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1 inal cutaneous and muscle branches to HRP or Fluoro-Gold.
2 ce of neurons double-labeled for NADPH-d and Fluoro-Gold.
3  as demonstrated by retrograde labeling with Fluoro-Gold.
4 rograde labeling with the fluorescent tracer Fluoro-Gold.
5 ere investigated by retrograde labeling with Fluoro-Gold.
6 dentin caused increased influx and efflux of Fluoro-Gold.
7 MePO were double-labeled for both FOS-ir and fluoro-gold.
8  the Fos protein and retrograde tracing with Fluoro-Gold.
9 nglion cell loss by retrograde labeling with Fluoro-Gold.
10 atum (HVC-RA) were retrogradely labeled with Fluoro-Gold 4 d before death.
11   In this experiment, the retrograde tracer, Fluoro-Gold (8%, 0.5 microl), was microinjected through
12  tracing procedures using microinjections of Fluoro-Gold (8%, 6 microliters) into the PAG were employ
13    After nerve injury, double labelling with Fluoro-Gold, a marker of retrograde transport from trans
14 mouse, this technique was achieved with only Fluoro-Gold, a neurotoxic fluorescent dye with membrane
15 edial parvocellular subdivisions accumulated Fluoro-Gold after systemic administration, suggesting th
16  group II received a concurrent injection of fluoro-gold along with the pipette lesion, and in group
17                                Injections of Fluoro-Gold amidst phrenic motor neurons in C4-C5 labele
18  labeled cells following LC iontophoresis of Fluoro-Gold and anterograde LC labeling after forebrain
19 gnificant numbers of neurons containing both Fluoro-Gold and CRH mRNA were seen in the lateral hypoth
20                       The retrograde tracers Fluoro-Gold and DiI were injected into sensory-motor and
21 e of populations of neurons labeled for both Fluoro-Gold and GABA in the ventromedial hypothalamus.
22 abeled, immunopositively labeled, as well as Fluoro-Gold and GABA labeled cells, were identified in t
23 alamus that were labeled positively for both Fluoro-Gold and glutamate.
24 trograde labeling with systemically injected Fluoro-Gold and intracellular injection of neurons in a
25 ic acid, domoic acid, 3-nitropropionic acid, Fluoro-Gold and isoniazid are demonstrated and character
26 pinal injections of dual retrograde tracers (Fluoro-Gold and true blue).
27 retrograde transport of the fluorescent dyes Fluoro-Gold and True Blue.
28                                Specifically, Fluoro-Gold and/or cholera toxin were injected into disc
29 ed various tracers (cholera toxin B subunit, Fluoro-Gold, and fluorescent latex microspheres) into th
30 dely labeled from SON-targeted injections of fluoro-gold, and FOS-immunoreactivity (FOS-ir) was used
31 ster) were infused with a retrograde tracer, Fluoro-Gold, and tested for affiliation and aggression t
32 tations, autonomic ganglia were stained with Fluoro-gold, and tissues were examined in whole mounts.
33  that permeabilities of enamel and dentin to Fluoro-Gold are age-related, inter-dependent, and regula
34 phoretic injections of the retrograde tracer Fluoro-Gold at the physiologically characterized sites.
35 report the two-photon excitation spectrum of Fluoro-Gold between 720 and 990 nm, and its fluorescence
36 rescence microscopy enables visualization of Fluoro-Gold, but lacks depth discrimination.
37  and in addition, used the retrograde tracer Fluoro-gold combined with c-Fos to assess the involvemen
38 ere conducted to visualize c-Fos protein and Fluoro-Gold concomitantly.
39         Retrograde labeling from the Ce with Fluoro-gold demonstrated that elPB neurons have long den
40               Lesioned animals not receiving Fluoro-Gold exhibited the same markers of apoptosis.
41                      Dual immunostaining for Fluoro-Gold (FG) and ER alpha or FG and AR showed that o
42              Dual retrograde axonal tracers, Fluoro-Gold (FG) and true blue (TB), were used in conjun
43                      Retrograde transport of Fluoro-Gold (FG) from the rostral dentate gyrus revealed
44 s employed to localize the retrograde tracer fluoro-gold (FG) in cells expressing tyrosine hydroxylas
45     This region of the VLM was injected with Fluoro-Gold (FG) in eight rats, four of which received P
46           Deposits of the retrograde tracers Fluoro-Gold (FG) in the spinal cord dorsal horn and DiI
47 NK1R-ir neurons were retrogradely labeled by Fluoro-Gold (FG) injected in the contralateral pre-BotC
48 urons that were also retrogradely labeled by Fluoro-Gold (FG) injections in the spinal cord.
49 s and terminals in cardiac ganglia following Fluoro-Gold (FG) injections to label cardiac ganglia, an
50 ived stereotaxic iontophoretic injections of Fluoro-Gold (FG) into field CA3.
