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A General Strategy to Endow Natural Fusion-protein-Derived Peptides with Potent Antiviral Activity

Authors
  1. A Moscona
  2. A Ono
  3. A Otaka
  4. A Talekar
  5. A Talekar
  6. AA Waheed
  7. AE Hamburger
  8. AM D’Ursi
  9. Anne Moscona
  10. Annunziata Langella
  11. Antonello Pessi
  12. B Tripet
  13. BA Mungall
  14. BD Welch
  15. BD Welch
  16. BJ Bosch
  17. Branka Horvat
  18. BT Eaton
  19. C Mathieu
  20. C Peters
  21. Chen Liang
  22. Cyrille Mathieu
  23. D Lingwood
  24. D Rapaport
  25. D Wilflingseder
  26. DM Eckert
  27. DM Lambert
  28. E Wolf
  29. EH Miller
  30. Elena Capitò
  31. Elisa Vicenzi
  32. ET Mack
  33. F Mizukoshi
  34. FY Zeng
  35. GH Bird
  36. Guido Poli
  37. HC Aguilar
  38. I Steffen
  39. IJ Liu
  40. J LaBonte
  41. J Trigg
  42. JD Reeves
  43. JJ Dwyer
  44. JK Judice
  45. JK Young
  46. JR Keeffe
  47. JS Peiris
  48. K Champagne
  49. KK Lee
  50. KM Kahle
  51. KN Bossart
  52. KN Bossart
  53. L Ni
  54. M Avadisian
  55. M Porotto
  56. M Porotto
  57. M Porotto
  58. M Porotto
  59. M Porotto
  60. M Singh
  61. Matteo Porotto
  62. P Ingallinella
  63. P Ingallinella
  64. P Moosmann
  65. Q Yao
  66. Riccardo Cortese
  67. RS Harrison
  68. S Liu
  69. S Oishi
  70. Silvia Ghezzi
  71. SK Sia
  72. TF Wild
  73. Thomas Ketas
  74. Y Deng
  75. Y Xu
  76. YP Chan
Publication date
1 January 2012
Publisher
Public Library of Science
Doi
    View on PubMed

    Abstract

    Fusion between the viral and target cell membranes is an obligatory step for the infectivity of all enveloped virus, and blocking this process is a clinically validated therapeutic strategy

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