Enzymatic digestion of the EHP endospore layer.

<p>(A) Fluorescent micrographs of EHP spores stained with a chitin dye. (B) Quantification of the fluorescence intensity of EHP spores from (A). (C) Representative TEM micrographs. Red arrows represent the endospore layer. (D) Quantification of the EHP spore wall thickness and (E) spore wall a...

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Bibliographic Details
Main Author:	Nutthapon Sangklai (18462533) (author)
Other Authors:	Premruethai Supungul (18462536) (author), Pattana Jaroenlak (3342503) (author), Anchalee Tassanakajon (302407) (author)
Published:	2024
Subjects:	Biochemistry Microbiology Genetics Molecular Biology Ecology Immunology Infectious Diseases Virology Space Science Biological Sciences not elsewhere classified work provides insights still poorly understood severe economic losses div >< p vibrio parahaemolyticus </ litopenaeus vannamei </ escherichia coli </ enterocytozoon hepatopenaei </ candida albican </ bacillus subtilis </ several antimicrobial peptides ehp would result ehp copy number stat pathways resulted spore germination rate highly upregulated amps c possibly digest shrimp immune response chitin staining showed type lysozyme (< type lysozyme stat pathways lv </ domeless </ dome </ several bacteria immune signaling c showed ehp spores ehp property size variation significant reduction led us important foundations heterologously expressing forming parasite dramatically decreased dependent manner composed mainly chitin coat c production c followed c ). antifungal activity altered permeability >) receptor
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Enzymatic digestion of the EHP endospore layer.

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