AbstractFilamentous bacteria produce aerial structures to allow spores to be dispersed. A new class of secreted, surface-active proteins called chaplins has been identified in Streptomyces coelicolor. Chaplins form unusual amyloid-like fibrils and act cooperatively to bring about aerial development
The filamentous bacterium Streptomyces coelicolor undergoes a complex process of morphological diffe...
The self-association of proteins into amyloid fibrils offers an alternative to the natively folded s...
Morphogenesis in streptomycetes is characterized by the formation of aerial hyphae that emerge from ...
AbstractFilamentous bacteria produce aerial structures to allow spores to be dispersed. A new class ...
The chaplins are a family of eight secreted proteins that are critical for raising aerial hyphae in ...
Chaplins are small, secreted proteins of streptomycetes that play instrumental roles in the formatio...
P>The chaplin proteins ChpA-H enable the filamentous bacterium Streptomyces coelicolor to form repro...
Streptomycetes exhibit a complex morphological differentiation. After a submerged mycelium has been ...
The chaplin proteins are instrumental in the formation of reproductive aerial structures by the fila...
Filamentous fungi and filamentous bacteria (i.e., the streptomycetes) belong to different kingdoms t...
The filamentous bacterium Streptomyces coelicolor undergoes a complex process of morphological diffe...
The self-association of proteins into amyloid fibrils offers an alternative to the natively folded s...
Morphogenesis in streptomycetes is characterized by the formation of aerial hyphae that emerge from ...
AbstractFilamentous bacteria produce aerial structures to allow spores to be dispersed. A new class ...
The chaplins are a family of eight secreted proteins that are critical for raising aerial hyphae in ...
Chaplins are small, secreted proteins of streptomycetes that play instrumental roles in the formatio...
P>The chaplin proteins ChpA-H enable the filamentous bacterium Streptomyces coelicolor to form repro...
Streptomycetes exhibit a complex morphological differentiation. After a submerged mycelium has been ...
The chaplin proteins are instrumental in the formation of reproductive aerial structures by the fila...
Filamentous fungi and filamentous bacteria (i.e., the streptomycetes) belong to different kingdoms t...
The filamentous bacterium Streptomyces coelicolor undergoes a complex process of morphological diffe...
The self-association of proteins into amyloid fibrils offers an alternative to the natively folded s...
Morphogenesis in streptomycetes is characterized by the formation of aerial hyphae that emerge from ...
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