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Impact of scaffoldin mechanostability on cellulosomal activity
Albert Galera-Prat
, Andrés M. Vera
,
Sarah Moraïs
, Yael Vazana
, Edward A. Bayer
, Mariano Carrión-Vázquez
The National Institute for Biotechnology in the Negev
Research output
:
Contribution to journal
›
Article
›
peer-review
9
Scopus citations
Overview
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Keyphrases
Scaffoldin
100%
Cohesin
100%
Mechanostability
100%
Cellulosome
85%
Mechanical Stability
57%
Cellulosic Substrate
28%
Scaffold Protein
14%
Biotechnology
14%
Enzymatic Activity
14%
Hydrolysis
14%
Non-catalytic
14%
Industrial Application
14%
Cellulose
14%
Cell Surface
14%
Specific Binding
14%
Mechanical Force
14%
Biosphere
14%
Designer Cellulosomes
14%
Anaerobic Bacteria
14%
Enzyme Complex
14%
Natural Complex
14%
Lignocellulose
14%
Anchoring Point
14%
High Mechanical Stability
14%
Mechanical Resistance
14%
Lignocellulosic Materials
14%
Functional Modules
14%
Renewable Carbon
14%
Second-generation Biofuels
14%
Industrial Interest
14%
Saccharification
14%
Fermentable Sugars
14%
Artificial Cellulosome
14%
Biochemistry, Genetics and Molecular Biology
Cellulosome
100%
Cohesin
87%
Scaffold Protein
12%
Enzyme
12%
Enzyme Activity
12%
Enzymatic Hydrolysis
12%
Surface Property
12%
Cellulose
12%
Multienzyme Complex
12%
Anaerobic Bacterium
12%
Saccharification
12%
Material Science
Mechanical Stability
100%
Biofuel
20%