Abstract
The recognition of Cronobacter as a public health concern was raised when powdered infant formula (PIF) was linked to several neonatal meningitis outbreaks. It is an opportunistic pathogen that causes necrotising enterocolitis, infantile septicaemia, and meningitis which carries a high mortality rate among neonates. It has been also linked with cases of infection in adults and elderly. Over the past decade, much focus has been made on developing sensitive and specific characterisation, detection, and isolation methods to ascertain the quality of foods, notably contamination of PIF with Cronobacter and to understand its ability to cause disease. Whole genome sequencing has unveiled several putative virulence factors, yet the full capacity of the pathogenesis of Cronobacter has not yet been elucidated.
References
1.
Farmer J.J.
III
,
Hickmann A.M.
, and
Brenner D.J.
(1980 ) Int. J. Syst. Evol. Microbiol. , 30 , 569 –584 .
2.
Iversen C.
,
Lehner A.
,
Mullane N.
,
Bidas E.
,
Cleenwerck I.
,
Marugg J.
,
Fanning S.
,
Stephan R.
, and
Joosten H.
(2007 ) BMC Evol. Biol. , 7 , 64 .
3.
Iversen C.
,
Mullane N.
,
McCardell B.
,
Tal B.D.
,
Lehner A.
,
Fanning S.
,
Stephan R.
, and
Joosten H.
(2008 ) Int. J. Syst. Evol. Microbiol. , 58 , 1442 –1447 .
4.
Joseph S.
,
Cetinkaya E.
,
Drahovska H.
,
Levican A.
,
Figueras M.J.
, and
Forsythe S.J.
(2011 ) Int. J. Syst. Evol. Microbiol. , 62 , 1277 –1283 .
5.
Brady C.
,
Cleenwerck I.
,
Venter S.
,
Coutinho T.
, and
De Vos P.
(2013 ) Syst. Appl. Microbiol. , 36 , 309 –319 .
6.
Stephan R.
,
Grim C.J.
,
Gopinath G.R.
,
Mammel M.K.
,
Sathyamoorthy V.
,
Trach L.H.
,
Chase H.R.
,
Fanning S.
, and
Tall B.D.
(2013 ) Int. J. System. Evol. Microbiol. , (submitted).
7.
Urmenyi A.M.C.
, and
White-Franklin A.
(1961 ) The Lancet , 11 , 313 –315 .
8.FAO/WHO (2008 ) Enterobacter sakazakii (Cronobacter spp.) in powdered follow-up formulae. Microbiological Risk Assessment Series , No. 15. 90 pp., Rome. Italy.
9.
van Acker J.
,
de Smet F.
,
Muyldermans G.
,
Bougatef A.
,
Naessens A.
, and
Lauwers S.
(2001 ) J. Clin. Microbiol. , 39 , 293 –297 .
10.CDC. (2002 ) Morb. Mortal. Wkly. Rep. , 51 , 297 –300 .
11.
Himelright I.
,
Harris E.
,
Lorch V.
, and
Anderson M.
(2002 ) J. Am. Med. Assoc. , 287 , 2204 –2205 .
12.FAO/WHO. (2004 ) Microbiological Risk Assessment Series , No. 6 . 59 pp., Rome, Italy. ftp://ftp.fao.org/docrep/fao/007/y5502e/y5502e00.pdf.
13.FAO/WHO. (2006 ) Enterobacter sakazakii and Salmonella in powdered infant formula: Meeting reportMicrobiological Risk Assessment Series , No. 10. 95 pp, Rome, Italy. ftp://ftp.fao.org/docrep/fao/007/y5502e/y5502e00.pdf.
14.
Bar-Oz B.
,
Preminger A.
,
Peleg O.
,
Block C.
, and
Arad I.
(2001 ) Acta Paediatr. , 90 , 356 –358 .
15.
Gurtler J.B.
,
Kornacki J.L.
, and
Beuchat L.R.
(2005 ) Int. J. Food Microbiol. , 104 , 1 –34 .
16.
Mullane N.
,
Iversen C.
,
Healy B.
,
Walsh C.
,
Whyte P.
,
Wall P.G.
,
Quinn T.
, and
Fanning S.
(2007 ) Minerva Pediatr. , 59 , 137 –148 .
17.
Yan Q.Q.
,
Condell O.
,
Power K.
,
Butler F.
,
Tall B.D.
, and
Fanning S.
(2012 ) J. Appl. Microbiol. , 113 , 1 –15 .
