Ion Channels in Human Health and Diseases

The research team aims to elucidate mechanisms underlying the roles of ion channels in various physiological processes (e.g. reproduction, endocrinology and musculoskeletal functions) and related disorders (e.g. infertility, metabolic diseases and osteoporosis), as well as to develop them into new diagnostic or therapeutic targets.

Newly published: The epithelial Na+ channel (ENaC) in ovarian granulosa cells modulates Ca2+ mobilization and gonadotrophin signaling for estrogen homeostasis and female fertility. Cell Communication and Signaling volume 22, Article number: 398 (2024)
We presented at 2024 SU-CUHK Joint Lab Annual Meeting, Chengdu, June 16, 2024.
We presented at 2024 International Society of Reproductive Genetics Conference, Hangzhou and 2024 The International Chinese Musculoskeletal Research Conference, Jinjiang. June 1, 2024.
We are recruiting PhD students. Please contact Dr Sharon RUAN (sharon.yc.ruan@polyu.edu.hk).

Ion Channels in Human Health and Diseases

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Newly published: The epithelial Na+ channel (ENaC) in ovarian granulosa cells modulates Ca2+ mobilization and gonadotrophin signaling for estrogen homeostasis and female fertility. Cell Communication and Signaling volume 22, Article number: 398 (2024)

We presented at 2024 SU-CUHK Joint Lab Annual Meeting, Chengdu, June 16, 2024.

We presented at 2024 International Society of Reproductive Genetics Conference, Hangzhou and 2024 The International Chinese Musculoskeletal Research Conference, Jinjiang. June 1, 2024.

We are recruiting PhD students. Please contact Dr Sharon RUAN (sharon.yc.ruan@polyu.edu.hk).​

We are recruiting PhD students. Please contact Dr Sharon RUAN (sharon.yc.ruan@polyu.edu.hk).