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Research Journal of Medical Sciences

ISSN: Online 1993-6095
ISSN: Print 1815-9346
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Research Journal of Medical Sciences, Volume 18, Issue 12 (2024)

References

  1. Feichtinger, X., P. Kolbitsch, R. Kocijan, A. Baierl and A. Giurea, 2018. How Accurate is Intraoperative Alignment Measurement with a Navigation System in Primary Total Knee Arthroplasty? 0 0, January 01-01, 1970, In: 0, 0 (Ed.)., 0 Edn., 0, 0, ISBN-1: 0, The J. Knee Surg., 31: 467-4710.
  2. Batash, R., G. Rubin, A. Lerner, H. Shehade, N. Rozen and D.E. Rothem, 2017. Computed navigated total knee arthroplasty compared to computed tomography scans. 0 0, January 01-01, 1970, In: 0, 0 (Ed.)., 0 Edn., 0, 0, ISBN-1: 0, The Knee, 24: 622-6260.
  3. Swamy, AM., R. Malhotra, V. Digge, V. Manhas, D. Gautam and D.N. Srivastava., 2023.   Accelerometer-based portable navigation, a faster guide compared to computer-assisted navigation in bilateral total knee arthroplasty—a randomized controlled study.   0 0, January 01-01, 1970, In: 0, 0 (Ed.)., 0 Edn., 0, 0, ISBN-1: 0, Kne. Surg. Spor. Trau. Arth., 31: 1-10.
  4. Bouras, T., P. Fennema, S. Burke and H. Bosman, 2018. Stenotic intercondylar notch type is correlated with anterior cruciate ligament injury in female patients using magnetic resonance imaging. 0 0, January 01-01, 1970, In: 0, 0 (Ed.)., 0 Edn., 0, 0, ISBN-1: 0, Knee Surg., Sports Traumatology, Arthroscopy, 26: 1-10.
  5. Tsubosaka, M., T. Kamenaga, Y. Kuroda, K. Takayama, S. Hashimoto K. Ishida, S. Hayashi, R. Kuroda and T. Matsumoto., 2021.  Accelerometer-based portable navigation system is useful for tibial bone cutting in modified kinematically aligned total knee arthroplasty. 0 0, January 01-01, 1970, In: 0, 0 (Ed.)., 0 Edn., 0, 0, ISBN-1: 0, The J. Kne. Sur., 34: 1-10.
  6. Pongkunakorn, A., T. Jantharagsarangsee and P. Triamsasithorn, 2024. Anterior cortical line of femur and tibia is more accurate than mid-shaft line to determine knee extension angle relative to sagittal mechanical axis during total knee arthroplasty. 0 0, January 01-01, 1970, In: 0, 0 (Ed.)., 0 Edn., 0, 0, ISBN-1: 0, J. Orthop. Sci., 29: 867-8730.
  7. Sciberras, N.C., M. Almustafa, B.R.K. Smith, D.J. Allen, F. Picard and A.H. Deakin, 2017. A randomized controlled trial to compare component placement in navigated total knee arthroplasty using original and streamlined registration processes. 0 0, January 01-01, 1970, In: 0, 0 (Ed.)., 0 Edn., 0, 0, ISBN-1: 0, Arthroplasty Today, 3: 111-1170.
  8. Akkimaradi, R. and E.M. Kumar., 2020. A Study on limb alignment in computer navigated total knee arthroplasty in patient with Osteoarthritis. 0 0, January 01-01, 1970, In: 0, 0 (Ed.)., 0 Edn., 0, 0, ISBN-1: 0, Inter. J. Orth., 6: 1-10.
  9. Lee, S.S., K.B. Kwon, Y.I. Lee and Y.W. Moon, 2019. Navigation-Assisted Total Knee Arthroplasty for a Valgus Knee Improves Limb and Femoral Component Alignment. 0 0, January 01-01, 1970, In: 0, 0 (Ed.)., 0 Edn., 0, 0, ISBN-1: 0, Orthopedics, 42: 253-2590.
  10. Arshi, A., T. Sekimura, B.V. Kelley, E.N. Zeegen, J.H. Lonner and A.I. Stavrakis, 2022. Navigated and Robot-Assisted Technology in Total Knee Arthroplasty: Do Outcome Differences Achieve Minimal Clinically Important Difference? 0 0, January 01-01, 1970, In: 0, 0 (Ed.)., 0 Edn., 0, 0, ISBN-1: 0, The J. Arthroplasty, 37: 1562-15690.
  11. Han, S.B. and D.H. Lee, 2016. Correlations between Navigation and Radiographic Measures of Alignment. 0 0, January 01-01, 1970, In: 0, 0 (Ed.)., 0 Edn., 0, 0, ISBN-1: 0, The J. Knee Surg., 29: 658-6630.
  12. Saragaglia, D., B. Rubens-Duval, J. Gaillot, G. Lateur and R. Pailhé, 2018. Total knee arthroplasties from the origin to navigation: History, rationale, indications. 0 0, January 01-01, 1970, In: 0, 0 (Ed.)., 0 Edn., 0, 0, ISBN-1: 0, Int. Orthop.s, 43: 597-6040.
  13. Hannan, R., M. Free, V. Arora, R. Harle and P. Harvie, 2020. Accuracy of computer navigation in total knee arthroplasty: A prospective computed tomography-based study. 0 0, January 01-01, 1970, In: 0, 0 (Ed.)., 0 Edn., 0, 0, ISBN-1: 0, Med. Eng. & Phys., 79: 52-590.