18.
Hunter C.J.
, and
Bean J.F.
(2013 ) J. Perinatol. , 33 , 581 –585 .
19.
Bowen A.B.
, and
Braden C.R.
(2006 ) Emerg. Infect. Dis. , 12 , 1185 –1189 .
20.
Friedemann M.
(2009 ) Eur. J. Clin. Microbiol. Infect. Dis. , 28 , 1297 –1304 .
21.
Gosney M.A.
,
Martin M.V.
,
Wright A.E.
, and
Gallagher M.
(2006 ) Eur. J. Int. Med. , 17 , 185 –188 .
22.
Tsai H-Y.
,
Liao C-H.
,
Huang Y-T.
,
Lee P-I.
, and
Ren Hsueh P.R.
(2013 ) Emerg. Infect. Dis. [Internet]. [cited August 14]. http://dx.doi.org/10.3201/eid1901.120774.
23.
Skovgaard N.
(2007 ) Int. J. Food Microbiol. , 120 , 217 –224 .
24.
Lehner A.
,
Grimm M.
,
Rattei T.
,
Ruepp A.
,
Frishman D.
,
Manzardo G.G.G.
, and
Stephan R.
(2006 ) FEMS Microbiol. Lett. , 265 , 244 –248 .
25.
Joseph S.
,
Hariri S.
, and
Forsythe S.J.
(2013 ) Mol. Cell. Probes , 27 , 137 –139 .
26.
Stoop B.
,
Lehner A.
,
Iversen C.
,
Fanning S.
, and
Stephan R.
(2009 ) Int. J. Food Microbiol. , 136 , 165 –168 .
27.
Lehner A.
,
Fricker-Feer C.
, and
Stephan R.
(2012 ) J. Med. Microbiol. , 67 , 1034 –1035 .
28.
Carter L.
,
Lindsey L.
,
Grim C.J.
,
Sathyamoorthy V.
,
Franco A.A.
,
Jarvis K.G.
,
Gopanath G.
,
Lee C.
,
Sadowski J.A.
,
Trach L.
,
Pava-Ripol M.
,
Tall B.D.
, and
Hu L.
(2013 ) Appl. Environ. Microbiol. , 79 , 734 –737 .
29.
Baldwin A.
,
Loughlin M.
,
Caubilla-Barron J.
,
Kucerova E.
,
Manning G.
,
Dowson C.
, and
Forsythe S.
(2009 ) BMC Microbiol. , 9 , 223 doi:10.1186/1471-2180-9-223.
30.
Sonbol H.
,
Joseph S.
,
McAuley C.M.
,
Craven H.M.
, and
Forsythe S.J.
(2013 ) Int. Dairy J. , 30 , 1 –7 .
31.
Kucerova E.
,
Clifton S.W.
,
Xia X.Q.
,
Long F.
,
Porwollik S.
,
Fulton L.
,
Fronick C.
,
Minx P.
,
Kyung K.
,
Warren W.
,
Fulton R.
,
Feng D.Y.
,
Wollam A.
,
Shah N.
,
Bhonagiri V.
,
Nash W.E.
,
Hallsworth-Pepin K.
,
Wilson R.K.
,
McClelland M.
, and
Forsythe S.J.
(2010 ) PLoS ONE , 5 , e9556 . 657. doi:10.1371/journal.pone.0009556.
32.
Stephan R.
,
Lehner A.
,
Tischler P.
, and
Rattei T.
(2011 ) J. Bacteriol. , 193 , 309 –310 .
33.
Joseph S.
,
Desai P.
,
Ji Y.M.
,
Cummings C.A.
,
Shih R.
,
Degoricija L.
,
Rico A.
,
Brzoska P.
,
Hamby S.E.
,
Masood N.
,
Hariri S.
,
Sonbol H.
,
Chuzhanova N.
,
McClelland M.
,
Furtado M.R.
, and
Forsythe S.J.
(2012 ) PloS One , 7 , e49455 . doi:10.1371/journal.pone.0049455.
34.
Grim C.J.
,
Kotewicz M.L.
,
Power K.A.
,
Gopinath G.
,
Franco A.A.
,
Jarvis K.G.
,
Yan Q.Q.
,
Jackson S.A.
,
Sathyamoorthym V.
,
Hu L.
,
Pagotto F.
,
Iversen C.
,
Lehner A.
,
Stephan R.
,
Fanning S.
, and
Tall B.D.
(2013 ) BMC Genomics , 14 , 366 .
