En la página 99 del tema 10 de audición y visión me he encontrado con las áreas TEO y las áreas TE
¿Qué leches es eso? No lo había oído jamás de los jamases
área TEO/ área TE
Moderador: Solebo
- Cristormor
- Residente del foro

- Mensajes: 10675
- Registrado: Mar Ago 15, 2006 12:36 pm
- Ubicación: Palencia
- Contactar:
No estoy muy segura, pero creo q el área TEO, es lo mismo q decir área Temporo-Occipital...
Lo de área TE, ya no sabría q decirte...tndría q verlo en el contexto de donde lo has sacado, pero tal vez se réfiera a las áreas del lóbulo Temporal...
Saludos!
Lo de área TE, ya no sabría q decirte...tndría q verlo en el contexto de donde lo has sacado, pero tal vez se réfiera a las áreas del lóbulo Temporal...
Saludos!
[align=center]

"La verdadera grandeza no se mide por lo que alcanzas, sino por lo que superas"[/align]

"La verdadera grandeza no se mide por lo que alcanzas, sino por lo que superas"[/align]
- angy
- Moderador/a Auxiliar

- Mensajes: 5940
- Registrado: Jue Ene 25, 2007 6:03 pm
- Ubicación: Entre Madrid y la Luna
- Agradecimiento recibido: 1 vez
creo q son areas de la corteza temporal inferior. Te pongo un articulillo q está en internet, y q espero que sepas inglés porque sino t vas a quedar como yo
pero parece que va sobre estas areas en monos no? jajaja
Connections of inferior temporal areas TE and TEO with medial temporal- lobe structures in infant and adult monkeys
MJ Webster, LG Ungerleider and J Bachevalier
Laboratory of Neuropsychology, National Institute of Mental Health, Bethesda, Maryland 20892.
As part of a long-term study designed to examine the ontogeny of visual memory in monkeys and its underlying neural circuitry, we have examined the connections between inferior temporal cortex and medial temporal- lobe structures in infant and adult monkeys. Inferior temporal cortical areas TEO and TE were injected with WGA conjugated to HRP and tritiated amino acids, respectively, or vice versa, in 1-week-old and 3-4-yr-old Macaca mulatta, and the distributions of labeled cells and terminals were examined in both limbic structures and temporal-lobe cortical areas. In adult monkeys, inferior temporal-limbic connections included projections from area TEO to the dorsal portion of the lateral nucleus of the amygdala and from area TE to the lateral and lateral basal nuclei; inputs to both areas TEO and TE included those from the lateral, lateral basal, and medial basal nuclei of the amygdala and to area TE from the accessory basal nucleus. Additional limbic inputs to both areas TEO and TE arose from the posterior portion of the presubiculum. In infant monkeys, we found, in addition to these adultlike connections, a projection from area TEO to the lateral basal nucleus of the amygdala. Inferior temporal cortical connections in adult monkeys included projections from area TEO to area TE and, in turn, from area TE to area TG and perirhinal area 36, as well as from area TE back to area TEO; inputs to both areas TEO and TE included those from area TG, perirhinal areas 35 and 36, and parahippocampal areas TF and TH. All of these adultlike connections were also observed in infant monkeys, but, in addition, the infants showed projections from area TE to perirhinal area 35 as well as to parahippocampal areas TF and TH, and from area TEO to area TF. Moreover, in infants, the projection from area TE to perirhinal area 36 was considerably more widespread than in adults, both in areal extent and in laminar distribution. The results therefore indicate the existence of projections in infant monkeys from inferior temporal areas to the amygdala, perirhinal cortex, and parahippocampal cortex that are either totally eliminated in adults or more refined in their distribution. Both elimination and refinement of projections thus appear to characterize the maturation of axonal pathways between the inferior temporal cortex and medial temporal-lobe structures in monkeys.
Connections of inferior temporal areas TE and TEO with medial temporal- lobe structures in infant and adult monkeys
MJ Webster, LG Ungerleider and J Bachevalier
Laboratory of Neuropsychology, National Institute of Mental Health, Bethesda, Maryland 20892.
As part of a long-term study designed to examine the ontogeny of visual memory in monkeys and its underlying neural circuitry, we have examined the connections between inferior temporal cortex and medial temporal- lobe structures in infant and adult monkeys. Inferior temporal cortical areas TEO and TE were injected with WGA conjugated to HRP and tritiated amino acids, respectively, or vice versa, in 1-week-old and 3-4-yr-old Macaca mulatta, and the distributions of labeled cells and terminals were examined in both limbic structures and temporal-lobe cortical areas. In adult monkeys, inferior temporal-limbic connections included projections from area TEO to the dorsal portion of the lateral nucleus of the amygdala and from area TE to the lateral and lateral basal nuclei; inputs to both areas TEO and TE included those from the lateral, lateral basal, and medial basal nuclei of the amygdala and to area TE from the accessory basal nucleus. Additional limbic inputs to both areas TEO and TE arose from the posterior portion of the presubiculum. In infant monkeys, we found, in addition to these adultlike connections, a projection from area TEO to the lateral basal nucleus of the amygdala. Inferior temporal cortical connections in adult monkeys included projections from area TEO to area TE and, in turn, from area TE to area TG and perirhinal area 36, as well as from area TE back to area TEO; inputs to both areas TEO and TE included those from area TG, perirhinal areas 35 and 36, and parahippocampal areas TF and TH. All of these adultlike connections were also observed in infant monkeys, but, in addition, the infants showed projections from area TE to perirhinal area 35 as well as to parahippocampal areas TF and TH, and from area TEO to area TF. Moreover, in infants, the projection from area TE to perirhinal area 36 was considerably more widespread than in adults, both in areal extent and in laminar distribution. The results therefore indicate the existence of projections in infant monkeys from inferior temporal areas to the amygdala, perirhinal cortex, and parahippocampal cortex that are either totally eliminated in adults or more refined in their distribution. Both elimination and refinement of projections thus appear to characterize the maturation of axonal pathways between the inferior temporal cortex and medial temporal-lobe structures in monkeys.
- Cristormor
- Residente del foro

- Mensajes: 10675
- Registrado: Mar Ago 15, 2006 12:36 pm
- Ubicación: Palencia
- Contactar:
