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Lens

Real pictures of the lens delivered by gather.site, each with its paper.

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Gallery

Capsule protrusions in human lenses of different ages. Initial capsule protrusions (A, C green arrow), enclosed capsule (D, red arrow) and filament-like capsule protrusions (C, orange arrow) was observed in different ages of human lenses. TEM images showing the capsule (c), lens epithelial cells (e), and young elongating fibre cells (f) at the epithelium-fibre interface in human donor lenses of different ages. (human (donor lens, capsule-epithelium-fibre interface ultrastructure); Figure 2, full figure.) — Capsule protrusions in human lenses of different ages. Initial capsule protrusions (A, C green arrow), enclosed capsule (D, red arrow) and filament-like capsule protrusions (C, orange arrow) was observed in different ages of human lenses. TEM images showing the capsule (c), lens epithelial cells (e), and young elongating fibre cells (f) at the epithelium-fibre interface in human donor lenses of different ages. (human (donor lens, capsule-epithelium-fibre interface ultrastructure); Figure 2, full figure.)

Yang et al. 2023, Int J Med Sci · CC BY 4.0

Papers

Yang Q, Ye L, Liu J, Lin L, Wang W, Zhu M, et al. Capsule-epithelium-fibre unit ultrastructure in the human lens. Int J Med Sci. 2023;20:542-550. PMID: 37057214.