Ruijuan Gao, Chunhua Wang, Jinxing Ning, Keshuai Wu, Xiang Gu. Polarization Microscopy Imaging of Biological Cells Based on Mueller Matrix[J]. Laser & Optoelectronics Progress, 2021, 58(18): 1811023
- Laser & Optoelectronics Progress
- Vol. 58, Issue 18, 1811023 (2021)
Fig. 1. Principle of the Mueller matrix polarization microscopy imaging system
Fig. 2. Four uncorrelated PSG polarization states
Fig. 3. Measured and theoretical values of the Mueller matrix
Fig. 4. Normalized Mueller matrix imaging results of the inner epidermal tissue of onion. (a) Mass fraction is 0%; (b) mass fraction is 2.5%; (c) mass fraction is 5%; (d) mass fraction is 10%
Fig. 5. Mueller matrix elements of onion inner epidermal tissue under different mass fractions of glucose solutions. (a) m22; (b) m23
Fig. 6. Mueller matrix polarization decomposition parameters of onion inner epidermal tissue in glucose solutions with different mass fractions. (a) Intensity; (b) depolarization; (c) circular retardance; (d) diattenuation
Fig. 7. Imaging results of human laryngeal carcinoma cells at different experimental time. (a) Intensity imaging; (b) Mueller matrice
Fig. 8. Mueller matrix polarization decomposition imaging of human laryngeal carcinoma cells at different experimental time. (a) Depolarization; (b) circular retardance; (c) diattenuation
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Table 1. Collimation direction of the optical device unit: (°)
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Table 2. Calculation formulae of the Mueller matrix elements
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