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1 ken and in the wild ancestor, the Red Jungle Fowl.
2 ritidis to become more prevalent in domestic fowl.
3 blood flow to the hindlimb muscles in guinea fowl.
4 within populations of livestock and domestic fowl.
5 es to WN virus were found in 41% of domestic fowl.
6 s was initiated much slower than in domestic fowls.
7 uman Ad4, chimpanzee adenovirus (AdC68), and fowl adenovirus 1 (FAV1 or CELO).
8  host range (e.g., a protein present in both fowl adenovirus and Marek's disease virus).
9 nstrates that vaccination with a recombinant fowl adenovirus expressing SARS-CoV-2 spike protein can
10                                A recombinant fowl adenovirus vaccine expressing the SARS-CoV-2 spike
11 s have protective effect for immunity during fowl adenovirus-4 (FAdV-4) infection.
12 n an electrode for optoelectronic sensing of fowl adenoviruses (FAdVs).
13 nza (HPAI) virus H5N1 infects water and land fowl and can infect and cause mortality in mammals, incl
14 -labelled chicken PGCs into 3-day-old Guinea fowl and domestic fowl hybrid embryos and monitoring PGC
15  outbreak of H5N1 influenza virus among wild fowl and domestic livestock has caused more than 70 zoon
16 specially in Japanese quail and pearl guinea fowl and in internal proteins PB1 and PB2.
17 ary amyloidosis is a common disease of water fowl and is characterized by the deposition of extracell
18  are also present separately in 5 additional fowl and raptor species, all of which are native to area
19 based birds (pigeon, pheasant, quail, guinea fowl, and chukka) from southeastern China.
20  quail, partridges, chukar, pheasant, guinea fowl, and domestic ducks, while G1-like viruses were com
21  been compared with their progenitor, jungle fowl, and the first kinematic study to report a link bet
22 ups who used Stora Karlso as a seal-hunting, fowling, and sea fishing station, and in the Bronze Age
23  range of exotic wild-caught and farm-raised fowl) are usually separated from markets selling fish or
24 onary adaptation, as new studies in fish and fowl attest.
25  clinical isolates from turkeys that died of fowl cholera from 1997 to 1999 on 36 Utah farms were ana
26                                              Fowl cholera is caused by Pasteurella multocida serovars
27 f the vaccines most commonly used to prevent fowl cholera is the M-9 strain.
28 and sequenced a sialidase gene, nanH, from a fowl cholera isolate of P. multocida.
29 ian species and enhance the investigation of fowl cholera outbreaks.
30                                          The fowl cholera pathogen Pasteurella multocida Carter Type
31      Pasteurella multocida Type F, the minor fowl cholera pathogen, produces an extracellular polysac
32                                              Fowl cholera, a disease caused by Pasteurella multocida,
33 Japanese quail, bobwhite quail, pearl guinea fowl, chukar partridges, and ring-necked pheasants.
34 fspring was obtained with crossing of Guinea fowl females with domestic fowl males.
35 ation of unprecedented sophistication in the fowl Gallus gallus.
36 because its wild progenitor - the red jungle fowl (Gallus gallus) - lives in tropical ecosystems and
37 igated male reproductive senescence in feral fowl, Gallus gallus domesticus, where socially dominant
38 re a draft genome sequence of the red jungle fowl, Gallus gallus.
39            Household livestock were reared - fowls, goat, sheep, cattle and others (e.g., pets - cats
40                         Crossing of domestic fowl hens with Guinea fowl male resulted in lower fertil
41  genes of an avian influenza virus, A/Guinea Fowl/Hong Kong/WF10/99 (H9N2) (WF10).
42  'granule blood cells' in the lamprey, frog, fowl, horse, elephant and man.
43 PGCs into 3-day-old Guinea fowl and domestic fowl hybrid embryos and monitoring PGC development.
44                           Research on guinea fowl is providing welcome new insight into how this diff
45   Crossing of domestic fowl hens with Guinea fowl male resulted in lower fertility, 0.14% viable offs
46 rossing of Guinea fowl females with domestic fowl males.
47 irmed by analysing food products with guinea fowl meat content ranging from 4% to 100%.
48 eptide markers that can differentiate guinea fowl meat from other commonly consumed animal species, i
49 geted detection and quantification of guinea fowl meat in highly processed meat products.
50 an obligate blood feeding mite, the northern fowl mite can cause anaemia, slower growth, and decrease
51                                 The northern fowl mite, Ornithonyssus sylviarum, is one of the most c
52                                     Northern fowl mites significantly increased hen preening behaviou
53            Here we show that in female feral fowl most copulations are coerced, and that females cons
54 wo sister clades of birds, Galliformes (land fowl), most of which lack an intromittent phallus, and A
55 and little back displacement in adult jungle fowl; much double-support, high leg lift, and substantia
56 o those of lame broilers (n = 12) and jungle fowl (n = 10, tested at two ages: immature and adult).
57                   The exception was A/Guinea fowl/NT184/03 (H9N2), whose HA is most closely related t
58 b muscles, and other body tissues, in guinea fowl (Numida meleagris) at rest, and across a range of w
59                     Recent studies of guinea fowl (Numida meleagris) revealed that the distal leg mus
60 e measured limb mechanics of helmeted guinea fowl (Numida meleagris) running over an unexpected drop
61 gs of the gastrocnemius muscle of the guinea fowl (Numida meleagris), during the response and recover
62 lent in poultry following eradication of the fowl pathogen S. enterica serovar Gallinarum in the mid-
63        Herein, we show that cells expressing fowl plague virus HA demonstrate discrete switching beha
64 aques using an intranasal (i.n.) recombinant Fowl Pox Virus (FPV)-gag pol env-IL-4R antagonist prime,
65 radermal DNA priming followed by recombinant fowl pox virus booster immunizations.
66 combination of a commercially available live fowl poxvirus vaccine expressing the H5 influenza virus
67                                     Domestic fowl produce piRNAs targeting ALV from one ALV provirus
68 ommonly isolated from livestock and domestic fowl (S. enterica subspecies I) but absent from reptile-
69 NAs from quail, pheasant, and various jungle fowl, shows that the processed pseudogene was formed aft
70                              However, guinea fowl sometimes deviate from mass-spring dynamics through
71 omestic chickens, given the critical role of fowl species in the spread of HPAI worldwide.
72               We identified 26 unique guinea-fowl-specific markers.
73  employed to identify new heat-stable guinea-fowl-specific peptide markers that can differentiate gui
74                 The high stability of guinea-fowl-specific peptides was confirmed by analysing food p
75  the chicken, an omnivorous, ground-dwelling fowl that was domesticated in India and/or Southeast Asi
76                                 From fish to fowl to pharaohs, nearly all cells in jawed vertebrates
77 type that causes the severe systemic disease fowl typhoid in domestic poultry and a narrow range of o
78            Salmonella Gallinarum infections (fowl typhoid) cause significant production as well econo
79 analyses, whereas associations with cows and fowl varied by site.
80 ural selection is likely to have made jungle fowl walking gait highly efficient.
81 ology of Salmonella infection among domestic fowl, we know little about the incidence, epidemiology,
82 ot susceptible to infection, indicating that fowl were not the source of infection.
83                                       Guinea fowl x chicken hybrids were produced, the crossing was r
84 at in a backcross derived from an F1 (Jungle Fowl x White Leghorn [WL]) male mated with inbred WL fem