Objective The purpose of this study was to examine the factors and prevalence rates associated with intimate partner violence (IPV) victimizations by nativity status among Hispanic women. Methods Data were pooled and analyzed from the 2010 to 2020 National Crime Victimization Survey. A total of 4309 Hispanic women who responded to the citizenship question were included in the final sample. Results IPV victimization was associated with nativity status for Hispanic women, and IPV prevalence was higher among U.S.‐born Hispanic women than foreign‐born Hispanic women. The factors of geographic region, relationship status, education level, occupation status, and substance abuse were associated with IPV victimization. Conclusion These findings have implications for positively impacting culturally competent preventative programs and interventions to reduce IPV victimizations for Hispanic women.

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<i>Intimate partner violence (IPV) is a severe public health and criminal justice issue that disproportionately affects women more than men. This sought to explore Latina experiences of IPV in the Rio Grande Valley (RGV). Twelve Latina IPV survivors from the RGV, ages 24 to 40 years old, were interviewed using purposive and snowball sampling methods. Several primary themes were discovered: </i><i>types of abuse; perceived reasons for the abuse; education and economic insecurity; why stay or leave an abusive relationship; the criminal justice system’s role; and self-blaming. All participants (n = 12) were college educated and endured IPV victimization at the hands of their male significant others. This study should be replicated on a larger scale to determine if the results are representative of all RGV IPV victims. These findings have implications for positively affecting IPV prevention, services, and interventions to reduce Latina IPV victimizations in the RGV. </i>

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Streptomyces are common soil bacteria that produce secondary metabolites, including several antibiotics; however, the characteristics of marine Streptomyces are largely unknown. Sediment samples were taken from 3 sites in the Laguna Madre to isolate marine Streptomyces. Sediment was diluted, spread onto synthetic seawater media to estimate the total bacterial density of the samples and spread onto starch casein agar to isolate Streptomyces. Isolated Streptomyces were tested for salinity tolerance and optimal growth pH. Isolates were assayed using API 20E^® test strips and BIOLOG^™ plates to construct biochemical profiles and assess nutrient utilization abilities of the bacteria, respectively. Individual Streptomyces were tested for the ability to inhibit the growth of other isolated Streptomyces (i.e., interference competition) and putatively identified by DNA sequencing. Results showed that there was no significant difference in microbial density in sediments from the 3 sampling sites. Eleven (11) Streptomyces pure cultures were obtained in total; most tolerated salinity up to 60 ppt and grew optimally at pH 7.5. Biochemical profile comparisons showed that the Streptomyces were only at least 74% similar; most (8/11) were >90% similar. Isolates could use between 87-95 carbon sources. Three (3) isolates displayed interference toward other isolates. Ten (10) isolates were identified as Streptomyces griseus by DNA sequencing. Laguna Madre Streptomyces organisms display some diverse characteristics with regards to their halotolerance, biochemical profiles, carbon source utilization and inhibition toward other organisms. Further investigations may yield greater understanding of these organisms in this and other marine environments and may be a reservoir of novel microorganisms and secondary metabolites