51     After injection of the retrograde tracer Fluoro-Gold (FG) into SNc, the rats received pairings of
52                                  Infusion of Fluoro-Gold (FG) into the striatum was followed 1 week l
53 dorsal column nuclei following injections of Fluoro-Gold (FG) into the thalamus, and a small unilater
54                           After injection of Fluoro-Gold (FG) into the upper thoracic spinal cord, ne
55 evaluated by injecting the retrograde tracer Fluoro-Gold (FG) into ventral thalamic nuclei.
56 ry relay neurons; 2) retrograde transport of Fluoro-Gold (FG) or cholera toxin B (CT-B) from NTS-X to
57  projecting to the NAcc were identified with Fluoro-Gold (FG) or cholera toxin B (CTb) retrograde tra
58                           Retrograde tracers Fluoro-Gold (FG) or cholera toxin subunit-B (CTB) were i
59 ions of GG neurons were labeled by injecting Fluoro-Gold (FG) or True Blue chloride into the anterior
60  parvalbumin (PV), by using a combination of Fluoro-Gold (FG) retrograde labeling and immunohistochem
61 in five male Sprague-Dawley rats by applying Fluoro-Gold (FG) topically to the dorsal root entry zone
62 d in 14 male Sprague-Dawley rats by applying Fluoro-Gold (FG) topically to the dorsal surface of the
63    In double-label control animals, in which Fluoro-Gold (FG) was applied to the spinal cord at 40% b
64                 To address this possibility, Fluoro-Gold (FG) was injected into accumbens subterritor
65 ion of nPGi afferents, the retrograde tracer Fluoro-Gold (FG) was injected into the nPGi of sexually
66                        The retrograde tracer Fluoro-Gold (FG) was microinjected into the anterior or
67 g neuronal markers and the retrograde tracer Fluoro-Gold (FG) were used to identify commissurally pro
68                             Three days after Fluoro-Gold (FG), a retrogradely transported tracer, had
69 s were subjected to retrograde labeling with Fluoro-Gold (FG), following which IOP was elevated in on
70 4 weeks after injection of retrograde tracer Fluoro-Gold (FG), True Blue (TB) or Fluoro-Ruby (FR) in
71 mmunolabeling for a retrograde tract tracer, Fluoro-Gold (FG), with in situ hybridization for VGLUT2
72 ons were injected with the retrograde tracer Fluoro-Gold (FG).
73 elabeled by bilateral tectal injection of 5% Fluoro-Gold (FG).
74                             Both retrograde [Fluoro-Gold (FG)] and anterograde [Phasoleus vulgaris-le
75 eal (True-Blue, TB) and infraorbital nerves (Fluoro-Gold, FG) showed that at the trigeminal ganglion
76 trograde labeling with systemically injected Fluoro-Gold, followed by intracellular injection of labe
77                              The majority of Fluoro-gold/Fos labeled neurons were detected in the par
78 ized with the MePO neurons back labeled with fluoro-gold from the SON.
79 ny medullary cells retrogradely labeled with Fluoro-Gold from the spinal cord (T2; four rats).
80 .1% of RVM neurons retrogradely labeled with Fluoro-Gold from the spinal cord were also labeled with
81 ic neurons, identified in rats injected with Fluoro-Gold i.p. prior to PRV inoculation of the spleen,
82 Injections of biotinylated dextran amine and Fluoro-Gold in the ICX retrogradely labelled neurons in
83                            Retrograde tracer Fluoro-Gold injected into the RTN labelled a subset of c
84 radely prelabeled with a fluorescent tracer, Fluoro-Gold, injected in the inferior colliculus were in
85  neurons were responsive to GH in the PVH of Fluoro-Gold-injected mice.
86  two-thirds of the cells were ipsilateral to Fluoro-Gold injection sites in both the RVLM and CVLM, a
87 HVC but could not be retrogradely labeled by Fluoro-Gold injections in the robust nucleus of the arch
88                                        After Fluoro-Gold injections into the SCN, retrogradely labele
89                                              Fluoro-Gold injections that filled most of the hypothala
90 rospinal connections were assessed following Fluoro-Gold injections, caudal to the hemisection.
91 ling procedures following microinjections of Fluoro-Gold into defensive rage sites in the dorsal PAG
92 ne-B into the dorsal raphe nucleus (DRN) and Fluoro-Gold into the lateral geniculate nucleus (LGN) re
93 T, and introduction of the retrograde tracer Fluoro-Gold into the lesion site.
94 tion and injections of the retrograde tracer Fluoro-Gold into the medial prefrontal and primary somat
95                          After injections of Fluoro-Gold into the mediodorsal thalamic nucleus, retro
96        Here, we have used microinjections of Fluoro-Gold into the OPN (pretectum and superior collicu
97  injected the retrograde monosynaptic tracer Fluoro-Gold into the PFC and the anterograde monosynapti
98            Deposits of the retrograde tracer Fluoro-Gold into the ventrolateral nucleus reticularis p
99          Injections of the retrograde tracer Fluoro-Gold into these areas labeled neurons in the CPA
100 in-dextran, Fluoro-Ruby, Fluoro-Emerald, and Fluoro-Gold) into the facial and hypoglossal nuclei of t
101                                              Fluoro-Gold is a fluorescent neuronal tracer suitable fo
102                           We have found that Fluoro-Gold is useful for examining tooth permeability,
103 stem via two-photon excitation microscopy of Fluoro-Gold labeled facial motor nuclei.
