Brightfield imaging

Fig. 17. Confocal fluorescence imaging of [Zn(ATSM)] in IGROV cells (100 pM, where Q1 — Q2 = Me, M = Zn(II), R1 = R3 = H and R2 = R4 = Me, /ex = 488 nm, DMEM with 1% DMSO). Brightfield image shows formation of needle-like crystalline material on the cell plate (N.B. Small crystallites may be endocytosed by the cells rather than passively diffuse through the cell membrane).

Figure 1.5 (a) IR brightfield image of a human skin sample, (b) nucleic acid-amide III absorbance... 

Figure 5.8 (a) Brightfield image (40x) of a stained urothelial cell (b) Pseudocolor image, obtained from Raman hyperspectral data via HCA, of the cell shown In (a) ... 

Figu re 5.9 (a) Brightfield image of a HeLa cell, attached to a Cap2 window, in buffer. Scale bar= 10 im (b) Raman spectral image, obtained via hierarchical cluster analysis (HCA) from a hyperspectral data cube collected atSOOnm spatial resolution (488 nm... 

Figure 11.16 Cellular distribution of 45 (200(iM) in RAW264.7 cells after incubation for 15 h at 37 °C brightfield image (a) and confocal luminescence image (b) Wex = 351 nm).The black and white arrows mark the position of the nucleus. From Ref. [134].

Final Time-Lapse Video Frame Brightfield Image of Fixed Area... 

Figure 9.16. Carbon nanofiber dimensions from a TEM image (a) brightfield image 8.3-(im wide (b) fiber length versns diameter snperposed on a bivariate log-normal distribution inferred from a subset of tbe fibers.

---