Fuminori Kawano

7PUBLICATIONS
18CO-AUTHORS
Reaction engineering (excl. nuclear reactions)Biological adaptationBiomechanicsPeripheral nervous systemTe horakai me ngā kai o te Māori (Māori diet and nutrition)
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Publications (7)

|Sep 24, 2025
Phosphorylation-mimicking histone H3.3 rescues exercise-induced gene responses in an epigenetic aging model of mouse skeletal muscle.

Sho Maruyama, Fuminori Kawano

|Sep 14, 2024
Age-related histone H3.3 accumulation associates with a repressive chromatin in mouse tibialis anterior muscle.

Ryo Masuzawa, Hemilce Karina Rosa Flete, Junya Shimizu

|Jun 06, 2022
Exercise-induced histone H3 trimethylation at lysine 27 facilitates the adaptation of skeletal muscle to exercise in mice.

Junya Shimizu, Fuminori Kawano

|May 17, 2022
ATP spreads inflammation to other limbs through crosstalk between sensory neurons and interneurons.

Rie Hasebe, Kaoru Murakami, Masaya Harada

|Mar 22, 2021
Chronic exercise training activates histone turnover in mouse skeletal muscle fibers.

Ikumi Ohsawa, Fuminori Kawano

|Aug 15, 2020
Early high-fat feeding improves histone modifications of skeletal muscle at middle-age in mice.

Toshihiro Yoshie, Chiharu Saito, Fuminori Kawano

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Frequent Collaborators

1 joint publications

Rie Hasebe

1 joint publications

Kaoru Murakami

1 joint publications

Masaya Harada

1 joint publications

Nada Halaka