The majority of different cell types in the human body have a cilium, a thin rod-like structure
of uniquely arranged microtubules that are encapsulated by the surface plasma membrane …

Ciliary dysfunction in polycystic kidney disease: an emerging model with polarizing potential |
CiNii Research CiNii 国立情報学研究所 学術情報ナビゲータ[サイニィ] 詳細へ移動 検索フォームへ …

The majority of different cell types in the human body have a cilium, a thin rod-like structure
of uniquely arranged microtubules that are encapsulated by the surface plasma membrane …

The majority of different cell types in the human body have a cilium, a thin rod-like structure
of uniquely arranged microtubules that are encapsulated by the surface plasma membrane …

The majority of different cell types in the human body have a cilium, a thin rod-like structure
of uniquely arranged microtubules that are encapsulated by the surface plasma membrane …

The majority of different cell types in the human body have a cilium, a thin rod-like structure
of uniquely arranged microtubules that are encapsulated by the surface plasma membrane …

The majority of different cell types in the human body have a cilium, a thin rod-like structure
of uniquely arranged microtubules that are encapsulated by the surface plasma membrane …

Introduction 3. Inherited polycystic kidney diseases 4. Polycystins and fibrocystin
expressions 4.1. Tissue distribution 4.2. Subcellular distribution 5. Primary Cilium 5.1 …

The majority of different cell types in the human body have a cilium, a thin rod-like structure
of uniquely arranged microtubules that are encapsulated by the surface plasma membrane …