We developed 21 microsatellite (13 dinucleotide and 8 tetranucleotide) primers specifically for pumas ( Puma concolor ). The primers were tested across 243 individuals from California and Nevada, and displayed an average of 5.5 alleles per locus. Previously, domestic cat ( Felis catus ) primers have been adapted for puma genetic studies. Puma-specific loci may reduce concerns associated with ascertainment bias, improve genetic structure resolution and provide additional tetranucleotide loci valuable for forensic applications. These pumaspecific microsatellites will aid studies involving parentage, kinship and population structure, along with forensic case applications including poaching and puma-associated injuries to humans and domestic animals.

Background and aim Opioid agonist medications for treatment of opioid use disorder (OUD) can improve human immunodeficiency virus (HIV) outcomes and reduce opioid use. We tested whether outpatient antagonist treatment with naltrexone could achieve similar results. Design Open‐label, non‐inferiority randomized trial. Setting Six US HIV primary care clinics. Participants A total of 114 participants with untreated HIV and OUD (62% male; 56% black, 12% Hispanic; positive for fentanyl (62%), other opioids (47%) and cocaine (60%) at baseline). Enrollment halted early due to slow recruitment. Intervention HIV clinic‐based extended‐release naltrexone (XR‐NTX; n = 55) versus treatment as usual (TAU) with buprenorphine or methadone (TAU; n = 59). Measurements Treatment group differences were compared for the primary outcome of viral suppression (HIV RNA ≤ 200 copies/ml) at 24 weeks and secondary outcomes included past 30‐day use of opioids at 24 weeks. Findings Fewer XR‐NTX participants initiated medication compared with TAU participants (47 versus 73%). The primary outcome of viral suppression was comparable for XR‐NTX (52.7%) and TAU (49.2%) [risk ratio (RR) = 1.064; 95% confidence interval (CI) = 0.748, 1.514] at 24 weeks. Non‐inferiority could not be demonstrated, as the lower confidence limit of the RR did not exceed the pre‐specified margin of 0.75 in intention‐to‐treat (ITT) analysis. The main secondary outcome of past 30‐day opioid use was comparable for XR‐NTX versus TAU (11.7 versus 14.8 days; mean difference = −3.1; 95% CI = –8.7, 1.1) in ITT analysis. Among those initiating medication, XR‐NTX resulted in fewer days of opioid use compared with TAU in the past 30 days (6.0 versus 13.6, mean difference = −7.6; 95% CI = –13.8, −0.2). Conclusions A randomized controlled trial found supportive, but not conclusive, evidence that human immunodeficiency virus clinic‐based extended‐release naltrexone is not inferior to treatment as usual for facilitating human immunodeficiency virus viral suppression. Participants who initiated extended‐release naltrexone used fewer opioids than those who received treatment as usual.

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Cocaine use in clinical trials is often measured via self-report, which can be inaccurate, or urine drug screens, which can be intrusive and burdensome. Devices that can automatically detect cocaine use and can be worn conveniently in daily life may provide several benefits. AutoSense is a wearable, physiological-monitoring suite that can detect cocaine use, but it may be limited as a method for monitoring cocaine use because it requires wearing a chestband with electrodes. This paper describes the design, rationale, and methodology of a project that seeks to build upon and extend previous work in the development of methods to detect cocaine use via wearable, unobtrusive mobile sensor technologies. To this end, a wrist-worn sensor suite (i.e., MotionSense HRV) will be developed and evaluated. Participants who use cocaine (N = 25) will be asked to wear MotionSense HRV and AutoSense for two weeks during waking hours. Drug use will be assessed via thrice-weekly urine drug screens and self-reports, and will be used to isolate periods of cocaine use that will be differentiated from other drug use. The present study will provide information on the feasibility and acceptability of using a wrist-worn device to detect cocaine use.

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