35.
Yan Q.Q.
,
Power K.A.
,
Cooney S.
,
Fox E.
,
Gopinathrao G.
,
Grim C.
,
Tall B.D.
,
McCusker M.
, and
Fanning S.
(2013 ) Front. Microbiol. , 2 September 2013, doi:10.3389/fmicb.2013.00256.
36.
Muytjens H.L.
,
Roelofs-Willemse H.
, and
Jaspar G.H.
(1988 ) J. Clin. Microbiol. , 26 , 743 –746 .
37.
Iversen C.
, and
Forsythe S.
(2004 ) Food Microbiol. , 21 , 771 –776 .
38.
Chap J.
,
Jackson P.
,
Siqueira R.
,
Gaspar N.
,
Quintas C.
,
Park J.
,
Osaili T.
,
Shaker R.
,
Jaradat Z.
,
Hartantyo S.H.
,
Abdullah Sani N.
,
Estuningsih S.
, and
Forsythe S.J.
(2009 ) Int. J. Food Microbiol. , 136 , 185 –188 .
39.
Noriega F.R.
,
Kotloff K.L.
,
Martin M.A.
, and
Schwalbe R.S.
(1990 ) Ped. Infect. Dis. J. , 9 , 447 –449 .
40.
Nazarowec-White M.
, and
Farber J.M.
(1997 ) Int. J. Food Microbiol. , 34 , 103 –113 .
41.
Jaradat Z.W.
,
Ababneh Q.O.
,
Saadoun I.M.
,
Samara N.A.
, and
Rashdan A.M.
(2009 ) BMC Microbiol. , 9 , 225 .
42.
El-Sharoud W.M.
,
O'Brien S.
,
Negredo C.
,
Iversen C.
,
Fanning S.
, and
Healy B.
(2009 ) BMC Microbiol. , 9 , 24 doi:10.1186/1471-2180-9-24.
43.
Restaino L.
,
Frampton E.W.
,
Lionberg W.C.
, and
Becker R.J.
(2006 ) J. Food Prot. , 69 , 315 –322 .
44.
Baumgartner A.
,
Grand M.
,
Liniger M.
, and
Iversen C.
(2009 ) Int. J. Food Microbiol. , 136 , 189 –192 .
45.
Turcovský I.
,
Kuniková K.
,
Drahovská H.
, and
Kaclíková E.
(2011 ) A. Van Leeuw. J. Microb. , 99 , 257 –269 .
46.
Kandhai M.C.
,
Reij M.W.
,
van Puyvelde K.
,
Guillaume-Gentil O.
,
Beumer R.R.
, and
van Schothorst M.
(2004 ) J. Food Prot. , 67 , 1267 –1270 .
47.
Pava-Ripoll M.
,
Pearson R.E.G.
,
Miller A.K.
, and
Ziobro G.C.
(2012 ) Appl. Environ. Microbiol. , 78 , 7891 –7902 .
48.
Mullane N.
,
Healy B.
,
Meade J.
,
Whyte P.
,
Wall P.G.
, and
Fanning S.
(2008 ) Appl. Environ. Microbiol. , 74 , 5913 –5917 .
49.
Jacobs C.
,
Braun P.
, and
Hammer P.
(2011 ) J. Dairy Sci. , 94 , 3801 –3810 .
50.
Edelson-Mammel S.G.
, and
Buchanan R.L.
(2004 ) J. Food Prot. , 67 , 60 –63 .
51.
Breeuwer P.
,
Lardeau A.
,
Peterz M.
, and
Joosten H.M.
(2003 ) J. Appl. Microbiol. , 95 , 967 –973 .
52.
Dancer G.I.
,
Mah J.H.
,
Rhee M.S.
,
Hwang I.G.
, and
Kang D.H.
(2009 ) J. Appl. Microbiol. , 107 , 1606 –1614 .
53.
Edelson-Mammel S.G.
,
Porteous M.K.
, and
Buchanan R.L.
(2005 ) J. Food Prot. , 68 , 1900 –1902 .
54.
Williams T.L.
,
Monday S.R.
,
Edelson-Mammel S.
,
Buchanan R.
, and
Musser S.M.
(2005 ) Proteomics , 5 , 4161 –4169 .
55.
Gajdosova J.
,
Benedikovicova K.
,
Kamodyova N.
,
Tothova L.
,
Kaclikova E.
,
Stuchlik S.
,
Turna J.
, and
Drahovska H.
