Lacrimal gland organoids are replicating the complex structure and physiological characteristics of the lacrimal gland using cell culture techniques.
This research provides a deep understanding of the lacrimal gland, offering insights into its development, functionality, and potential therapeutic applications.
Lacrimal gland organoid research is a crucial area that can contribute to finding swift and effective solutions for various conditions related to eye health and tear production.
Lacrimal gland organoid
In the lacrimal gland organoid, the structure of acinar cells and their secretion of acidic mucins were observed by H&E, Alcian blue. Additionally, through PAS staining, secretions such as glycogen and glycoproteins were observed in the organoid.
Masson’s Trichrome staining demonstrated that keratin is a major ECM component in the organoid.
The expression patterns of VIM, AQP5, and LYZ within the organoid closely resemble those of the tissue’s acinar cells.
Furthermore, the expression patterns of E-CAD and α-SMA in the organoid are similar to those in the tissue, though at lower levels.
These markers are not expressed in ductal cells but are expressed in acinar cells, confirming that the formed organoid closely resembles acinar cells.
To assess the secretory function, lacrimal gland organoids were treated with pilocarpine.
The intracellular concentration of Ca ions increased, confirming the elevation of the lysosomal protein β-hexosaminidase, a component of tears.
Lambda Biologics GmbH
Deutscher Pl. 5c, 04103 Leipzig, Germany
