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1 colloidal gold nanoparticles and fluorescent latex microspheres.
2 ctive Fab domains of an antibody attached to latex microspheres.
3 ctin ligand, sialyl Lewis(x), was coupled to latex microspheres.
4 44 rats was instilled with rhodamine-labeled latex microspheres.
5 grade transport of red and green fluorescent latex microspheres.
6 ducted with bromide and carboxylate-modified latex microspheres (20, 200, and 500 nm diameter).
7                                              Latex microspheres and ac cells were visualized as refle
8 d to distinguish between the cell types were latex microspheres and carmine particles.
9 rogradely labeled with rhodamine fluorescent latex microspheres and subsequently intracellularly fill
10  long-circulating liposomes (100-400 nm) and latex microspheres (approximately 800 nm) were determine
11 ripping analysis of gold nanoparticle-loaded latex microspheres as a signal-amplified hybridization t
12 eased phagocytic activity toward fluorescent latex microspheres as well as apoptotic cells, thus unco
13 ptake of colloidal gold particles as well as latex microspheres by HeLa cells.
14                                          OCT latex microsphere concentration measurements were highly
15 nitors expressing these markers, fluorescent latex microspheres covalently coupled to VC1.1 antibodie
16                                              Latex microspheres (diameter, 8 microm) were coated with
17 othelium of the vasa recta by perfusion with latex microspheres enabled imaging of the pericytes.
18 apacity of iron-oxide coated sands to remove latex microspheres from water revealed that microsphere
19 s migration, we labeled SVZ cells with inert latex microspheres immediately post-injury.
20 nocytes were labeled and traced by uptake of latex microspheres in skin.
21 by retrograde transport of rhodamine labeled latex microspheres injected into target nuclei.
22 ng stereotaxic injection of rhodamine-filled latex microspheres into the right PBN of seven rats whil
23 oxin B subunit, Fluoro-Gold, and fluorescent latex microspheres) into the thalamus to estimate the nu
24                               After 21 days, latex microspheres labeled with fluorescein isothiocyana
25  small injection of either rhodamine-labeled latex microspheres or a red fluorescent emulsion was mad
26 rete injections of red and green fluorescent latex microspheres or injections of wheat germ agglutini
27 eral injections of red and green fluorescent latex microspheres or of wheat germ agglutinin conjugate
28 -HRP or discrete injections of red and green latex microspheres revealed that the caudal and lateral
29 nterior segment OCT system was used to image latex microsphere suspensions in vitro and the AC of uve
30   We found that while there was at least one latex microsphere that could induce CCK secretion and ca
31  of dodecanoic acid and several varieties of latex microsphere (varying in size and surface charge) t
32 e tracing with rhodamine-labeled fluorescent latex microspheres was used to determine whether the hyp
33 l tracer, fast blue dye or rhodamine-labeled latex microspheres, was instilled into the guinea pig tr
34 l retrogradely subplate neurons, fluorescent latex microspheres were injected into primary visual cor
35                                    Rhodamine latex microspheres were injected into the hypoglossal nu
36 c targets, distinct green or red fluorescent latex microspheres were injected into the PGi and the CN
37 eutrophils assessed by uptake of fluorescent latex microspheres were lower in 24-hr cecal ligation an
38                Iron oxide surface patches on latex microspheres were selectively wetted with liquid l

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