CSV export

Details about the neuroanatomical projections from ILA to PMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
40646 Infralimbic areaDorsal premammillary nucleus moderateCTB
In the isocortex, a significant number of retrogradely labeled cells were found in the infralimbic and prelimbic areas, in addition to occasional marked neurons in the anterior cingulate and orbital areas (Fig. 3A,B).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from PL to PMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
40647 Prelimbic areaDorsal premammillary nucleus moderateCTB
In the isocortex, a significant number of retrogradely labeled cells were found in the infralimbic and prelimbic areas, in addition to occasional marked neurons in the anterior cingulate and orbital areas (Fig. 3A,B).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
40650 Prelimbic areaDorsal premammillary nucleus moderatePHAL
Correspondingly, a PHA-L injection involving the deep layers of the infralimbic and prelimbic areas labeled a moderate number of fibers with boutons in the PMd (Fig. 5A).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from ACAd to PMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
40648 Anterior cingulate area dorsal partDorsal premammillary nucleus lightCTB
In the isocortex, a significant number of retrogradely labeled cells were found in the infralimbic and prelimbic areas, in addition to occasional marked neurons in the anterior cingulate and orbital areas (Fig. 3A,B).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from ORBm to PMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
40649 Orbital area medial partDorsal premammillary nucleus lightCTB
In the isocortex, a significant number of retrogradely labeled cells were found in the infralimbic and prelimbic areas, in addition to occasional marked neurons in the anterior cingulate and orbital areas (Fig. 3A,B).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from LSr.vl.d.l to PMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
40651 Lateral septal nucleus rostral (rostroventral) part ventrolateral zone dorsal region lateral domainDorsal premammillary nucleus strongCTB
In the lateral septal nucleus, densely marked cells were observed in the rostral part of the nucleus distributed mainly through the dorsal region of the ventrolateral zone (LSr.vl.d) (Fig. 3C), and also to a lesser extent in the medial zone (LSr.m; for parcellation, see Risold and Swanson, 1997a).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from LSr.vl.d.m to PMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
40652 Lateral septal nucleus rostral (rostroventral) part ventrolateral zone dorsal region medial domainDorsal premammillary nucleus moderateCTB
In the lateral septal nucleus, densely marked cells were observed in the rostral part of the nucleus distributed mainly through the dorsal region of the ventrolateral zone (LSr.vl.d) (Fig. 3C), and also to a lesser extent in the medial zone (LSr.m; for parcellation, see Risold and Swanson, 1997a).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from BSTif to PMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
40653 Bed nuclei of the stria terminalis posterior division interfascicular nucleusDorsal premammillary nucleus moderateCTB
...in the septal region we have also observed a substantial number of labeled neurons in thecaudal half of the interfascicular nucleus of bed nuclei of the stria terminalis (BST) (Fig. 3D,E), whereas only a few retrogradely labeled cells could be found in other parts of the BST, including the principal, transverse, and ventral nuclei, as well as the anterodorsal area.
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from BSTpr to PMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
40654 Bed nuclei of the stria terminalis posterior division principal nucleusDorsal premammillary nucleus lightCTB
...in the septal region we have also observed a substantial number of labeled neurons in thecaudal half of the interfascicular nucleus of bed nuclei of the stria terminalis (BST) (Fig. 3D,E), whereas only a few retrogradely labeled cells could be found in other parts of the BST, including the principal, transverse, and ventral nuclei, as well as the anterodorsal area.
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from BSTtr to PMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
40655 Bed nuclei of the stria terminalis posterior division transverse nucleusDorsal premammillary nucleus lightCTB
...in the septal region we have also observed a substantial number of labeled neurons in thecaudal half of the interfascicular nucleus of bed nuclei of the stria terminalis (BST) (Fig. 3D,E), whereas only a few retrogradely labeled cells could be found in other parts of the BST, including the principal, transverse, and ventral nuclei, as well as the anterodorsal area.
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from BSTv to PMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
40656 Bed nuclei of the stria terminalis anterior division ventral nucleusDorsal premammillary nucleus lightCTB
...in the septal region we have also observed a substantial number of labeled neurons in thecaudal half of the interfascicular nucleus of bed nuclei of the stria terminalis (BST) (Fig. 3D,E), whereas only a few retrogradely labeled cells could be found in other parts of the BST, including the principal, transverse, and ventral nuclei, as well as the anterodorsal area.
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from BSTad to PMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
40657 Bed nuclei of the stria terminalis anterior division anterodorsal areaDorsal premammillary nucleus lightCTB
...in the septal region we have also observed a substantial number of labeled neurons in thecaudal half of the interfascicular nucleus of bed nuclei of the stria terminalis (BST) (Fig. 3D,E), whereas only a few retrogradely labeled cells could be found in other parts of the BST, including the principal, transverse, and ventral nuclei, as well as the anterodorsal area.
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from SUBv to PMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
40658 Subiculum ventral partDorsal premammillary nucleus moderateCTB
In the hippocampal formation, the pyramidal layer of intermediate portions of the ventral subiculum and field CA1 contained a significant number of faintly labeled cells (Fig. 3M).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
41082 Subiculum ventral partDorsal premammillary nucleus not presentPHAL
