Skip to main content
. 2014 May 1;264(100):26–33. doi: 10.1016/j.bbr.2014.01.043

Table 1.

Nesting behavior correlates of Fos production in brain regions of adult zebra finches. Correlates were calculated using stepwise linear regression to identify behaviors performed by adult nesting zebra finches 50–80 min before sacrifice that predicted Fos production in sampled brain regions. When regression models included more than one behavior predicting Fos production in a single brain region, each behavior in the model is listed in the order of predictive power. Nesting behaviors are represented in bold.

Brain Region Acronym Sex Correlated behavior(s) β t p
Motor pathways
 Anterior striatum ASt Male Pick up 0.808 3.070 0.028
 Anterior nidopallium AN Male Pick up 0.801 6.451 0.003
 Anterior nidopallium AN Male Time spent singing 0.459 3.696 0.021
 Anterior ventral mesopallium AMV Male Pick up 0.807 3.061 0.028
Social behavior network
 Anterior hypothalamus AH Female Time in nest −0.771 −2.711 0.042
 Bed nucleus of the stria terminalis, ventromedial subdivision BSTmv Female Time in nest 1.043 5.399 0.006
 Bed nucleus of the stria terminalis, ventromedial subdivision BSTmv Female Preening 0.595 3.079 0.037
 Medial septum MS Male Put down −0.795 −2.928 0.033
Dopaminergic reward circuit
 Ventral tegmental area VTA Male Pick up 0.789 2.870 0.035