This study evaluated the prevalence of depression, sexual abuse, and physical abuse among women diagnosed with interstitial cystitis (IC). One hundred forty-one subjects completed the validated Beck's Depression Inventory II Questionnaire (BDI-II) and the validated Drossman Abuse Questionnaire. Ninety-seven (69%) subjects scored 14 or higher on the BDI-II, corresponding to depression. When compared to the US prevalence of 9%, this was significantly higher. Fifty-one subjects (36%) reported sexual abuse which is higher than the US average. The prevalence of childhood sexual abuse in the sample was not significantly different than the US average. The prevalence of physical abuse in the sample was not statistically different than the US average. Women with IC appear to have a higher prevalence of depression and sexual abuse than the general population. Women with IC should be screened for depression and abuse and referred to a mental health expert as necessary for treatment.

In normal rats callosal projections in striate cortex connect retinotopically corresponding, nonmirror-symmetric cortical loci, whereas in rats bilaterally enucleated at birth, callosal fibers connect topographically mismatched, mirror-symmetric loci. Moreover, retina input specifies the topography of callosal projections by postnatal day (P)6. To investigate whether retinal input guides development of callosal maps by promoting either the corrective pruning of exuberant axon branches or the specific ingrowth and elaboration of axon branches at topographically correct places, we studied the topography of emerging callosal connections at and immediately after P6. After restricted intracortical injections of anterogradely and retrogradely transported tracers we observed that the normal, nonmirror-symmetric callosal map, as well as the anomalous, mirror-symmetric map observed in neonatally enucleated animals, are present by P6-7, just as collateral branches of simple architecture emerge from their parental axons and grow into superficial cortical layers. Our results therefore do not support the idea that retinal input guides callosal map formation by primarily promoting the large-scale elimination of long, nontopographic branches and arbors. Instead, they suggest that retinal input specifies the sites on the parental axons from which interstitial branches will grow to invade middle and upper cortical layers, thereby ensuring that the location of invading interstitial branches is accurately related to the topographical location of the soma that gives rise to the parental axon. Moreover, our results from enucleated rats suggest that the cues that determine the mirror-symmetric callosal map exert only a weak control on the topography of fiber ingrowth.

No abstract

No abstract