Uluç Pamuk

Most-cited papers

1. MRI analyses show that kinesio taping affects much more than just the targeted superficial tissues and causes heterogeneous deformations within the whole limb.

   Uluç Pamuk, C. Yucesoy

   2015Journal of Biomechanics76 citations

   Semantic Scholar

   Save

2. Combined magnetic resonance and diffusion tensor imaging analyses provide a powerful tool for in vivo assessment of deformation along human muscle fibers.

   Uluç Pamuk, A. Karakuzu, C. Ozturk, B. Acar +1 more

   2016Journal of The Mechanical Behavior of Biomedical Materials57 citations

   Semantic Scholar

   Save

3. Magnetic resonance and diffusion tensor imaging analyses indicate heterogeneous strains along human medial gastrocnemius fascicles caused by submaximal plantar-flexion activity.

   A. Karakuzu, Uluç Pamuk, C. Ozturk, B. Acar +1 more

   2017Journal of Biomechanics55 citations

   Semantic Scholar

   Save

4. Principles of the Mechanism for Epimuscular Myofascial Loads Leading to Non-uniform Strain Distributions Along Muscle Fiber Direction: Finite Element Modeling

   Uluç Pamuk, A. O. Cankaya, C. Yucesoy

   2020Frontiers in Physiology8 citations Open access

   Semantic Scholar

   Save

5. Effects of Kinesio Taping on Muscle Contractile Properties: Assessment Using Tensiomyography.

   S. Yildiz, Uluç Pamuk, G. Baltaci, C. Yucesoy

   2021Journal of sport rehabilitation4 citations Open access

   Semantic Scholar

   Save

6. The effects of an activation-dependent increase in titin stiffness on whole muscle properties using finite element modeling.

   A. O. Cankaya, Uluç Pamuk, C. Yucesoy

   2020Journal of Biomechanics4 citations

   Semantic Scholar

   Save

7. Assessment of in-vivo skeletal muscle mechanics during joint motion using multimodal magnetic resonance imaging based approaches

   A. Karakuzu, Uluç Pamuk, C. Ozturk, C. Yucesoy

   2014National Biomedical Engineering Meeting1 citations

   Semantic Scholar

   Save

8. The role of intra- and epimuscular fasciae beyond being passive structural elements: MRI analyses indicate that they interfere with and affect muscle’s active mechanics

   Omer Batin Gozubuyuk, A. Karakuzu, Uluç Pamuk, C. Yucesoy

   2018Journal of Bodywork & Movement Therapies0 citations

   Semantic Scholar

   Save

9. MRI analyses indicate non-uniform human muscle tissue deformations and confirm theoretically anticipated sarcomere length heterogeneity, in vivo

   Uluç Pamuk, A. Karakuzu, Pinar Akyazi, B. Acar +2 more

   2014National Biomedical Engineering Meeting0 citations

   Semantic Scholar

   Save

10. MRG Analizleri Karmaşik İnsan Kasi Deformasyonlarinin Varliğina İşaret Etmekte ve Teorik Sarkomer Boy Heterojenitesi Beklentisini in vivo Koşulda Desteklemektedir MRI Analyses Indicate Non-uniform Human Muscle Tissue Deformations and Confirm Theoretically Anticipated Sarcomere Length Heterogeneity,

    Uluç Pamuk, A. Karakuzu, B. Acar, Cengizhan Ozturk

    20140 citations

    Semantic Scholar

    Save

11. QUANTIFICATION USING MRI ANALYSES SHOWS COMPLEX AND WIDESPREAD MECHANICAL EFFECTS OF KINESIO TAPING WITHIN A WHOLE LIMB

    Uluç Pamuk, A. Çörekçi, Arda Arpak, Cengizhan Öztürk +1 more

    20130 citations

    Semantic Scholar

    Save

12. The Impact of Compressed Sensing on Radiomics of Fast Anatomical MRI of Rat Brain at 7T

    Arda Arpak, Esra Sümer, A. Samlı, P. Özbay +6 more

    ISMRM Annual Meeting0 citations

    Semantic Scholar

    Save

13. Quantifying the young rat brain: a cross-sectional region-based analysis of T1, T2, R2*, and quantitative susceptibility maps.

    B. Tavashi, Leen Hakkı, Uluç Pamuk, Oğuzhan Hüraydın +2 more

    ISMRM Annual Meeting0 citations

    Semantic Scholar

    Save

14. Automated Brain Extraction for Multi-Contrast MRI in Rat Models Using Enhanced U-Net

    Leen Hakkı, Melisa Özakçakaya, B. Tavashi, Uluç Pamuk +3 more

    ISMRM Annual Meeting0 citations

    Semantic Scholar

    Save