Collator note: PMd does not receive projections from this region, because all of the atlas levels were inspected and no label was found.
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from CA1 to PMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
40659 Field CA1Dorsal premammillary nucleus moderateCTB
In the hippocampal formation, the pyramidal layer of intermediate portions of the ventral subiculum and field CA1 contained a significant number of faintly labeled cells (Fig. 3M).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
40660 Field CA1Dorsal premammillary nucleus lightPHAL
With PHAL injections centered in these parts of the hippocampal formation, we could observe a moderate plexus of fibers in a region adjacent to the PMd, immediately ventral to the fornix, and only a small number of these fibers seemed to extend into the boundaries of the nucleus itself.
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
41085 Field CA1Dorsal premammillary nucleus not presentPHAL
Collator note: PMd does not receive projections from this region, because all of the atlas levels were inspected and no label was found.
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
41086 Field CA1Dorsal premammillary nucleus not presentPHAL
Collator note: PMd does not receive projections from this region, because all of the atlas levels were inspected and no label was found.
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
41089 Field CA1Dorsal premammillary nucleus not presentPHAL
Collator note: PMd does not receive projections from this region, because all of the atlas levels were inspected and no label was found.
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from MEAad to PMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
40661 Medial nucleus of the amygdala anterodorsal partDorsal premammillary nucleus moderateCTB
...marked cells were reliably observed in ventral parts of the medial amygdalar nucleus, including the anteroventral part and adjacent portions of the anterodorsal part, and the posteroventral part (Fig. 3H,J).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from MEAav to PMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
40662 Medial nucleus of the amygdala anteroventral partDorsal premammillary nucleus moderateCTB
...marked cells were reliably observed in ventral parts of the medial amygdalar nucleus, including the anteroventral part and adjacent portions of the anterodorsal part, and the posteroventral part (Fig. 3H,J).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from MEApv to PMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
40663 Medial nucleus of the amygdala posteroventral partDorsal premammillary nucleus moderateCTB
...marked cells were reliably observed in ventral parts of the medial amygdalar nucleus, including the anteroventral part and adjacent portions of the anterodorsal part, and the posteroventral part (Fig. 3H,J).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from MEApd-a to PMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
40664 Medial nucleus of the amygdala posterodorsal part,sublayer aDorsal premammillary nucleus lightCTB
...occasional labeled cells were also found in other parts of the medial amygdalar nucleus, as well as in other amygdalar nuclei, including the anterior cortical nucleus, anterior and posterior parts of the basomedial nucleus, posterior part of the basolateral nucleus, and posterior nucleus.
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from MEApd-b to PMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
40665 Medial nucleus of the amygdala posterodorsal part,sublayer bDorsal premammillary nucleus lightCTB
...occasional labeled cells were also found in other parts of the medial amygdalar nucleus, as well as in other amygdalar nuclei, including the anterior cortical nucleus, anterior and posterior parts of the basomedial nucleus, posterior part of the basolateral nucleus, and posterior nucleus.
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from MEApd-c to PMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
40666 Medial nucleus of the amygdala posterodorsal part,sublayer cDorsal premammillary nucleus lightCTB
...occasional labeled cells were also found in other parts of the medial amygdalar nucleus, as well as in other amygdalar nuclei, including the anterior cortical nucleus, anterior and posterior parts of the basomedial nucleus, posterior part of the basolateral nucleus, and posterior nucleus.
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from BLAp to PMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
40667 Basolateral nucleus of the amygdala posterior partDorsal premammillary nucleus lightCTB
...occasional labeled cells were also found in other parts of the medial amygdalar nucleus, as well as in other amygdalar nuclei, including the anterior cortical nucleus, anterior and posterior parts of the basomedial nucleus, posterior part of the basolateral nucleus, and posterior nucleus.
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from BMAa to PMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
40668 Basomedial nucleus of the amygdala anterior partDorsal premammillary nucleus lightCTB
...occasional labeled cells were also found in other parts of the medial amygdalar nucleus, as well as in other amygdalar nuclei, including the anterior cortical nucleus, anterior and posterior parts of the basomedial nucleus, posterior part of the basolateral nucleus, and posterior nucleus.
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from BMAp to PMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
40669 Basomedial nucleus of the amygdala posterior partDorsal premammillary nucleus lightCTB
...occasional labeled cells were also found in other parts of the medial amygdalar nucleus, as well as in other amygdalar nuclei, including the anterior cortical nucleus, anterior and posterior parts of the basomedial nucleus, posterior part of the basolateral nucleus, and posterior nucleus.
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from PA to PMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
40670 Posterior nucleus of the amygdalaDorsal premammillary nucleus lightCTB
...occasional labeled cells were also found in other parts of the medial amygdalar nucleus, as well as in other amygdalar nuclei, including the anterior cortical nucleus, anterior and posterior parts of the basomedial nucleus, posterior part of the basolateral nucleus, and posterior nucleus.
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from PVT to PMd