(2011 ) A. Van Leeuw. J. Microb. , 100 , 279 –289 .
56.
Tall B.D.
,
Fanning S.
,
Iversen C.
,
Mullane N.
,
Kothary M.H.
,
Datta A.
,
Carter L.
,
Curtis S.K.
, and
McCardell B.A.
(2008 ) Florence Conf. on Phenotypic MicroArray Anal. Microbiol. , p. 56 .
57.
Anriany Y.
,
Ahu S.N.
,
Wessels K.R.
,
McCann L.M.
, and
Joseph S.W.
(2006 ) Appl. Environ. Microbiol. , 72 , 5002 –5012 .
58.
Cheville A.M.
,
Arnold K.W.
,
Buchrieser C.
,
Cheng C.M.
, and
Kaspar C.W.
(1996 ) Appl. Environ. Microbiol. , 62 , 1822 –1824 .
59.
Osaili T.M.
,
Shaker R.R.
,
Olaimat A.N.
,
Al-Nabulsi A.A.
,
Al-Holy M.A.
, and
Forsythe S.J.
(2008 ) J. Food Sci. , 73 , M154 .
60.
Hsiao W.-L.
,
Ho W.-L.
, and
Chou C.-C.
(2010 ) Int. J. Food Microbiol. , 144 , 280 –284 .
61.
Gahan C.G.M.
, and
Hill C.
(1999 ) Int. J. Food Microbiol. , 50 , 93 –100 .
62.
Arku B.
,
Fanning S.
, and
Jordan K.
(2011 ) Foodborne Pathog Dis. , 8 , 975 –981 .
63.
Iversen C.
, and
Forsythe S.
(2007 ) Appl. Environ. Microbiol. , 73 , 48 –52 .
64.
Al-Holy M.A.
,
Shin J.H.
,
Osaili T.M.
, and
Rasco B.A.
(2011 ) J. Food Prot. , 74 , 387 –393 .
65.
Kim S.A.
,
Yu J.H.
, and
Rhee M.S.
(2013 ) J. Sci. Food Agric. , 93 , 1520 –1524 .
66.
Sun Y.
,
Wang M.
,
Liu H.
,
Wang J.
,
He X.
,
Zeng J.
,
Guo X.
,
Li K.
,
Cao B.
, and
Wang L.
(2011 ) Appl. Environ. Microbiol. , 77 , 2209 –2214 .
67.
Wang W.
,
Perepelov A.V.
,
Feng L.
,
Shevelev S.D.
,
Wang Q.
,
Senchenkova S.N.
,
Han W.
,
Li Y.
,
Shashkov A.S.
,
Knirel Y.A.
,
Reeves P.R.
, and
Wang L.
(2007 ) Microbiology , 153 , 2159 –2167 .
68.
Jean-Gilles Beaubrun J.
,
Cheng C.M.
,
Chen K.S.
,
Ewing L.
,
Wang H.
,
Agpaoa M.C.
,
Huang M.C.
,
Dickey E.
,
Du J.M.
,
Williams-Hill D.M.
,
Hamilton B.
,
Micallef S.A.
,
Rosenberg-Goldstein R.E.
,
George A.
,
Joseph S.W.
,
Sapkota A.R.
,
Jacobson A.P.
,
Tall B.D.
,
Kothary M.H.
,
Dudley K.
,
Hanes D.E.
(2012 ) Food Microbiol. , 31 , 199 –209 .
69.
Debroy C.
,
Roberts E.
, and
Fratamico P.M.
(2011 ) Anim. Health Res. Rev. , 12 , 169 –185 .
70.
Samuel G.
, and
Reeves P.
(2003 ) Carbohydr. Res. , 338 , 2503 –2519 .
71.
Sun Y.
,
Wang M.
,
Wang Q.
,
Cao B.
,
He X.
,
Li K.
,
Feng L.
, and
Wang L.
(2012 ) Appl. Environ. Microbiol. , 78 , 3966 –3974 .
72.
Sun Y.
,
Arbatsky N.P.
,
Wang M.
,
Shashkov A.S.
,
Liu B.
,
Wang L.
, and
Knirel Y.A.
(2012 ) FEMS Immunol Med Microbiol. , 66 , 323 –333 .
73.
Jarvis K.G.
,
Grim C.J.
,
Franco A.A.
,
Gopinath G.
,
Sathyamoorthy V.
,
Hu L.
,
Sadowski J.A.
,
Lee C.S.
, and
Tall B.D.
