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H10N1 - new post-flu-apocalyptic novel by Marsha Cornelius

Emily

Editor, Senior Moderator
I was searching for 'flu-like' and found this. I love the juxtaposition of the cheery photo of the author above the photo of the gruesome book cover. She says her work with school children and getting their constant illnesses in spite of using lots of hand sanitizer partly inspired the novel.

http://cherokeetribune.com/bookmark/14517750-Woodstock-resident-pens-science-fiction-novel
Woodstock resident pens science fiction novel
by Kyle Dominy

June 29, 2011 11:59 PM

Read more: Cherokee Tribune - Woodstock resident pens science fiction novel


She even thought of the nuke plants melting down with nobody to run them. (I've been contemplating that lately.)

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http://mrcornelius.com/
 
Re: H10N1 - new post-flu-apocalyptic novel by Marsha Cornelius

H10? Uhm, I saw something in the past about them:

Differences in the ability to suppress interferon Beta production between allele A and allele B NS1 proteins from H10 influenza A viruses (Virol J., abstract, edited)



[Source: Virology Journal, full text: (LINK). Abstract, edited.]

Differences in the ability to suppress interferon Beta production between allele A and allele B NS1 proteins from H10 influenza A viruses

Siamak Zohari, Muhammad Munir, Giorgi Metreveli, Sandor Belak and Mikael Berg

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Virology Journal 2010, 7:376
doi:10.1186/1743-422X-7-376
Published: 31 December 2010


Abstract (provisional)

Background
In our previous study concerning the genetic relationship among H10 avian influenza viruses with different pathogenicity in mink (Mustela vison), we found that these differences were related to amino acid variations in the NS1 protein. In this study, we extend our previous work to further investigate the effect of the NS1 from different gene pools on type I IFN promoter activity, the production of IFN-beta, as well as the expression of the IFN-Beta mRNA in response to poly I:C.

Results
Using a model system, we first demonstrated that NS1 from A/mink/Sweden/84 (H10N4) (allele A) could suppress an interferon-stimulated response element (ISRE) reporter system to about 85%. The other NS1 (allele B), from A/chicken/Germany/N/49 (H10N7), was also able to suppress the reporter system, but only to about 20%. The differences in the abilities of the two NS1s from different alleles to suppress the ISRE reporter system were clearly reflected by the protein and mRNA expressions of IFN-Beta as shown by ELISA and RT-PCR assays.

Conclusions
These studies reveal that different non-structural protein 1 (NS1) of influenza viruses, one from allele A and another from allele B, show different abilities to suppress the type I interferon Betaexpression. It has been hypothesised that some of the differences in the different abilities of the alleles to suppress ISRE were because of the interactions and inhibitions at later stages from the IFN receptor, such as the JAK/STAT pathway. This might reflect the additional effects of the immune evasion potential of different NS1s.

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