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40671 Paraventricular nucleus of the thalamusDorsal premammillary nucleus lightCTB
A few retrogradely labeled cells were found in the dorsal and ventral thalamus, in which scattered marked neurons were observed consistently in the rostral part of the paraventricular nucleus (Fig. 3E), parataenial nucleus (Fig. 3E), peripeduncular nucleus (Fig. 3M), and rostral pole of the zona incerta (Fig. 3H–J).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from PT to PMd

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40672 Parataenial nucleusDorsal premammillary nucleus lightCTB
A few retrogradely labeled cells were found in the dorsal and ventral thalamus, in which scattered marked neurons were observed consistently in the rostral part of the paraventricular nucleus (Fig. 3E), parataenial nucleus (Fig. 3E), peripeduncular nucleus (Fig. 3M), and rostral pole of the zona incerta (Fig. 3H–J).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from ZI to PMd

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40673 Zona incertaDorsal premammillary nucleus lightCTB
A few retrogradely labeled cells were found in the dorsal and ventral thalamus, in which scattered marked neurons were observed consistently in the rostral part of the paraventricular nucleus (Fig. 3E), parataenial nucleus (Fig. 3E), peripeduncular nucleus (Fig. 3M), and rostral pole of the zona incerta (Fig. 3H–J).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from PP to PMd

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40674 Peripeduncular nucleusDorsal premammillary nucleus lightCTB
A few retrogradely labeled cells were found in the dorsal and ventral thalamus, in which scattered marked neurons were observed consistently in the rostral part of the paraventricular nucleus (Fig. 3E), parataenial nucleus (Fig. 3E), peripeduncular nucleus (Fig. 3M), and rostral pole of the zona incerta (Fig. 3H–J).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from LPO to PMd

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40675 Lateral preoptic areaDorsal premammillary nucleus lightCTB
In the preoptic region, only scattered labeled cells were observed in the lateral preoptic area and in the undifferentiated part of the medial preoptic area.
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from MPO to PMd

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40676 Medial preoptic areaDorsal premammillary nucleus lightCTB
In the preoptic region, only scattered labeled cells were observed in the lateral preoptic area and in the undifferentiated part of the medial preoptic area.
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from AHNa to PMd

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40677 Anterior hypothalamic nucleus anterior partDorsal premammillary nucleus strongCTB
The anterior hypothalamic nucleus contained the largest number of retrogradely labeled cells in the experiments with CTb deposits confined to the PMd, which were distributed throughout the nucleus, and appeared to be more densely clustered toward its caudal end (Figs. 3E–I, 4A).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from AHNc to PMd

