Article: PCORI Research prioritization topic briefs

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Topic 3 in this report titled "Compare the relative effectiveness of different treatment strategies for osteoarthritis in populations likely to experience disparities" was co-written by Northwestern Health Sciences University researcher Mary Forte.

Article: Design, synthesis, and evaluation of novel N-1 fluroquinolone derivatives

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Article co-written by Northwestern Health Sciences University faculty member Lisa Oppegard. The article was published in Bioorganic & Medicinal Chemistry Letters and was made available online by HHS Public Access in June 2019. Citation: Bioorg Med Chem Lett. 2018 June 01; 28(10); 1903-1910.
Abstract

Structural studies of topoisomerase-fluoroquinolone-DNA ternary complexes revealed a cavity between the quinolone N-1 position and the active site tyrosine. Fluoroquinolone derivatives having positively charged or aromatic moieties extended from the N-1 position were designed to probe for binding contacts with the phosphotyrosine residue in ternary complex. While alkylamine, alkylphthalimide, and alkylphenyl groups introduced at the N-1 position afforded derivatives that maintained modest inhibition of the supercoiling activity of DNA gyrase, none retained ability to poison DNA gyrase. Thus, the addition of a large and/or long moiety at the N-1 position disrupts ternary complex formation, and retained ability to inhibit supercoiling is likely through interference with the strand breakage reaction. Two derivatives were found to possess inhibitory effects on the decatenation activity of human topoisomerase II.

Article: Evidence informed practice as the catalyst for culture change in CAM

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Article co-written by Northwestern Health Sciences University researchers Michele Maiers and Roni Evans. The article was published in Explore (NY) and was made available online by NIH/National Library of Medicine in 2011. Citation: Explore (NY). 2012 Jan-Feb; 8(1); 68-72.
Abstract

The NCCAM-funded R25 project has provided the impetus for meaningful culture change at Northwestern Health Sciences University (NWHSU) which, over the long term, can affect the professional culture of our CAM constituents. Benefiting from a unique collaboration with the University of Minnesota Center for Spirituality and Healing, we are making substantial progress in developing our CAM professionals' research-related skill sets so that they may truly learn and practice in evidence informed ways.

Article: Craniocervical junction visualization and radiation dose consideration utilizing cone beam conputed tomography for upper cervical chiropractic clinical application a literature review

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Article co-written by Northwestern Health Sciences University staff member Greg DeNunzio. The article was published in Dose-Response Journal and was made available online by Sage Journals in June 2022.
Abstract

  Objectives: To highlight the detail obtained on a Cone Beam Computed Tomography (CBCT) scan of the craniocervical junction and its usefulness to Chiropractors who specialize in the upper cervical spine. A review of the dose considerations to patients vs radiography in a chiropractic clinical setting and to review the effective radiation dose to the patient.

Methods: A review of studies discussing cervical biomechanics, neurovascular structures, and abnormal radiographic findings, was discussed in relation to chiropractic clinical relevance. Further studies were evaluated demonstrating radiation dose to the patient from radiographs compared to CBCT.

Results: Incidental and abnormal findings of the craniocervical junction were shown to have superior visualization with CBCT compared to radiography. The radiation dose to the patient for similar imaging protocols to the craniocervical junction and cervical spine was equal or less utilizing CBCT when compared to radiographs.

Conclusions: The use of CBCT for visualization of the craniocervical junction and cervical spine in the chiropractic clinical setting allows for adjunctive visualization of the osseous structures which is germane to clinical protocol. Further with CBCT the effective dose to the patient is equal or less than similar imaging protocols utilizing radiographs to evaluate the craniocervical junction.

 

Presentation: Cultivating compassion: the aging game

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Northwestern Health Sciences University faculty member Paul Osterbauer gave a presentation during the university's Faculty Development Conference, held on July 22, 2015.
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Compassion in aging refers to the empathetic and supportive attitudes and actions directed toward older adults, recognizing their unique challenges, experiences, and contributions to society. Compassion plays a crucial role in promoting the well-being of older adults, enhancing their quality of life, and addressing the stigma often associated with aging.

Presentation: Spinal manipulation performance

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Workshop co-presented by Northwestern Health Sciences University faculty member Paul Osterbauer during the Association of Chiropractic Colleges Research Agenda Conference that was held in Carrolton, Texas from March 8-10, 2018.