summarize the key aspects of protein self-assembly: how the protein structure and self-assembly ...
Engineering biomolecular self-assembly at solid-liquid interfaces
... side-chain interactions, with the applications in biomedical engineering, ... mica binding affinity and non-covalent, mainly entropic, protein-protein ...
Engineering Protein Interaction and Assembly | UC Santa Barbara
We use novel and advanced tools to tune protein aggregation pathways by design, to engineer protein surfaces with desired properties and to predict polymer and ...
A Modular Method for Directing Protein Self-Assembly
Therefore, a method to reliably assemble protein complexes using protein–protein interactions would facilitate the rapid production of new ...
Interactions in protein solutions - ScienceDirect.com
The second and third aspects concern interactions within the many-component protein solutions that lie inside living cells. Finally, the fourth aspect is ...
Design and designability of protein-based assemblies - ScienceDirect
Indeed, many examples are known where self-assembly does not appear to be under thermodynamic control. For example, crystallization of proteins and other ...
Deploying synthetic coevolution and machine learning to engineer ...
Protein-protein interactions mediate biological functions important for cell physiology. Interacting proteins coevolve over millennia through ...
Molecular basis for protein–protein interactions - Beilstein Journals
The leucine zipper is found in proteins as an interaction between domains in the form of an α-helical coiled coil structure. The common motif ...
Protein Materials Engineering with DNA - ACS Publications
The chemical topologies of proteins that drive their assembly into materials are central to their functions in nature. However, despite the ...
Protein assembly systems in natural and synthetic biology
Amazingly, many of these critical molecules readily aggregate and assemble inside of living cells through interactions amongst unfolded and ...
Hierarchical Self-Assembly of Proteins Through Rationally Designed ...
The following two aspects must be clear before starting with protein self-assembly: supramolecular interaction and protein symmetry. Various kind of ...
Interactions governing the self-assembly of globular protein-polymer ...
Self-assembly provides a low-cost method to nanopattern proteins for biofunctional devices with high operational efficiency through control over three- ...
Approaching infinite affinity through engineering of peptide–protein ...
Unbreakable protein–protein interactions, linked by covalent bonding, provide many opportunities for robust connection of molecular building ...
Protein assembly: Controllable design strategies and applications in ...
Artificial control of protein self-assembly can help to explain the information exchange and cooperation between proteins, and opens the way ...