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40678 Anterior hypothalamic central partDorsal premammillary nucleus strongCTB
The anterior hypothalamic nucleus contained the largest number of retrogradely labeled cells in the experiments with CTb deposits confined to the PMd, which were distributed throughout the nucleus, and appeared to be more densely clustered toward its caudal end (Figs. 3E–I, 4A).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from AHNp to PMd

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40679 Anterior hypothalamic posterior partDorsal premammillary nucleus strongCTB
The anterior hypothalamic nucleus contained the largest number of retrogradely labeled cells in the experiments with CTb deposits confined to the PMd, which were distributed throughout the nucleus, and appeared to be more densely clustered toward its caudal end (Figs. 3E–I, 4A).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from AHNd to PMd

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40680 Anterior hypothalamic dorsal partDorsal premammillary nucleus strongCTB
The anterior hypothalamic nucleus contained the largest number of retrogradely labeled cells in the experiments with CTb deposits confined to the PMd, which were distributed throughout the nucleus, and appeared to be more densely clustered toward its caudal end (Figs. 3E–I, 4A).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from LHA to PMd

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40681 Lateral hypothalamic areaDorsal premammillary nucleus strongCTB
...a cluster of marked cells was found in the lateral hypothalamic area immediately dorsal to the supraoptic nucleus, in a region that seems to overlap with the main site of projection of the lateral component of the retinohypothalamic tract (Figs. 3F,G, 4C).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
40682 Lateral hypothalamic areaDorsal premammillary nucleus strongPHAL
In one experiment, a PHAL deposit was virtually confined to the region densely targeted by the lateral component of the retinohypothalamic tract, which was labeled in the same experiment with a CTb deposit in the contralateral eye, and a dense plexus of PHAL anterogradely labeled fibers could be observed in the PMd (Fig. 6).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
40683 Lateral hypothalamic areaDorsal premammillary nucleus strongCTB
...at caudal levels of the anterior hypothalamic nucleus, a prominent cluster of labeled cells was also found just ventral to the fornix in the intermediate region of the lateral hypothalamic area (Figs. 3H,I, 4A).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
40688 Lateral hypothalamic areaDorsal premammillary nucleus moderate/strongCTB
...at caudal levels of the tuberal region, a cluster of retrogradely labeled cells was also found in the lateral hypothalamic area, immediately ventral to the fornix (Fig. 3K).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from VMHa to PMd

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40684 Ventromedial nucleus of the hypothalamus anterior partDorsal premammillary nucleus moderate/strongCTB
At tuberal levels of the hypothalamus, a large number of marked cells was observed in the anterior and dorsomedial parts of the ventromedial nucleus, whereas only a scattered retrograde labeling could be found in other parts of the nucleus (Figs. 3H–J, 4A,B).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from VMHdm to PMd

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40685 Ventromedial nucleus of the hypothalamus dorsomedial partDorsal premammillary nucleus moderate/strongCTB
At tuberal levels of the hypothalamus, a large number of marked cells was observed in the anterior and dorsomedial parts of the ventromedial nucleus, whereas only a scattered retrograde labeling could be found in other parts of the nucleus (Figs. 3H–J, 4A,B).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from VMHc to PMd

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40686 Ventromedial nucleus of the hypothalamus central partDorsal premammillary nucleus lightCTB
At tuberal levels of the hypothalamus, a large number of marked cells was observed in the anterior and dorsomedial parts of the ventromedial nucleus, whereas only a scattered retrograde labeling could be found in other parts of the nucleus (Figs. 3H–J, 4A,B).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from VMHvl to PMd

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40687 Ventromedial nucleus of the hypothalamus ventrolateral partDorsal premammillary nucleus lightCTB
At tuberal levels of the hypothalamus, a large number of marked cells was observed in the anterior and dorsomedial parts of the ventromedial nucleus, whereas only a scattered retrograde labeling could be found in other parts of the nucleus (Figs. 3H–J, 4A,B).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: Several control PHAL injections were also made into various areas that contained moderate to dense retrograde labeling in experiments with a CTb deposit confined to the PMd, including the infralimbic and prelimbic areas (two rats), interfascicular nucleus of the BST (one rat), intermediate portions of subiculum and field CA1 (three rats), retinoceptive region of the lateral hypothalamic area (two rats), intermediate lateral hypothalamic area at caudal levels of the anterior hypothalamic nucleus (one rat), and ventral tegmental nucleus (two rats).

