Latent mechanism is different in the 3 different subfamilies of Herpesviridae #DVV2018 #GfV2018

103 herpesviridae classified, probably only 1 percent of those that exist #ICTV #DVV2018 #GfV2018 - Prof Davison

Prof Andrew Davison closing the #DVV2018 #GfV2018 with Evolution of human cytomegalovirus in vivo #ICTV

Acute infections use illumina meta transcriptomic with RNA - Fischer #DVV2018 #GfV2018

60 percent unknown etiology in meningitis - Fischer #DVV2018 #GfV2018 and many other unknown etiologies for other symptoms #DVV2018 #GfV2018

Narrow detection range of PCR versus the unbiased Metagenomics NGS approach - Fischer #DVV2018 #GfV2018

Clinical metagenomics - It is more than just identifying novel viruses by Fischer at #DVV2018 #GfV2018

Last session on NGS for clinical virology at #DVV2018 #GfV2018

Manja Marz presents viral host prediction with deep learning at #DVV2018 #GfV2018

presented by Erhard at #DVV2018 #GfV2018

nature.com/articles/nmeth…

Identifying short ORF by Erhard at #DVV2018 #GfV2018

3D modelling and simulation of HepC replication #GfV2018 #DVV2018 by Knodel

Cellular proteomic of Circovirus and classical swine fever virus co-infected by Zhou at #DVV2018 #GfV2018

Serendipitous findings are important. Not always worth testing specific hypothesis #DVV2018 #GfV2018

RNA turnover and DNA synthesis as targets for intrinsic antiviral defense by Paul Bienasz at #DVV2018 #GfV2018

Poster of #HCMV sequencing using @nanopore by @rjrtn and @CVRbioinfo at #DVV2018 and #GfV2018

Zhang mentions #ICTV during his talk #DVV2018 #GfV2018

Using Metagenomics to Characterize an Expanding Virosphere by Zhang at #DVV2018 #GfV2018

cell.com/cell/fulltext/…

Using Metagenomics to Characterize an Expanding Virosphere by Zhang at #DVV2018 #GfV2018

cell.com/cell/fulltext/…

Metagenomics and especially meta-transcriptomics can enable use to better understand the virosphere #DVV2018 #GfV2018 see commentary in Science by Zhang

Unprecedented diversity of viruses still the dark matter of biology due to difficult identification by Zhang at #DVV2018 #GfV2018

HUSH (MORC2, TASOR) silences HIV1 and newly integrated Line I endogenous retroviruses by Lehner at #DVV2018 #GfV2018

System virology session to begin shortly at #DVV2018 #GfV2018

Bats and mice and ferrets are susceptible to h18n11 #DVV2018 #GfV2018

H17-18 N10-11 do not bind sialic acid - assessment of the zoonotic potential of the bat influenza-like virus host specificity By Ciminski #DVV2018 #GfV2018

Strain specific difference in M1 splicing by Bogdanow at #DVV2018 #GfV2018

Avian H3N2 cannot infect humans: M1 mRNA splicing influence s influenza A virus host specificity #DVV2018 #GfV2018

ZAP is a strong inhibitor of ebola shown using 64755 siRNA against 21,597 human genes by Martin et Al #DVV2018 #GfV2018

Pacbio sequencing for EHV in sediment and water #DVV2018 #GfV2018 in Africa. Stays stable for up to 21 days.

Degradation of EHV1 is slower in sediment #DVV2018 #GfV2018