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1 a (eastern wood rat), and Sigmodon hispidus (cotton rat).
2 PFU/g; guinea pigs) to 1.8 x 10(5) PFU/gram (cotton rat).
3 cation in the respiratory tracts of mice and cotton rats.
4 (PIV3) infection led to laryngotracheitis in cotton rats.
5 ttenuation in the upper and lower airways of cotton rats.
6 in replication in the respiratory tracts of cotton rats.
7 s were highly attenuated in cell culture and cotton rats.
8 Ad2E4ORF6, which is replication defective in cotton rats.
9 cells and in the upper and lower airways of cotton rats.
10 and triggered strong protective immunity in cotton rats.
11 nic, and protective against RSV challenge in cotton rats.
12 nic, and protective against RSV challenge in cotton rats.
13 n cell culture and were highly attenuated in cotton rats.
14 so triggered a strong protective immunity in cotton rats.
15 ivity, replicated as efficiently as rhMPV in cotton rats.
16 o influence the RSV lung titer in challenged cotton rats.
17 in the upper and lower respiratory tracts of cotton rats.
18 NHBE cells and in the respiratory tracts of cotton rats.
19 nfluenza, only the H5N1 virus was lethal for cotton rats.
20 conferred protection from HPIV3 challenge in cotton rats.
21 ared to live and formalin inactivated RSV in cotton rats.
22 ll tested HPIV strains, both in vitro and in cotton rats.
23 oliferation of spleen cells from MV-infected cotton rats.
24 ollowed by the live measles virus vaccine in cotton rats.
25 cacy of these vaccine candidates in mice and cotton rats.
26 cacy of these vaccine candidates in mice and cotton rats.
27 ipts were more abundant in the lungs of aged cotton rats.
28 ect on cytokine expression in aged and young cotton rats.
29 ered as either a DNA or a protein vaccine in cotton rats.
30 cell culture and establishment of latency in cotton rats.
31 ns and can be resistant to PZ prophylaxis in cotton rats.
32 , has been shown to resist PZ prophylaxis in cotton rats.
33 and were tested for susceptibility to PZ in cotton rats.
35 s and chemokines was studied in the lungs of cotton rats after primary or secondary infection with re
36 on mouse, two from wood rats, and one from a cotton rat) also were compared by sodium dodecyl sulfate
37 RSV F (PIV5/F) or G (PIV5/G) protein in the cotton rat and African green monkey models for their rep
38 Results indicate that HIV-1 does infect the cotton rat and S. fulviventer is more susceptible than S
39 component of efficacy by palivizumab in the cotton rat and that antibody-dependent cell-mediated cyt
40 ir immunogenicity and protective efficacy in cotton rats and African green monkeys, which are among t
41 Similar enhanced disease has been seen in cotton rats and children immunized with formalin-inactiv
45 ion RSV F elicits neutralizing antibodies in cotton rats and induces complete protection against vira
46 minor, the wood rat (Neotoma floridana), the cotton rat, and the cotton mouse in South Carolina and F
50 as less than that of HSV-2 genital herpes in cotton rats, and yet the model allowed for comparative e
54 ion mutant established a latent infection in cotton rats at a frequency and with a number of VZV geno
57 r adjuvant) in a preclinical RSV susceptible cotton rat challenge model compared to formaldehyde inac
58 ive transfer of serum from gD/AS04-immunized cotton rats conferred stronger protection against HSV-1
61 erse genetics, and intranasal inoculation of cotton rats elicited RSV-specific antibody and elicited
62 2a CVD 1208 vaccines to deliver mucosally to cotton rats eukaryotic expression plasmid pGA3-mH and Si
65 e prophylactic dose of 15 mg/kg PZ protected cotton rats from infection with F212 but not with MS412.
70 e used as a mucosal adjuvant in the noses of cotton rats immunized via this route with respiratory sy
72 an deliver measles DNA vaccines mucosally in cotton rats, inducing measles immune responses (includin
78 ty of HPF3 to cause extensive disease in the cotton rat lung and that this effect is dissociated from
79 n Vero and murine neuroblastoma cells and in cotton rat lung, although Ed N-522D virus exhibited an a
82 Together, these studies suggest that the cotton rat may provide an excellent model to study genit
83 r analysis of RSV replication in vivo in the cotton rat model in naive animals and in animals rendere
84 rvations are relevant to the validity of the cotton rat model itself and to safe development of nonli
85 e previously reported the development of the cotton rat model of hMPV infection and pathogenesis.
88 ctive against A and B subtypes of RSV in the cotton rat model of RSV infection, 2- to 4-fold higher d
101 al development over a wide dose range in the cotton rat RSV enhanced-disease model, as suboptimal dos
102 t medroxyprogesterone acetate (DMPA)-treated cotton rat Sigmodon hispidus model of HSV-2 and HSV-1 ge
103 tavirus from Florida which is carried by the cotton rat (Sigmodon hispidus) and is associated with ha
104 ks Ixodes scapularis and Ixodes affinis, the cotton rat (Sigmodon hispidus), and cotton mouse (Peromy
110 y reflects that seen in an animal model, the cotton rat, suggesting that HAE cells provide an ideal s
113 ministered intranasally or subcutaneously in cotton rats, the candidates were highly immunogenic and
116 SceD is essential for nasal colonization in cotton rats, thus demonstrating the importance of cell w
118 e inflammatory response of Sigmodon hispidus cotton rats to pulmonary infection with wild-type 5 aden
119 us type 3 bronchiolitis and pneumonia in the cotton rat using topical IgG cleared infectious virus wi
121 a subsequent experiment of identical design, cotton rats were challenged with wild-type MV 1 month af
127 inflammatory corticosteroid) in RSV-infected cotton rats were used to evaluate the contribution of vi
128 suppression in specific-pathogen-free inbred cotton rats which were infected with measles vaccine and
132 we previously reported (4) that infection of cotton rats with the human respiratory syncytial virus (
136 e generated; however, in vivo prophylaxis of cotton rats with these antibodies conferred only about a
139 in the nose and in the respiratory tract of cotton rats without prior adaptation and produced strong
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