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Pathways of the Pulp

TLDR
This chapter discusses Endodontic-Periodontic Interrelationships, Pulp Development, Structure and Function, Pulpal Reaction to Caries and Dental Procedures, and Digital Technologies in Endodonic Practice.
Abstract
Introduction: An Historic Perspective PART ONE: The Art of Endodontics Diagnostic Procedures Orofacial Dental Pain Emergencies: Endodontic Diagnosis and Management Nonodontegenic Orofacial Pain and Endodontics: Pain Disorders Involving the Jaws that Simulate Odontalgia Case Selection and Treatment Planning Preparation for Treatment Armamentarium and Sterilization Tooth Morphology and Cavity Preparation Cleaning and Shaping the Root Canal System Obturation of the Cleaned and Shaped Root Canal System Records and Legal Responsibilities. PART TWO: The Science of Endodontics Pulp Development, Structure and Function Periapical Pathology Endodontic Microbiology and Treatment of Infections Instrument Materials and Devices Pulpal Reaction to Caries and Dental Procedures PART THREE: Related Clinical Topics Traumatic Injuries Endodontic-Periodontic Interrelationships Endodontic Pharmacology Surgical Endodontics Management of Pain and Anxiety Bleaching Nonvital and Vital Discoloured Teeth Restoration of the Endodontically Treated Tooth Pediatric Endodontics Geriatric Endodontics Nonsurgical Endodontic Retreatment Digital Technologies in Endodontic Practice CONCLUSION: Tomorrow Challenge

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Apical extent of rotary canal instrumentation with an apexlocating handpiece in vitro

TL;DR: Instrumentation with the automatic apical reverse feature set at 1 consistently approximated the apical constriction; however, the constriction was frequently enlarged.
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Analyzing Endosonic Root Canal File Oscillations: An In Vitro Evaluation

TL;DR: At higher generator powers, energy delivered to the file is dissipated in unwanted vibration resulting in reduced vibration displacement amplitudes, which may reduce the occurrence of the biophysical forces necessary to maximize the technique's effectiveness.
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A comparison of stresses produced during lateral and vertical condensation using engineering models.

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Human oral cells’ response to different endodontic restorative materials: an in vitro study

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