Presentations at the 73rd Annual Meeting of the Japanese Society for Virology

November 2–4, 2026, at the Makuhari Messe International Conference Hall.

https://pub.confit.atlas.jp/en/event/jsv73

Our laboratory will present the following studies at the 73rd Annual Meeting of the Japanese Society for Virology.

Oral and Workshop Presentations

• [WS1-5] Makoto Takeda
  Emergence of canine distemper virus variants adapted to diverse primate SLAMs
  November 3, 9:47–9:59

• [O1-3-2] Mizuki Tominaga
  Species-specific differences in nectin-4 as a receptor for morbilliviruses
  November 2, 10:11–10:23

• [O1-3-4] Ryosuke Nihashi
  Zyxin is recruited to mumps virus inclusion bodies and contributes to accurate viral RNA synthesis and suppression of interferon responses
  November 2, 10:59–11:11

• [O1-3-10] Yuying Wang
  Induction of broadly neutralizing antibodies against henipaviruses by immunization with a paramyxovirus vector and recombinant proteins
  November 2, 11:47–11:59

• [O1-6-11] Yuki Kitai
  Effects of two cleavage events and p27 on the membrane fusion activity of respiratory syncytial virus F protein
  November 2, 14:55–15:07

Poster Presentations

• [P-80] Mika Hosoki
  Analysis of interactions between the mumps virus HN protein and sialylated glycans

• [P-83] Yongyi Tang
  Role of the CCT chaperonin complex in mumps virus inclusion body formation and RNA synthesis

• [P-84] Mizuki Yasukochi
  Identification of host factors involved in Nipah virus RNA synthesis

• [P-121] Yukiko Akahori
  Biological significance of subtype-specific HA cleavage-site sequences in influenza A viruses

Collaborative Studies

• [O1-3-8] Kaede Tashiro
  Cross-species analysis of CADM1/2-mediated membrane fusion by morbilliviruses

• [O1-3-12] Taichi Kametani
  De novo design and functional evaluation of N–P interaction-inhibitory peptides targeting henipavirus replication complex formation

• [P-96] Yutaro Yamagata
  Effects of cysteine mutations in the cytoplasmic regions of the G and F genes on antigenic subgroup B respiratory syncytial virus using a recombinant virus rescue system