Association of Generalized Joint Hypermobility and Occurrence of Musculoskeletal Injury in Physical and Occupational Therapy Students

Background: A prior research study showed that the prevalence of hypermobility was higher among Physical and Occupational Therapy students as compared to the general population. The literature shows that certain injury rates are higher among those who are hypermobile. This has led to the question of whether or not hypermobility is directly related to injury and recurrence of injury. Purpose: The purpose of this study was to assess Physical Therapy (PT) and Occupational Therapy (OT) students for hypermobility as well as survey previous injury history. This study analyzed the prevalence of hypermobility with types of injuries in order to determine if a relationship exists. Methods: Eighty-six subjects (24 male, 62 female) were assessed for hypermobility using the nine point Beighton Scale of Hypermobility. A score of four or higher out of nine indicated the presence of joint hypermobility. Participants filled out a survey regarding current activity level, previous and current athletic participation, injury history regarding type and mechanism of injury. Results: The prevalence of hypermobility among PT and OT students was found to be 39.5%, a rate five times greater than the general population. Reported injuries were grouped into the following classifications prior to statistical analysis: sprains, ligament rupture, strain/contusion, fracture, and dislocation. Non-hypermobile participants were more likely to have experienced a strain type injury (l(1, N=86) =5.059, p=0.024). No other statistically significant results were found, although fracture rates showed a trend of occurring more frequently in non-hypermobile participants (p=O.167). Conclusion: The prevalence of joint hypermobility is higher among Physical and Occupational Therapy students than the general population. Injury rates are high among both PT and OT populations, with strains occurring more frequently in non-hypermobile subjects. In the future, increased sample size, as well as inclusion of the general student population may lead to a greater significance in research results. Further research is needed to determine the extent of such correlation

Discovery and Annotation of Two Phages that Infect Microbacterium foliorum: Tedro and Bajuniper

We isolated and purified Tedro and BAjuniper which infect the host Microbacterium foliorium. Tedro is a lytic, cluster EF phage isolated from soil collected in Hawarden, Iowa. Its genome is 56,197 bp long, circularly permuted, and includes 83 protein-coding genes and no tRNA genes. We are examining two of Tedro’s genes, genes 56 and 57, both of which are predicted to encode a DnaE-like DNA polymerase III (alpha) in more detail. Tedro_57 is twice as large as Tedro_56 so we are using additional bioinformatic tools to understand these genes. BAjuniper was isolated from soil collected in a garden in Orange City, Iowa. Its genome is 41,985 bp long. It was assigned to cluster EB. BAjuniper’s genome includes one tRNA gene and we will finalize BAjuniper’s annotation shortly