LITMIR.BIZ

      1 Chapter 1Figure 1.1 Selected diatoms taxa in the Baryczka stream obtained using phase con...Figure 1.2 Comparison of diatom defects and man-made photonic crystal fiber. The...Figure 1.3 Quantitative phase image of diatom cell recorded using 20 x/0.45 micr...Figure 1.4 QPIs results showing a variety of diatom samples; (a) diatom recorded...Figure 1.5 Images illustrating the relationship between the bacterium L. monocyt...Figure 1.6 Dark field micrographs of control cells and cells exposed to Ag NPs. ...Figure 1.7 (a) Dark field image of single valve of C. wailesii diatom and (b) co...Figure 1.8 Images of new silicon deposits and chlorophyll a (Chl a) of coastal a...Figure 1.9 Hyperspectral analysis of a single valve of Coscinodiscus centralis o...Figure 1.10 Laser confocal microscope images of H. hauckii-R. intracellularis sy...Figure 1.11 Live cells, biosilica and biosilica-associated organic matrix from t...Figure 1.12 Quantification of carbolines in healthy and oomycete-infected diatom...Figure 1.13 Evaluation of siRNA uptake and cellular internalization using confoc...Figure 1.14 Specific particle endocytosis of FITC/PEI/FA-functionalized silica n...Figure 1.15 Left: Multi-photon image of living centric diatoms Coscinodiscus wai...Figure 1.16 (a) Asterionellopsis glacialis and (b) Proboscia alata captured usin...Figure 1.17 (a) Average fluorescence lifetime images of T. weissflogii exposed t...Figure 1.18 PALM analysis of tpSil3. (a) Comparison of epifluorescence image and...

      2 Chapter 2Figure 2.1 Diatom studies from the viewpoint of nanobiological physics using opt...Figure 2.2 Microscopy images of (a) PDMS microchamber, (b) spiral grooves, and (...Figure 2.3 Trajectories (red lines) of movements of the same diatom cell (a) bef...Figure 2.4 Overview of a “tumbled” microscope system with a microchamber. A phot...Figure 2.5 A typical example of snapshots and trajectories of the settlement of ...Figure 2.6 Typical examples of snapshots and trajectories of floating diatom cel...Figure 2.7 A DHM image of a living Cylindrotheca spp. cell. Ranges of refractive...

      3 Chapter 3Figure 3.1 SEM images of dehydrated mucilage, (a) 5 μm, (b) 2 μm [3.9]. From Top...Figure 3.2 (a) Overall view of Karayevia amoena, (b) valve without raphe (c) val...Figure 3.3 (a–c) Scanning electron micrographs of Pd3Co-D(100)-G [3.55], and bef...Figure 3.4 TEM micrographs of (a–c) Pd3Co-D (100)-G [3.55], (d) T. pseudonana, (...Figure 3.5 TEM micrographs of Pseudo-nitzschia species (a–c) P. calliantha, (d—f...Figure 3.6 CCMP470 structures obtained using (a) bright field LM, (b) phase cont...

      4 Chapter 4Figure 4.1 Schematic setup of an Atomic Force Microscope. Reproduced with permis...Figure 4.2 Comparison of the cell jackets fibrillar network obtained with (a) SE...Figure 4.3 Mesoscale structures of diatomaceous silica studied under AFM, (a) Li...Figure 4.4 The hypothetical path insertion of TiO₂ in the diatom frustule by a t...Figure 4.5 Ultrastructure of Cyclotella cryptica observed under AFM: (a) Wide an...Figure 4.6 The centric Coscinodiscus sp. diatom frustule with mesh-like porous s...Figure 4.7 (a, b) showing the effect of stretching of polysaccharide network ove...

      5 Chapter 5Figure 5.1 (p_x-p_z) slices of the normalized OTFs corresponding to a microscope e...Figure 5.2 Experimental setup for PC-ODT, consisting of a bright-field microscop...Figure 5.3 (a1–a2) Volumetric representation of the reconstructed 3D RI contrast...Figure 5.4 Intensity images and the corresponding RI for a Cocconeis placentula

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