Rat and mouse models are widely used for studies in cognition and pathophysiology, among
others. Here, we sought to determine to what extent these two model species differ for …

… superolateral branch of the medial forebrain bundle (slMFB), … rodent, the MFB stretches
bilaterally from the midbrain ventral tegmental area (VTA) to the olfactory tubercle in the forebrain …

… In addition, we see that there is no evidence of a MT-like area in members of the sister taxon
(rodents and lagomorphs) to archontan mammals (primates, tree shrews and flying lemurs). …

… Using the Klüver–Barrera technique, we found similar conditions in a number of myomorph
rodent species belonging to different genera (not shown) including the African Namaqua …

… stroke in adult rodents and primates increases neurogenesis in the persistent forebrain …
damage and form neurons in otherwise dormant forebrain regions, such as the neostriatum and …

… In tropical and subtropical parts of the world, bats also are exceedingly abundant mammals
in individual numbers, probably surpassing the rodents in relatively undisturbed habitats …

… While the function of the forebrain cholinergic system has been studied in both rodents and
… , to date, more or less been studied exclusively in rodents. It is likely, however, that the key …

… This chapter reviews a subset of the field of hormonal regulation of feminine sexual behavior
in rodents with the emphasis on rats. It focuses on the roles of hormones and afferent input …

… Using an animal model of depression, we aimed to explore the effects of MFB (in rodents
the supero-lateral branch is not defined) DBS that has been shown to have anti-depressant …

… However, these cholinergic corticopetal neurons represent only about 20% of the total
cell population in the BF in rodents. Other projection and locally arborizing neurons in the BF …