(2011 ) Appl. Environ. Microbiol. , 77 , 4017 –4026 .
74.
Jarvis K.G.
,
Yan Q.Q.
,
Grim C.J.
,
Power K.A.
,
Franco A.A.
,
Hu L.
,
Gopinath G.
,
Sathyamoorthy V.
,
Kotewicz M.L.
,
Kothary M.H.
,
Lee C.
,
Sadowski J.
,
Fanning S.
, and
Tall B.D.
(2013 ) Foodborne Pathog Dis. , 10 , 343 –352 .
75.
Liu B.
,
Knirel Y.A.
,
Feng L.
,
Perepelov A.V.
,
Senchenkova S.N.
,
Wang Q.
,
Reeves P.R.
, and
Wang L.
(2008 ) FEMS Microbiol. Rev. , 32 , 627 –653 .
76.
Liu B.
,
Perepelov A.V.
,
Svensson M.V.
,
Shevelev S.D.
,
Guo D.
,
Senchenkova S.N.
,
Shashkov A.S.
,
Weintraub A.
,
Feng L.
,
Widmalm G.
,
Knirel Y.A.
, and
Wang L.
(2010 ) Glycobiology , 20 , 679 –688 .
77.
Liu B.
,
Knirel Y.A.
,
Feng L.
,
Perepelov A.V.
,
Senchenkova S.N.
,
Wang Q.
,
Reeves P.R.
, and
Wang L.
(2008 ) FEMS Microbiol. Rev. , 32 , 627 –653 .
78.
Liu B.
,
Perepelov A.V.
,
Svensson M.V.
,
Shevelev S.D.
,
Guo D.
,
Senchenkova S.N.
,
Shashkov A.S.
,
Weintraub A.
,
Feng L.
,
Widmalm G.
,
Knirel Y.A.
, and
Wang L.
(2010 ) Glycobiology , 20 , 679 –688 .
79.
Mullane N.
,
O'Gaora P.
,
Nally J.E.
,
Iversen C.
,
Whyte P.
,
Wall P.G.
, and
Fanning S.
(2008 ) Appl. Environ. Microbiol. , 74 , 3783 –3794 .
80.
Nair M.K.
,
Venkitanarayanan K.
,
Silbart L.K.
, and
Kim K.S.
(2009 ) Foodborne Pathog. Dis. , 6 , 495 –501 .
81.
Franco A.A.
,
Hu L.
,
Grim C.J.
,
Gopinath G.
,
Sathyamoorthy V.
,
Jarvis K.G.
,
Lee C.
,
Sadowski J.
,
Kim J.
,
Kothary H.
,
McCardell B.A.
, and
Tall B.D.
(2011 ) Appl. Environ. Microbiol. , 77 , 3255 –3267 .
82.
Kothary M.H.
,
McCardell B.A.
,
Frazar C.D.
,
Deer D.
, and
Tall B.D.
(2007 ) Appl. Environ. Microbiol. , 73 , 4142 –4151 .
83.
Townsend S.M.
,
Hurrell E.
,
Gonzalez-Gomez I.
,
Lowe J.
,
Frye J.G.
,
Forsythe S.
, and
Badger J.L.
(2007 ) Microbiology , 153 , 3538 –3547 .
84.
Liu Q.
,
Mittal R.
,
Emami C.N.
,
Iversen C.
,
Ford H.R.
, and
Prasadarao N.V.
(2012 ) J. Surg. Res. , 176 , 437 –447 .
85.
Kim K.
,
Kim K.P.
,
Choi J.
,
Lim J.A.
,
Lee J.
,
Hwang S.
, and
Ryu S.
(2010 ) Appl. Environ. Microbiol. , 76 , 5188 –5198 .
86.
Pagotto F.J.
,
Nazarowec-White M.
,
Bidawid S.
, and
Farber J.M.
(2003 ) J. Food Prot. , 66 , 370 –375 .
87.
Cruz A.
,
Xicohtencatl-Cortes J.
,
González-Pedrajo B.
,
Bobadilla M.
,
Eslava C.
, and
Rosas I.
(2011 ) Can. J. Microbiol. , 57 , 735 –744 .
88.
Grishin A.
,
Papillon S.
,
Bell B.
,
Wang J.
, and
Ford H.
(2013 ) Sem. Ped. Surgery , 22 , 69 –75 .
89.
Giri C.P.
,
Shima K.
,
Tall B.D.
,
Curtis S.
,
Sathyamoorthy V.
,
Hanisch B.
