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Using interactive voice response (IVR) technology, HealthCall was designed to enhance MI via daily patient self-monitoring calls to an automated [http://www.selleckchem.com/products/ipi-145-ink1197.html IPI-145 in vivo] telephone system with personalized feedback. We tested the efficacy of MI-only and MI+HealthCall for drinking reduction among HIV primary care patients. Parallel random assignment to control (n?=?88), MI-only (n?=?82) or MI+HealthCall (n?=?88). Counselors provided advice/education (control) or MI (MI-only or MI+HealthCall) at baseline. At 30 and 60 days (end-of-treatment), counselors briefly discussed drinking with patients, using HealthCall graphs with MI+HealthCall patients. Large urban HIV primary care clinic. Patients consuming ��4 drinks at least once in prior 30 days. Using time-line follow-back, primary outcome was number of drinks per drinking day, last 30 days. End-of-treatment number of drinks per drinking day (NumDD) means were 4.75, 3.94 and 3.58 in control, MI-only and MI+HealthCall, respectively (overall model ��2, d.f.?=?9.11,2, P?=?0.01). For contrasts of NumDD, P?=?0.01 for MI+HealthCall versus control; P?=?0.07 for MI-only versus control; and P?=?0.24 for MI+HealthCall versus MI-only. Secondary analysis indicated no intervention effects on NumDD among non-alcohol-dependent [http://www.selleckchem.com/products/BKM-120.html Buparlisib purchase] patients. However, for contrasts of NumDD among alcohol-dependent patients, P?[https://en.wikipedia.org/wiki/Oxacillin Oxacillin] alcohol-dependent patients in MI+HealthCall than others, effects were no longer significant. For alcohol-dependent HIV patients, enhancing MI with HealthCall may offer additional benefit, without extensive additional staff involvement. ""6459"	"Multicellular magnetotactic bacteria (MMB) are unique microorganisms typically comprised of 10�C40 bacterial cells arranged around a central acellular compartment. Their life cycle has no known unicellular stage and division occurs by separation of a single MMB aggregate into two identical offspring. In this study, South-seeking multicellular magnetotactic bacteria (ssMMB) were enriched from a New England salt marsh. When exposed to light, ssMMB reversed their magnetotactic behaviour to become North-seeking. The exposure time needed to generate the reversal response varied with light wavelength and intensity. Extensive exposure to light appeared to be lethal. This is the first report of a Northern hemisphere MMB displaying South-seeking behaviour and the first time a MMB is found to exhibit photo-magnetotaxis. We suggest that this mechanism enables ssMMB to optimize their location with regard to chemical gradients and light intensities, and propose a model to explain the peculiar balance between photo- and magnetotaxis.