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1 us pathway, G4, which is almost identical in smallpox virus.
2 n protective immunity against infection with smallpox virus.
3  potential candidates for antivirals against smallpox virus.
4 inC1, and A39R is a Sema7A mimic secreted by smallpox virus.
5  most effective defence measure against wild smallpox virus.
6  Ind.) PCR assay for laboratory detection of smallpox virus.
7  proteins, of which 103 have homologs in the smallpox virus.
8                     Orthopox viruses include smallpox virus, a once feared but now eradicated virus,
9 he threat posed by deliberate release of the smallpox virus and the best means of containing an outbr
10    Orthopoxviruses (OPVs), such as the human smallpox virus and the mouse-equivalent ectromelia virus
11 out their knowledge of and beliefs about the smallpox virus and the vaccine, their possible reactions
12                  The potential threat of the smallpox virus as a bioterror weapon has long been recog
13 who may be at risk from the potential use of smallpox virus as a bioterrorism agent.
14                           With the threat of smallpox virus as a bioterrorism weapon, questions have
15 ue to the concern about the potential use of smallpox virus as a bioweapon, smallpox vaccination is c
16                                          The smallpox virus codes for its own topoisomerase enzyme th
17 poxvirus proteins, the vaccinia and variola (smallpox) virus complement control proteins, which diffe
18 outbreaks and the public health concern that smallpox viruses could be used as bioterrorism weapons.
19 ved from infected cell cultures and tissues, smallpox virus DNA could be detected in a background of
20 nd specific assay for the rapid detection of smallpox virus DNA on both the Smart Cycler and LightCyc
21 ce, Mannheim, Germany) PCR identification of smallpox virus DNA was developed and compiled in a kit s
22  were designed specifically for detection of smallpox virus DNA, but all viruses of the genus Orthopo
23  inactivation data were available, including smallpox virus, Ebola, Marburg, Crimean-Congo, Junin, an
24 domain and a chemokine-binding domain called smallpox virus-encoded chemokine receptor (SECRET) domai
25            Poxviruses including vaccinia and smallpox viruses express PKR inhibitors such as the vacc
26 robe that allows reliable differentiation of smallpox virus from other orthopoxviruses by melting-cur
27 segment of approximately 30,000 bases of the smallpox virus genome.
28 tures of human RCA (MCP, DAF, and CR1) and a smallpox virus homolog (SPICE) bound to complement compo
29 n alternate tool for rapid identification of smallpox virus in the future.
30    MCV lacks counterparts to 83 genes of the smallpox virus, including those important in suppression
31 say may be useful for the early detection of smallpox virus infections should such infections occur a
32            The possibility of the release of smallpox virus into a predominantly nonimmunized populat
33                  The K7L gene product of the smallpox virus is a protease implicated in the maturatio
34   Vaccinia virus (VACV), a close relative of smallpox virus, is thought to exploit cell motility as a
35 icella-zoster virus were not detected by the smallpox virus LightCycler PCR.
36 tes of the Russian World Health Organization smallpox virus repository was determined and compared to
37  the complete genome and hybridized with the smallpox virus resequencing GeneChip set.
38 ation was fast and reproducible and that the smallpox virus resequencing GeneChips could differentiat
39 ce information included in the design of the smallpox virus resequencing GeneChips; similar informati
40                               As most of the smallpox virus samples were derived from infected cell c
41 uencing GeneChips could differentiate the 14 smallpox virus strains characterized.
42                                    Of the 14 smallpox virus strains hybridized, only 7 had sequence i
43 ating nucleotide sequences for all 14 of the smallpox virus strains hybridized.
44 udy includes the hybridization results of 14 smallpox virus strains.
45 ted sdAb specific for live vaccinia virus (a smallpox virus surrogate), hen egg lysozyme, cholera tox
46 ), including the Dryvax vaccine strain, from smallpox virus (T(m), 62.45 degrees C) by melting curve
47 sensitivity was determined to be 4 copies of smallpox virus target DNA per sample.
48     In search of a sequence region unique to smallpox virus, the nucleotide sequence of the 14-kDa fu
49     Recently we determined structures of the smallpox virus topoisomerase bound to DNA in covalent an
50    Here we present crystal structures of the smallpox virus topoisomerase enzyme bound both covalentl
51 cinia virus (VV) that is conserved in J8R of smallpox virus variola major.
52 e complete genome sequences of 24 strains of smallpox virus (variola virus), for rapid characterizati
53                                              Smallpox virus (variola) poses a significant threat as a
54                                 Although the smallpox virus was eradicated over 20 years ago, its pot
55 lting in a unique amino acid substitution in smallpox virus was used to design a hybridization probe