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Articles

An analytical method for reconstruction of biological objects from discrete noisy data

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Pages 431-442 | Received 06 Apr 2010, Accepted 18 Jun 2010, Published online: 20 Nov 2010

Figures & data

Figure 1. Concave blood cell ().

Figure 1. Concave blood cell ().

Figure 2. An undulated cell ().

Figure 2. An undulated cell ().

Figure 3. A cell partially in a pipette ().

Figure 3. A cell partially in a pipette ().

Figure 4. Floating blood cell ().

Figure 4. Floating blood cell ().

Figure 5. Effect of the localized cluster correction.

Figure 5. Effect of the localized cluster correction.

Figure 6. Confocal cell image.

Figure 6. Confocal cell image.

Figure 7. Error in reconstruction using a single ellipse.

Figure 7. Error in reconstruction using a single ellipse.

Figure 8. (a) Approximation of load-free cell and (b) approximation of a deformed cell.

Figure 8. (a) Approximation of load-free cell and (b) approximation of a deformed cell.

Figure 9. A pseudo-ellipsoid approximation obtained through the 3D algorithm.

Figure 9. A pseudo-ellipsoid approximation obtained through the 3D algorithm.

Figure 10. Local correction effect of approximation obtained through the 3D algorithm.

Figure 10. Local correction effect of approximation obtained through the 3D algorithm.

Figure 11. Non-analytical approximation of a cell.

Figure 11. Non-analytical approximation of a cell.

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