for 18 days. Loss ...Figure 19.6 Pressure side of a dog premolar after relapse for 66 days. Local...Figure 19.7 Pressure side of a dog premolar after relapse for 90 days. Compl...Figure 19.8 Tension side of a dog premolar after relapse for 18 days. Recove...Figure 19.9 Tension side of a dog premolar after relapse for 18 days. Recove...Figure 19.10 Tension side of a dog premolar after relapse for 66 days. Norma...Figure 19.11 Tension side of a dog premolar after relapse for 66 days. Local...Figure 19.12 Tension side of a dog premolar after relapse for 90 days. Gener...20 Chapter 20Figure 20.1 (a–f) A typodont is a training device consisting of artificial t...Figure 20.2 Media preparation of cell culture. In vitro studies require asep...Figure 20.3 Four phases of clinical trials in humans.Figure 20.4 Tissue section of a maxillary canine of a 1‐year‐old female cat,...Figure 20.5 Tissue section of alveolar bone of a 3‐month‐old kitten, 6 μm th...Figure 20.6 Inverted phase contrast fluorescent microscope involves the comb...Figure 20.7 Live/dead assay – application of fluorescent staining in cell re...Figure 20.8 Environmental scanning electron microscope (ESEM).Figure 20.9 A horizontal section, 6 μm thick, of a maxillary canine of a 1‐y...Figure 20.10 A view of the alveolar bone osteoblasts and adjacent PDL fibrob...Figure 20.11 Flow cytometry analysis of cell cycle. Flow cytometry offers a ...Figure 20.12 The steps in PCR.Figure 20.13 Western blot analysis of COX 2 (cyclooxygenase 2) expression in...Figure 20.14 MTT assay is considered to be the most accurate method for asse...Figure 20.15 Representative images obtained through comet assay. A, Control ...Figure 20.16 DNA fragmentation analysis: the experiment gives the opportunit...Figure 20.17 Experimental methods currently used for measuring mechanical pr...Figure 20.18 Representative image of a PDL fibroblast as observed under atom...Figure 20.19 Principle of laser deflection particle tracking. A particle at ...
21 Chapter 21Figure 21.1 Models for the relationship between force magnitude and the rate...Figure 21.2 Force–velocity curve calculated for human data derived from a ma...Figure 21.3 The cellular reactions related to the different stages of OTM....Figure 21.4 Transcriptional control of osteoblastic differentiation and prog...Figure 21.5 Theoretical model for tooth movement proposed by Henneman et al....Figure 21.6 Schematic of sensors, signaling pathways, and responses involved...Figure 21.7 Real‐time RT‐PCR analysis of 10 genes differentially expressed i...Figure 21.8 Theoretical model of OTM from the systematic review of Vansant e...Figure 21.9 Current and upcoming approaches to modulate OTM.
Guide
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2 Table of Contents
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