Details about the neuroanatomical projections from PMv to PMd

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40689 Ventral premammillary nucleusDorsal premammillary nucleus lightCTB
At mammillary levels, a few retrogradely labeled cells were reliably observed in the ventral premammillary and posterior nuclei (Fig. 3L).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from PVp to PMd

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40690 Posterior periventricular nucleus of the hypothalamusDorsal premammillary nucleus lightCTB
At mammillary levels, a few retrogradely labeled cells were reliably observed in the ventral premammillary and posterior nuclei (Fig. 3L).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from VTN to PMd

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40691 Ventral tegmental nucleusDorsal premammillary nucleus strongCTB
Caudal to the diencephalon, an impressive number of retrogradely labeled cells was found densely clustered within the boundaries of the ventral tegmental nucleus (Figs. 3N, 4D).
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from PAGd to PMd

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40692 Periaqueductal gray dorsal divisionDorsal premammillary nucleus lightCTB
...scattered retrograde labeling was observed in the precommissural nucleus, dorsal parts of the periaqueductal gray, dorsal nucleus of the raphe´, laterodorsal tegmental nucleus, parabrachial nucleus, and nucleus incertus.
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from LDT to PMd

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40693 Laterodorsal tegmental nucleusDorsal premammillary nucleus lightCTB
...scattered retrograde labeling was observed in the precommissural nucleus, dorsal parts of the periaqueductal gray, dorsal nucleus of the raphe´, laterodorsal tegmental nucleus, parabrachial nucleus, and nucleus incertus.
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from PBlc to PMd

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40694 Parabrachial nucleus lateral division central lateral partDorsal premammillary nucleus lightCTB
...scattered retrograde labeling was observed in the precommissural nucleus, dorsal parts of the periaqueductal gray, dorsal nucleus of the raphe´, laterodorsal tegmental nucleus, parabrachial nucleus, and nucleus incertus.
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from DR to PMd

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40695 Dorsal nucleus rapheDorsal premammillary nucleus lightCTB
...scattered retrograde labeling was observed in the precommissural nucleus, dorsal parts of the periaqueductal gray, dorsal nucleus of the raphe´, laterodorsal tegmental nucleus, parabrachial nucleus, and nucleus incertus.
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from NIc to PMd

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40696 Nucleus incertus compact partDorsal premammillary nucleus lightCTB
...scattered retrograde labeling was observed in the precommissural nucleus, dorsal parts of the periaqueductal gray, dorsal nucleus of the raphe´, laterodorsal tegmental nucleus, parabrachial nucleus, and nucleus incertus.
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.

Details about the neuroanatomical projections from NId to PMd

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Report IDSending structure Receiving structureProjection strengthTechniqueGeneral description projectionCollatorAssociated reference
40697 Nucleus incertus diffuse partDorsal premammillary nucleus lightCTB
...scattered retrograde labeling was observed in the precommissural nucleus, dorsal parts of the periaqueductal gray, dorsal nucleus of the raphe´, laterodorsal tegmental nucleus, parabrachial nucleus, and nucleus incertus.
Comoli E., Ribeiro-Barbosa E.R. & Canteras N.S., 2000
General description technique/protocol: The distribution of neurons that project to the PMd was examined by using CTb as a retrograde tracer. As shown in Figure 1, in three experiments, the deposit of tracer appeared to be fairly confined to the PMd. The photomicrograph of a representative CTb injection site in the PMd (experiment CTb/CC#6) is shown in Figure 2, and the distribution of retrogradely labeled neurons from this experiment is illustrated schematically in Figure 3. The results of this experiment are described in detail because the injection site was entirely confined to the PMd and, at the same time, produced a robust retrograde labeling. Furthermore, the pattern of retrograde labeling in this experiment was representative of that seen in each of the other experiments with deposits centered in the PMd.