104                                              Fluoro-Gold-labeled cells were counted in series of sect
105  no effect on the number and distribution of Fluoro-Gold-labeled neuroendocrine neurons in the rat ar
106                              Deep imaging of Fluoro-Gold-labeled neurons carries potential to advance
107                                      Initial fluoro-gold labeling experiments following a T1 hemisect
108 motor nucleus of the vagus (DMNV), including Fluoro-gold-labelled parasympathetic preganglionic neuro
109                                      DiI and Fluoro-Gold microinjection at the site of shock applicat
110 n amine, Phaseolus vulgaris leucoagglutinin, Fluoro-Gold or tetramethylrhodamine dextran amine into e
111                                Injections of Fluoro-Gold placed in these two structures were used to
112               At 2-4 weeks, fewer cells were Fluoro-Gold-positive (24.6 +/- 65.06 to 25.3 +/- 6.4/med
113                                              Fluoro-Gold-positive cells showed increased caspase-3 an
114 tia nigra dopaminergic neurons assessed by a Fluoro-gold prelabeling method, a decline in striatal do
115                                      We used Fluoro-Gold-prelabeling techniques, immunohistochemistry
116 roscopy and immunocytochemistry to show that Fluoro-Gold rapidly penetrates enamel, the dentin-enamel
117 ted, and optimal single-photon excitation of Fluoro-Gold requires an unconventional ultraviolet excit
118 via intramuscular injections of Fast Blue or Fluoro Gold, respectively.
119 eritoneal injection of the retrograde tracer Fluoro-Gold resulted in the labeling of 40% of hypophysi
120 case, rats had received an I.P. injection of Fluoro-gold solution (10 microg) 2-3 days earlier.
121 th four tracers, cholera toxin-beta subunit, Fluoro-Gold, the Bartha strain of pseudorabies virus, an
122 lations of neurons had been pre-labeled with Fluoro-Gold to allow identification.
123 al activity, Fos, with the retrograde tracer Fluoro-Gold to assess activation in this pathway during
124 beled from both sites and were injected with Fluoro-Gold to determine whether PdPN and lateral MeApd
125 present study, we used the retrograde tracer Fluoro-Gold to examine this hypothesis.
126 onnectivity of the mouse RE using retrograde Fluoro-Gold tracing.
127  RFRP-3 fibers in the median eminence and of Fluoro-Gold uptake from the periphery imply that the act
128 rent tracers were injected either centrally (Fluoro-Gold: ventral Vi/Vc, or MDH) or peripherally (whe
129                                              Fluoro-Gold was administered intraperitoneally to retrog
130                                              Fluoro-Gold was also applied to the dorsomedial hypothal
131 re this study with previous in vivo studies, Fluoro-Gold was injected in vivo into either the olfacto
132                        The retrograde tracer Fluoro-Gold was injected into different parts of the VTA
133                        The retrograde tracer Fluoro-Gold was injected into the RVLM or CVLM of these
134                                              Fluoro-Gold was injected intraperitoneally to countersta
135 de axonal tract tracing procedures, in which Fluoro-Gold was microinjected into the lateral hypothala
136               A pledget of Gelfoam soaked in Fluoro-Gold was placed at the thoracolumbar junction of
137             Therefore, the retrograde tracer Fluoro-Gold was used to characterize the STT at several
138 ransported tracer, horseradish peroxidase or Fluoro-Gold, was injected into the spinal cord of Platyr
139 is leucoagglutinin and the retrograde tracer Fluoro-Gold, we examined the efferent projections of MO
140 Discrete injections of the retrograde tracer Fluoro-gold were delivered to the PVN, and rats were sub
141 vealed that neurons labeled for both CCK and Fluoro-Gold were located in the dorsolateral aspect of t
142 targets, injections of the retrograde tracer Fluoro-Gold were made into known targets of second-order
143 l field, injections of the retrograde tracer Fluoro-Gold were placed into the rostral Wulst.
144 mmunoreactivity and retrograde labeling with fluoro-gold were used in this study to determine whether
145 cells, identified by retrograde transport of Fluoro-Gold, were found in M1 (57.5 +/- 9.6/median secti
146                                              Fluoro-Gold, when injected into the ventral tegmental ar
147             Optimal two-photon excitation of Fluoro-Gold within microscope tuning range occurred at 7

 
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