戻る
「早戻しボタン」を押すと検索画面に戻ります。

今後説明を表示しない

[OK]

コーパス検索結果 (1語後でソート)

通し番号をクリックするとPubMedの該当ページを表示します
1 hod targeting part of the strongly conserved mycoplasmal 16S RNA genes, Mycoplasma pneumoniae was fou
2    (vi) The nonenteric temperate phages with mycoplasmal and mycobacterial hosts are relatively close
3 use strains that differ in susceptibility to mycoplasmal arthritis.
4 surface proteins and the R-M activity of the mycoplasmal cell population.
5         Often, high-frequency changes in the mycoplasmal chromosome are associated with antigenic and
6 The location of Tn916 insertion sites in the mycoplasmal chromosome was random, suggesting that Tn916
7 odeficient (SCID) mice resulted in increased mycoplasmal colonization of spleens and lesions in extra
8 ew outbreak, even at a time of the year when mycoplasmal conjunctivitis is low in free-living birds.
9                        Seasonal variation in mycoplasmal conjunctivitis prevalence in house finches i
10 fection with an inflammatory ocular disease, Mycoplasmal conjunctivitis, caused by Mycoplasma gallise
11          That finding was remarkable because mycoplasmal disease is rarely fatal in animals.
12 te, for mycoplasmacidal activity and virtual mycoplasmal elimination.
13 e clostridial sialidase are conserved in the mycoplasmal gene, but the leader sequence necessary for
14 hromosomal form and loss of phiMFV1 from the mycoplasmal genome were documented in a series of clonal
15                                              Mycoplasmal genomes subjected to this process and transp
16 ts in minimal (approximately 0.6- to 1.4-Mb) mycoplasmal genomes suggest their key role in the adapta
17                                              Mycoplasmal growth was further enhanced in BacT/ALERT PF
18 cted iNOS(+/+) mice, whereas neither CYP nor mycoplasmal infection altered NOx in iNOS(-/-) mice.
19 ntributors to nitrotyrosine formation during mycoplasmal infection and that treatment with CYP decrea
20        SP-A(-/-) mice were as susceptible to mycoplasmal infection as highly susceptible C3H/He mice,
21 in defense against systemic dissemination of mycoplasmal infection, but cellular immune responses may
22 tory cells in nitrotyrosine formation during mycoplasmal infection.
23 L mice and the susceptibility of C3H mice to mycoplasmal infection.
24                                              Mycoplasmal infections apparently affected the fidelity
25 smal defense and suggest that differences in mycoplasmal killing by AMs may explain the resistance of
26 yme-linked immunosorbent assay and inhibited mycoplasmal killing by iNOS(+/+) mice in vivo.
27                                              Mycoplasmal killing was abrogated by 1,000 units/ml of c
28 decreases NO* production by AMs and inhibits mycoplasmal killing.
29 esponses may be important in exacerbation of mycoplasmal lung disease.
30 oper anchoring of cytadhesin proteins in the mycoplasmal membrane at an attachment organelle through
31                   Heat-killed mycoplasmas or mycoplasmal membrane preparations alone could support co
32 on assays demonstrated homology to the human mycoplasmal P30 and P32 cytadhesins.
33 -infected pigs with minimal to nondetectable mycoplasmal pneumonia lesions manifested significantly i
34 f serologically confirmed community-acquired mycoplasmal pneumonia.
35 system was constructed to identify potential mycoplasmal promoter-containing regulatory sequences in
36 e results indicate that E. coli can identify mycoplasmal promoters which have transcriptional element
37                        VsaA R40 is the first mycoplasmal protein shown to be associated with resistan
38 e presence of TGA codons, the translation of mycoplasmal proteins terminates prematurely when cloned
39 sma pulmonis is a model for studying chronic mycoplasmal respiratory disease.
40  generated products by primer extension with mycoplasmal RNA.
41                    A new mechanism expanding mycoplasmal surface diversity is described.
42 s examined for antibody accessibility on the mycoplasmal surface.
43                 Unlike the activity of other mycoplasmal TLR2 agonists such as macrophage-activating

WebLSDに未収録の専門用語(用法)は "新規対訳" から投稿できます。