,
Kim K.S.
, and
Kopecko D.J.
(2012 ) Microb. Pathog. , 52 , 140 –147 .
90.
Modak R.
,
Das Mitra S.
,
Krishnamoorthy P.
,
Bhat A.
,
Banerjee A.
,
Gowsica B.R.
,
Bhuvana M.
,
Dhanikachalam V.
,
Natesan K.
,
Shome R.
,
Shome B.R.
, and
Kundu T.K.
(2012 ) Epigenetics , 7 , 492 –501 .
91.
Mujtaba S.
,
Winer B.Y.
,
Jaganathan A.
,
Patel J.
,
Sgobba M.
,
Schuch R.
,
Gupta Y.K.
,
Haider S.
,
Wang R.
, and
Fischetti V.A.
(2013 ) J. Biol. Chem. , 288 , 23458 –23472 .
92.
Schwizer S.
,
Tasara T.
,
Zurfluh K.
,
Stephan R.
, and
Lehner A.
(2013 ) BMC Microbiol. , 13 , 38 .
93.
Fehri L.F.
,
Rechner C.
,
Janßen S.
,
Mak T.N.
,
Holland C.
,
Bartfeld S.
,
Brüggemann H.
, and
Meyer T.F.
(2009 ) Epigenetics , 4 , 577 –586 .
94.
Medini D.
,
Donati C.
,
Tettelin H.
,
Masignani V.
, and
Rappuoli R.
(2005 ) Curr. Opin. Gen. Devel. , 15 , 589 –594 .
95.
Grim C.J.
,
Kothary M.H.
,
Gopinath G.
,
Jarvis K.G.
,
Beaubrun J.J.
,
McClelland M.
, and
Tall B.D.
(2013 ) Appl. Environ. Microbiol. , 79 , 734 –737 .
96.
Schmid M.
,
Iversen C.
,
Gonitia I.
,
Stephan R.
,
Hofmann A.
,
Hartmann A.
,
Jha B.
,
Eberl L.
,
Riedel K.
, and
Lehner A.
(2009 ) Res. Microbiol. , 160 , 608 –614 .
97.
Joseph S.
, and
Forsythe S.J.
(2012 ) Front. Microbiol. , 22 November 2012 doi: 10.3389/fmicb.2012.00397.
98.
Franco A.A.
,
Kothary M.H.
,
Gopinath K.
,
Jarvis K.G.
,
Grim C.J.
,
Hu L.
,
Datta A.R.
,
McCardell B.A.
, and
Tall B.D.
(2011 ) Infect. Immunol. , 79 , 1578 –1587 .
99.
Abbasifar R.
,
Kropinski A.M.
,
Sabour P.M.
,
Ackermann H.W.
,
Alanis-Villa A.
,
Abbasifar A.
, and
Griffiths M.W.
(2013 ) Genome Announc. , 2013 Jan; 1 (1 ). pii: e00122 –12 . doi: 10.1128/genomeA.00122-12. Epub 2013 Feb 14.
100.
Abbasifar R.
,
Kropinski A.M.
,
Sabour P.M.
,
Ackermann H.W.
,
Alanis-Villa A.
,
Abbasifar A.
, and
Griffiths M.W.
(2013 ) J. Virol. , 86 , 13830 –13831 .
101.
Abbasifar R.
,
Kropinski A.M.
,
Sabour P.M.
,
Ackermann H.W.
,
Lingohr E.J.
, and
Griffiths M.W.
(2012 ) J. Virol. , 86 , 13806 –13807 .
102.
Lee Y.D.
,
Chang H.I.
, and
Park J.H.
(2011 ) Arch. Virol. , 156 , 721 –724 .
103.
Lee Y.D.
, and
Park J.H.
(2012 ) J. Virol. , 86 , 5400 –5401 .
104.
Lee Y.D.
,
Kim J.Y.
,
Park J.H.
, and
Chang H.
(2012 ) Arch. Virol. , 157 , 199 –202 .
105.
Lee Y.D.
,
Park J.H.
, and
Chang H.I.
(2011 a) Arch. Virol. , 156 , 2105 –2108 .
106.
Lee J.H.
,
Choi Y.
,
Shin H.
,
Lee J.
, and
Ryu S.
(2012 ) J. Virol. , 86 , 7713 –7714 .
107.
Shin H.
,
Lee J.H.
,
Kim Y.
, and
Ryu S.
(2012 ) J. Virol. , 86 , 6367 –6368 .