Impact of Providing a Living Learning Community for First-Year Pre-Pharmacy Students.

Objective. To conduct a retrospective cohort pilot study to evaluate the impact of a living learning community (LLC) designed for undergraduate pre-pharmacy students interested in pursuing a Doctor of Pharmacy (PharmD) degree program.Methods. Persistence, retention, and progression within the pre-pharmacy program, as well as grade point average (GPA) were measured for LLC students and their pre-pharmacy peers who did not participate in the LLC. Information was obtained from the university's data system and analyzed. Persistence was defined as the student continuing at the university from the fall to spring academic terms. Retention was defined as the student being enrolled at the university during a subsequent fall term. Progression was determined by whether the student had successfully completed the pre-pharmacy curriculum and began pharmacy school within two or three years of initial enrollment in the pre-pharmacy program.Results. Despite having admissions characteristics comparable to other pre-pharmacy students, students who participated in the LLC demonstrated significantly higher grade-point averages and retention than their peers who did not participate.Conclusion. Living learning community programs may be a valuable contributor to pre-pharmacy student success in terms of students' persistence, retention, and progression in a pre-pharmacy program.

Initial experience in self-monitoring of intraocular pressure.

BACKGROUND/AIMS: Diurnal variation in intraocular pressure (IOP) is a routine assessment in glaucoma management. Providing patients the opportunity to perform self-tonometry might empower them and free hospital resource. We previously demonstrated that 74% of patients can use the Icare® HOME tonometer. This study further explores Icare® HOME patient self-monitoring. METHODS: Patients were trained by standard protocol to use the Icare® HOME rebound tonometer. Patient self-tonometry was compared to Goldmann applanation tonometry (GAT) over one clinical day. Following this, each patient was instructed to undertake further data collection that evening and over the subsequent two days. RESULTS: Eighteen patients (35 eyes) participated. Good agreement was demonstrated between GAT and Icare® HOME for IOPs up to 15 mm Hg. Above this IOP the Icare® tended to over-read, largely explained by 2 patients with corneal thickness >600 um. The mean peak IOP during 'clinic hours' phasing was 16.7 mm Hg and 18.5 mm Hg (p = 0.24) over three days. An average range of 5.0, 7.0 and 9.8 mm Hg was shown during single day clinic, single day home and three day home phasing respectively (p =<0.001). The range of IOP was lower in eyes with prior trabeculectomy (6.1 mm Hg vs 12.2 mm Hg). All patients undertook one reading in the early morning at home with an average of 4.8 readings during, and 3.1 readings after office hours. CONCLUSIONS: This small study shows that self-tonometry is feasible. The findings from home phasing demonstrated higher peak and trough IOPs, providing additional clinical information. Home phasing is a viable alternative. The cost-effectiveness of this approach has yet to be addressed.

The Pulfrich Phenomenon: Practical Implications of the Assessment of Cases and Effectiveness of Treatment.

The Pulfrich phenomenon, originally described in normal observers, is a treatable disorder of the perception of movement in depth in cases of unilateral or asymmetric optic neuropathy. Treatment is highly bespoke and factors influencing treatment response and failure remain unclear. We assessed 25 adults with suspected Pulfrich phenomenon due to a range of conditions in two tertiary referral centres. Monocularly tinted spectacles were successful in reducing symptoms of the Pulfrich phenomenon under daylight conditions in nine subjects, eight of whom had optic neuritis. These spectacles were not effective at night and in patients with visual field defects due to ischaemic optic neuropathy, glaucoma, optic disc drusen or severe peripapillary retinal nerve fibre loss on optical coherence tomography.