Figures & data
Figure 1. Jurkat cells captured on antibody Lewis X Clone-1.
(A) Reference diffraction pattern; (B) object diffraction pattern and (C) hologram diffraction pattern; (D) numerical reconstruction of the hologram rendered the 3D image of the cells; (E) segmentation algorithm marked each individual cell; and (F) 3D image of the Jurkat cells.
![Figure 1. Jurkat cells captured on antibody Lewis X Clone-1.(A) Reference diffraction pattern; (B) object diffraction pattern and (C) hologram diffraction pattern; (D) numerical reconstruction of the hologram rendered the 3D image of the cells; (E) segmentation algorithm marked each individual cell; and (F) 3D image of the Jurkat cells.](/cms/asset/533c86d3-64d3-47cf-b612-e1abc6c3f31c/ifso_a_12363840_f0001.jpg)
Figure 2. Hologram images of Jurkat cells captured on antibody Lewis X Clone-1.
The images are showing control, DMSO and etoposide-treated cells at four different timepoints: 10, 310, 630 and 950 min. The cells are segmented to analyze cell parameters.
DMSO: Dimethyl sulfoxide.
![Figure 2. Hologram images of Jurkat cells captured on antibody Lewis X Clone-1.The images are showing control, DMSO and etoposide-treated cells at four different timepoints: 10, 310, 630 and 950 min. The cells are segmented to analyze cell parameters.DMSO: Dimethyl sulfoxide.](/cms/asset/7eee1145-c80c-4b4e-9c19-a797a3251d1b/ifso_a_12363840_f0002.jpg)
Figure 3. Hologram images of U2932 cells captured on antibody HLA-DR.
The images are showing control, DMSO and etoposide-treated cells at four different timepoints: 10, 310, 630 and 950 min. The cells are segmented to analyze cell parameters.
DMSO: Dimethyl sulfoxide
![Figure 3. Hologram images of U2932 cells captured on antibody HLA-DR.The images are showing control, DMSO and etoposide-treated cells at four different timepoints: 10, 310, 630 and 950 min. The cells are segmented to analyze cell parameters.DMSO: Dimethyl sulfoxide](/cms/asset/2d8d77ba-57d6-4033-a217-03813a2a307a/ifso_a_12363840_f0003.jpg)
Figure 4. Different cellular parameters of treated (etoposide or dimethyl sulfoxide) or untreated Jurkat cells captured on antibody Lewis X Clone-1 were analyzed over time.
(A) Number of cells; (B) mean cell area; (C) mean cell volume; (D) mean cell thickness; (E) mean cell eccentricity; and (F) mean cell irregularity.
![Figure 4. Different cellular parameters of treated (etoposide or dimethyl sulfoxide) or untreated Jurkat cells captured on antibody Lewis X Clone-1 were analyzed over time.(A) Number of cells; (B) mean cell area; (C) mean cell volume; (D) mean cell thickness; (E) mean cell eccentricity; and (F) mean cell irregularity.](/cms/asset/74bed01d-b5c2-42de-b4ae-60a78d5b375c/ifso_a_12363840_f0004.jpg)
Figure 5. Different cellular parameters of treated (etoposide or dimethyl sulfoxide) or untreated U2932 cells captured on antibody HLA-DR were analyzed over time.
(A) Number of cells; (B) mean cell area; (C) mean cell volume; (D) mean cell thickness; (E) mean cell eccentricity; and (F) mean cell irregularity.
![Figure 5. Different cellular parameters of treated (etoposide or dimethyl sulfoxide) or untreated U2932 cells captured on antibody HLA-DR were analyzed over time.(A) Number of cells; (B) mean cell area; (C) mean cell volume; (D) mean cell thickness; (E) mean cell eccentricity; and (F) mean cell irregularity.](/cms/asset/b043f88d-b869-45c6-a35e-6d899a5148f1/ifso_a_12363840_f0005.jpg)