tag:blogger.com,1999:blog-8441491750914005356.post7306629085455983227..comments2023-06-16T12:27:49.821+01:00Comments on Microbes Rule the Waves - 2013: Bacterial heat shock proteins? Inducing invertebrate immune responses?!Unknownnoreply@blogger.comBlogger2125tag:blogger.com,1999:blog-8441491750914005356.post-73345862612033269042014-02-11T13:38:11.993+00:002014-02-11T13:38:11.993+00:00Immune system interactions with microbes is a grea...Immune system interactions with microbes is a great topic and one I will post about again. I bet invertebrate immune systems do have their own way of remembering pathogens.<br />They say their DnaK endotoxin levels were less than the concentrations of pure endotoxins used in other studies to induce immune responses. But they were still contaminated, which is the reason for the uncontaminated control.Anonymoushttps://www.blogger.com/profile/14950879543695501526noreply@blogger.comtag:blogger.com,1999:blog-8441491750914005356.post-62435783832823811772014-02-11T11:48:06.395+00:002014-02-11T11:48:06.395+00:00Very interesting summary. Is interesting following...Very interesting summary. Is interesting following on from my shrimp based paper which talks of the quasi-immune response (immune-like system) as a basis for allowing testing into vaccines. <br /><br />Clearly this paper backs up this possibility, detailing a possible method for inducing a response. Conclusion in which Bacterial produced HSP is very interesting, the immune-like system seeing it as a sign in which external pathogens may have colonised.<br /><br />When you say that contamination of DnaK was less contaminated than in other experiments that have produced an immune response, does this mean that it was still contaminated? I imagine that is where the synDnaK comes in to control for contamination? Anonymousnoreply@blogger.com