Technical Articles
Plectin
A Force Transmission Chain: The Pivotal Role of Plectin in Mechanotransduction
Mechanical forces travel from the extracellular matrix through integrin–focal adhesion complexes and the Plectin-bridged cytoskeletal network, ultimately shaping YAP/TAZ transcriptional responses. This article breaks down each segment of the chain an
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- Cell Biology
- Plectin
- Mechanotransduction
- Focal adhesion
- YAP TAZ
- Matrix stiffness
- UA016100
Human Plectin Research Tools: Aligning Splice Variants, Localization and Antibodies
Human Plectin is a family of variants generated by alternative splicing. From a tool perspective, this article maps the variant-to-localization relationships, sources of antibody epitope misjudgment and record-keeping standards, helping researchers k
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- Cell Biology
- Plectin
- Splice variant
- Subcellular localization
- Hemidesmosome
- Antibody selection
- UA016100
Skin Fragility, Neuropathy and Tumor Metastasis: Three Lines of Defense Lost When Plectin Fails
Loss of Plectin function follows one main thread—cytoskeletal cross-link failure leading to tissue mechanical fragility—manifesting as EBS-MD, peripheral neuropathy and mechanically driven tumor metastasis in different tissues. This article dissects
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- Cell Biology
- Plectin
- Epidermolysis bullosa simplex
- Cytoskeletal disease
- Mechanotransduction metastasis
- NHP model
- UA016101
Plectin: Structural Basis and Research Landscape of the Cytoskeletal Cross-linking Network
Plectin bridges actin microfilaments, microtubules and intermediate filaments through its N-terminal ABD, central coiled-coil rod and C-terminal plakin repeat domains. This article systematically reviews its structural boundaries, regulation, disease
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- Cell Biology
- Plectin
- Cytoskeletal cross-linker
- ABD domain
- Intermediate filament
- Hemidesmosome
- UA016101
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