1 tructure of the HEF envelope glycoprotein of influenza C virus.

2 -esterase--fusion (HEF) glycoprotein from an influenza C virus.

3                                           In influenza C virus, a single glycoprotein, the haemagglut

4                                          The influenza C virus CM2 protein and a chimeric influenza A

5                                          The influenza C virus CM2 protein is a small glycosylated in

6 nfluenza A virus M(2) protein as well as the influenza C virus HA-esterase-fusion glycoprotein were n

7                                              Influenza C viruses have only one major surface glycopro

8 udies with the C/Johannesburg/1/66 strain of influenza C virus (HEF-JHB) that transport of HEF to the

9      Using a recombinant soluble form of the Influenza C virus hemagglutinin-esterase as a probe for

10  Rico/8/34 virus were replaced by a chimeric influenza C virus hemagglutinin/esterase/fusion (HEF) se

11 ses with approximately 50% homology to human influenza C virus (ICV) have recently been isolated from

12  the 26S proteasome inhibitor lactacystin to influenza C virus-infected or seg 6 ORF cDNA-transfected

13 fluenza B virus infection, in 0.9% (19); and influenza C virus infection, in 0.8% (11 of 1404 tested)

14 n, and (ii) a spliced mRNA which encodes the influenza C virus matrix (CM1) protein consisting of the

15 ruses consist of eight RNA segments, whereas influenza C viruses only have seven RNAs.

16 , esterase, and fusion (HEF) glycoprotein of influenza C virus possesses receptor binding, receptor d

17 as found that the colinear mRNA derived from influenza C virus RNA segment 6 serves as the mRNA for C

18 F of a colinear mRNA transcript derived from influenza C virus RNA segment 6.

19        Two mRNA species are derived from the influenza C virus RNA segment six, (i) a colinear transc

20 e report the structure of apo-FluPol from an influenza C virus, solved by X-ray crystallography to 3.