Retrospective Study of Long-Term Outcome of Phacoemulsification in 22 Feline Eyes with Presumed Congenital/Juvenile Cataracts (2007-2020).

The objective of this study was to determine the complication risk and prevalence after phacoemulsification in cats with presumed congenital/inherited cataracts. Twelve client-owned cats were included in the study. This retrospective study spanned 13 yr and involved 22 eyes. The median age at the time of surgery was 15 mo (range: 4.5-168 mo of age). Recorded complications were 3 eyes developed postoperative ocular hypertension, 1 eye developed glaucoma, 7 eyes developed feline herpes virus-1 signs, and 7 eyes developed postoperative uveitis >2 wk after surgery. No eyes had developed intraocular sarcomas at the time of their last exam. All eyes remained visual at last follow-up (range: 0.5-121 mo). Success was defined as a comfortable and visual eye without intraocular neoplasia, glaucoma, a partial or complete retinal detachment, or uveitis that occurred >2 wk after surgery or persisted longer than 2 wk. Twenty-one out of 22 eyes had a successful outcome. In this study, cats with presumed congenital/juvenile cataracts who underwent phacoemulsification had an excellent outcome.

Factors Influencing Omega-3 Index Status in Active-Duty Military Personnel.

BACKGROUND: This study assessed omega-3 fatty acid (O3FA) status, previous brain injury risk exposures, and associations between O3FA status and risk exposures among active-duty military personnel. METHODS: O3FA status was measured by a Holman omega-3 blood test. A survey was conducted to assess brain injury risk history and dietary O3FA factors. RESULTS: More than 50% of the participants had high-risk status, based on an omega-3 index (O3I) <4%, while less than 2% of the participants recorded low-risk O3I (>8%). O3FA supplementation (p<.001, Cramer's V=0.342) and fish consumption (p<.001, Cramer's V=0.210) were positively correlated with O3FA status. Only 5 O3FA supplement users (n=97 [5.2%]) had a low-risk O3I status, while all nonusers (n=223) had moderateto high-risk O3I status. CONCLUSIONS: Supplementing with O3FA was associated with better O3I status in this population. However, only a few participants achieved optimal O3I status even when taking an O3FA supplement. Participants who ate fish and did not supplement were in the moderateor high-risk O3I groups.

Does Mental and Visual Skills Training Improve High-Value Target Identification and Marksmanship Among Elite Soldiers?

BACKGROUND: The purpose of this preliminary investigation was to determine the impact of a mental and visual skills training (MVST) program on a high-value target identification and marksmanship (HVTM) task among Special Operations Forces (SOF) Soldiers. METHODS: Deidentified archival data for 52 male SOF Operators (age: 31.06 ± 4.10 years) were assessed to determine if differences in performance existed between MVST program users (n = 15) and nonusers (n = 37) on a HVTM task performed immediately after a Special Forces Advanced Urban Combat (SFAUC) stress shoot. Independent-samples t-tests were utilized to determine if significant mean score differences existed between groups on specific shooting elements within the HVTM task. Effect size calculations were also performed to assess the magnitude of differences between groups in each measure of performance. RESULTS: Statistically significant differences in performance were not discovered between MVST users and nonusers on overall score (Score) or any individual elements of the HVTM task. However, small to medium effect sizes (d = 0.305-0.493) were observed between groups in Score, Positive Identification Accuracy, Shot Accuracy, and Kill Shot Score. CONCLUSION: While inconclusive, these findings suggest the use of a MVST program administered by a trained cognitive performance specialist may have the potential to positively influence HVTM performance. More research using larger sample sizes is required to confirm this supposition.