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Collagen fibrils
This electron micrograph shows the loose connective tissue that lies beneath all epithelia. Individual collagen fibrils are visible in both longitudinal and cross section. Note the regular banding in the longitudinally oriented fibrils. In other areas, these fibrils can aggregate to form larger fibers and bundles. 25,000x
![Epithelial cell <p>This electron micrograph shows the loose connective tissue that lies beneath all epithelia. Individual collagen fibrils are visible in both longitudinal and cross section. Note the regular banding in the longitudinally oriented fibrils. In other areas, these fibrils can aggregate to form larger fibers and bundles. 25,000x</p>](https://digitalhistology.org/wp-content/uploads/2018/06/T.CT_.CTP_.Fibers-2-1-ping.png)
Epithelial cell
This electron micrograph shows the loose connective tissue that lies beneath all epithelia. Individual collagen fibrils are visible in both longitudinal and cross section. Note the regular banding in the longitudinally oriented fibrils. In other areas, these fibrils can aggregate to form larger fibers and bundles. 25,000x
![Basal lamina <p>This electron micrograph shows the loose connective tissue that lies beneath all epithelia. Individual collagen fibrils are visible in both longitudinal and cross section. Note the regular banding in the longitudinally oriented fibrils. In other areas, these fibrils can aggregate to form larger fibers and bundles. 25,000x</p>](https://digitalhistology.org/wp-content/uploads/2018/06/T.CT_.CTP_.Fibers-2-5-ping.png)
Basal lamina
This electron micrograph shows the loose connective tissue that lies beneath all epithelia. Individual collagen fibrils are visible in both longitudinal and cross section. Note the regular banding in the longitudinally oriented fibrils. In other areas, these fibrils can aggregate to form larger fibers and bundles. 25,000x
![Loose connective tissue <p>This electron micrograph shows the loose connective tissue that lies beneath all epithelia. Individual collagen fibrils are visible in both longitudinal and cross section. Note the regular banding in the longitudinally oriented fibrils. In other areas, these fibrils can aggregate to form larger fibers and bundles. 25,000x</p>](https://digitalhistology.org/wp-content/uploads/2018/06/T.CT_.CTP_.Fibers-2-2-ping.png)
Loose connective tissue
This electron micrograph shows the loose connective tissue that lies beneath all epithelia. Individual collagen fibrils are visible in both longitudinal and cross section. Note the regular banding in the longitudinally oriented fibrils. In other areas, these fibrils can aggregate to form larger fibers and bundles. 25,000x
![Collagen fibrils <p>This electron micrograph shows the loose connective tissue that lies beneath all epithelia. Individual collagen fibrils are visible in both longitudinal and cross section. Note the regular banding in the longitudinally oriented fibrils. In other areas, these fibrils can aggregate to form larger fibers and bundles. 25,000x</p>](https://digitalhistology.org/wp-content/uploads/2018/06/T.CT_.CTP_.Fibers-2-3-ping.png)
Collagen fibrils
This electron micrograph shows the loose connective tissue that lies beneath all epithelia. Individual collagen fibrils are visible in both longitudinal and cross section. Note the regular banding in the longitudinally oriented fibrils. In other areas, these fibrils can aggregate to form larger fibers and bundles. 25,000x
![Ground substance <p>This electron micrograph shows the loose connective tissue that lies beneath all epithelia. Individual collagen fibrils are visible in both longitudinal and cross section. Note the regular banding in the longitudinally oriented fibrils. In other areas, these fibrils can aggregate to form larger fibers and bundles. 25,000x</p>](https://digitalhistology.org/wp-content/uploads/2018/06/T.CT_.CTP_.Fibers-2-4-ping.png)
Ground substance
This electron micrograph shows the loose connective tissue that lies beneath all epithelia. Individual collagen fibrils are visible in both longitudinal and cross section. Note the regular banding in the longitudinally oriented fibrils. In other areas, these fibrils can aggregate to form larger fibers and bundles. 25,000x