Showing 1,961 - 1,980 results of 2,193 for search 'Torontál~', query time: 2.98s Refine Results
  1. 1961

    Neuromodulation of Attentional Control in Major Depression: A Pilot DeepTMS Study by Jodie Naim-Feil, John L. Bradshaw, Dianne M. Sheppard, Oded Rosenberg, Yechiel Levkovitz, Pinhas Dannon, Paul B. Fitzgerald, Moshe Isserles, Abraham Zangen

    Published 2016-01-01
    “…Both acute and long-term high-frequency repetitive frontal deepTMS ameliorated sustained attention deficits in the MDD group. …”
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    Article
  2. 1962

    Altered cortical network dynamics during observing and preparing action in patients with corticobasal syndrome by Marius Krösche, Christian J. Hartmann, Markus Butz, Alfons Schnitzler, Jan Hirschmann

    Published 2025-02-01
    “…This reduction was evident bilaterally in superior parietal, primary motor, premotor and inferior frontal cortex. During movement preparation, beta power suppression was also reduced in CBS patients, correlating with longer reaction times. …”
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    Article
  3. 1963
  4. 1964

    Hybrid Offset Position Encoding for Large-Scale Point Cloud Semantic Segmentation by Yu Xiao, Hui Wu, Yisheng Chen, Chongcheng Chen, Ruihai Dong, Ding Lin

    Published 2025-01-01
    “…RandLA-Net with HOPE achieved a 1.4% improvement on the large-scale outdoor dataset Toronto3D, all with minimal additional computational cost. …”
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  5. 1965
  6. 1966

    Standard reference values of the postural control in healthy young female adults in Germany: an observational study by David A Groneberg, Daniela Ohlendorf, Charlotte Doerry, Vanessa Fisch, Sebastian Schamberger, Christina Erbe, Eileen M Wanke

    Published 2019-06-01
    “…The average body sway was 9.50 mm in the frontal and 13.00 mm in the sagittal plane.Conclusions Standard values for the postural control of the women aged 21–30 years correlate with the already collected data of healthy subjects and can therefore be described as representative. …”
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    Article
  7. 1967

    Active versus sham transcranial direct current stimulation (tDCS) as an adjunct to varenicline treatment for smoking cessation: Study protocol for a double-blind single dummy rando... by Laurie Zawertailo, Helena Zhang, Noreen Rahmani, Tarek K Rajji, Peter Selby

    Published 2022-01-01
    “…<h4>Methods</h4>This is a double-blind, sham-controlled randomized clinical trial where fifty healthy smokers will be recruited in Toronto, Canada. Participants will be randomized 1:1 to either active tDCS (20 minutes at 2 mA) or sham tDCS (30 seconds at 2 mA, 19 minutes at 0 mA) for 10 daily sessions (2 weeks) plus 5 follow up sessions, occurring every two weeks for 10 weeks. …”
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  8. 1968
  9. 1969

    The Brain Activation of Two Motor Imagery Strategies in a Mental Rotation Task by Cancan Wang, Yuxuan Yang, Kewei Sun, Yifei Wang, Xiuchao Wang, Xufeng Liu

    Published 2024-12-01
    “…It is worth noting that the activation levels in the frontal eye fields (BA8), primary somatosensory cortex (BA1, 2, 3), primary motor cortex (BA4), and parietal cortex (BA40) of the kinesthetic imagery group were significantly higher than those in the visual imagery group. …”
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  10. 1970

    Kinematics, Kinetics and Muscle Activity Analysis during Single-leg Drop-jump Landing Followed by an Unanticipated Task: Focusing on Differences in Neurocognitive Function by Satoshi Shibata, Masahiro Takemura, Shumpei Miyakawa

    Published 2023-10-01
    “…Although trunk motion in the sagittal and frontal planes during single-leg drop-jump landing increases the ACL injury risk by affecting knee joint motion, the effect of trunk motion in the horizontal plane remains unclear…”
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  11. 1971
  12. 1972
  13. 1973
  14. 1974
  15. 1975

    Executive function deficit in patients with long COVID syndrome: A systematic review by Siti Maisarah Nasir, Noorazrul Yahya, Kah Hui Yap, Hanani Abdul Manan

    Published 2025-02-01
    “…The present study also revealed that EF deficits in long COVID patients are correlated with disruptions in the frontal and cerebellar regions, affecting processes such as nonverbal reasoning, executive aspects of language, and recall. …”
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  16. 1976
  17. 1977

    Harnessing silica nanoparticles grafted with ascorbic acid to alleviate oxidative stress and impaired brain activity in rats by Essia Hamdi, Slah Hidouri, Ana-Belén Muniz-Gonzalez, Marwa Kechnebbou, Salem Amara

    Published 2025-12-01
    “…Notably, malondialdehyde (MDA) levels, a marker of lipid peroxidation, were significantly reestablished in the frontal cortex and hippocampus following SiO2-NPs@AA. …”
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  18. 1978

    Effective Connectivity Study Guiding the Neuromodulation Intervention in Figurative Language Comprehension Using Optical Neuroimaging by Tania Alexandra Couto, Shiyang Xu, Paulo Armada da Silva, Chenggang Wu, Karl Neergaard, Meng-Yun Wang, Juan Zhang, Yutao Xiang, Zhen Yuan

    Published 2020-01-01
    “…Our results propose top-down mechanisms responsible for perceptive-attention engagement in the left anterior frontal cortex and bottom-up mechanism in the right hemispheres during the semantic integration of figurative language. …”
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    Article
  19. 1979

    Responsiveness Index versus the RASS-Based Method for Adjusting Sedation in Critically Ill Patients by Johanna E. Wennervirta, Mika O. K. Särkelä, Markus M. Kaila, Ville Pettilä

    Published 2021-01-01
    “…Sedation of intensive care patients is needed for patient safety, but deep sedation is associated with adverse outcomes. Frontal electromyogram-based Responsiveness Index (RI) aims to quantify the level of sedation and is scaled 0–100 (low index indicates deep sedation). …”
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  20. 1980

    Event segmentation in ADHD: neglect of social information and deviant theta activity point to a mechanism underlying ADHD by Christian Beste, Veit Roessner, Astrid Prochnow, Xianzhen Zhou, Foroogh Ghorbani, Bernhard Hommel

    Published 2024-06-01
    “…For the ADHD group, the inferior frontal cortex associated with attentional sampling served as a hub instead, indicating problems in the deployment of attentional control.Conclusions This study shows that adolescents with ADHD perceive events differently from their NT peers, in association with a different brain network architecture that reflects less adaptation to the situation and problems in attentional sampling of environmental information. …”
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