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Emily D. Drake,Angela S. Seckington,Stephanie G.B. Sullivan,Shannan Behrens 한국한의학연구원 2020 Integrative Medicine Research Vol.9 No.2
Background: The Sensory-Motor Auditory Visual Education (SAVE) Program is an intervention that utilizes an accelerated multisensory integration process to facilitate neuroplasticity. This study aimed to determine if the SAVE Program might benefit individuals with residual symptoms from a prior concussion. Methods: The study consists of two 1-hour sessions per day for 5 consecutive days. Five individuals were recruited and completed a symptom questionnaire, static postural assessment, auditory detection assessment, peripheral vision assessment, and a battery of computerized cognitive tests. Results: Following the treatment program, 5 individuals showed significant (p < 0.05) improvements in various reported symptoms, significant (p < 0.05) improvements in recognizing colors further from the center of a target, and better detection of an auditory stimulus in the right ear. All tested cognitive domains improved, except for episodic memory accuracy and choice reaction time. The most notable improvements were in planning latency (29.94%), planning accuracy (19%), and working memory accuracy (34.30%). The results of the balance assessment were mixed. Conclusion: The results suggested that the SAVE Program may be a beneficial treatment of residual symptoms from a prior concussion. However, the intrinsic caveats of a case series require more rigorous research.
J. A. Weicht,R. Rasch,G. Behrens,F. U. Hamelmann 대한금속·재료학회 2016 ELECTRONIC MATERIALS LETTERS Vol.12 No.4
For a precise prediction of the energy yield of amorphous (a-Si) and amorphous-microcrystalline tandem (a-Si/μc-Si) thinfilm-silicon photovoltaic (PV) modules it is important to knowtheir performance ratio under different light conditions. Theefficiency of solar modules is an important value for themonitoring and planning of PV-systems. The efficiency of a-Si solar modules shows no significant changes in theperformance ratio at clouded or clear sky conditions. Theefficiency of crystalline silicon-based (c-Si) and a-Si/μc-Sisolar modules shows a lower efficiency for fully cloudedconditions without direct irradiation compared to conditionswith direct irradiation (clear sky).
Kadara, H,Choi, M,Zhang, J.,Parra, E.R.,Rodriguez-Canales, J.,Gaffney, S.G.,Zhao, Z.,Behrens, C.,Fujimoto, J.,Chow, C.,Yoo, Y.,Kalhor, N.,Moran, C.,Rimm, D.,Swisher, S.,Gibbons, D.L.,Heymach, J.,Kafta Elsevier 2017 ANNALS OF ONCOLOGY Vol.28 No.1
<P>Conclusion(s): Our study highlights molecular and immune phenotypes that warrant further analysis for their roles in clinical outcomes and personalized immune-based therapy of LUAD.</P>
Choi, M.,Kadara, H.,Zhang, J.,Parra, E.R.,Rodriguez-Canales, J.,Gaffney, S.G.,Zhao, Z.,Behrens, C.,Fujimoto, J.,Chow, C.,Kim, K.,Kalhor, N.,Moran, C.,Rimm, D.,Swisher, S.,Gibbons, D.L.,Heymach, J.,Kaf Elsevier 2017 Annals of oncology Vol.28 No.1
<P>Conclusion(s): Our findings pinpoint mutated genes that may impact clinical outcome as well as personalized strategies for targeted immunotherapies in early-stage LUSC.</P>