Welcome to the Phase 1.5 Portal!
Here is the library that holds all of the Phase 1.5 papers as well as the Mewtropics Bibliographic Network (MBN) Map. The map is updated regularly when new papers are in progress and released.
THE MBN:
Phase 1.5 Library
Progressive Biomechanical Remodeling (PBR): A T...
Abstract: Recent advancements in craniofacial orthopedics have revealed that mid-palatal suture expansion, traditionally considered challenging in adults due to suture ossification, can be facilitated through innovative approaches. This paper introduces...
Progressive Biomechanical Remodeling (PBR): A T...
Abstract: Recent advancements in craniofacial orthopedics have revealed that mid-palatal suture expansion, traditionally considered challenging in adults due to suture ossification, can be facilitated through innovative approaches. This paper introduces...
The Periodontal Mechanoadaptation Theory (PMT):...
Abstract: The Periodontal Mechanoadaptation Theory (PMT) presents a framework for how mechanical forces generated by chewing influence the remodeling of craniofacial structures, particularly the jaw, through the activation of mechanotransductive...
The Periodontal Mechanoadaptation Theory (PMT):...
Abstract: The Periodontal Mechanoadaptation Theory (PMT) presents a framework for how mechanical forces generated by chewing influence the remodeling of craniofacial structures, particularly the jaw, through the activation of mechanotransductive...
Chewing-Induced Alveolar Adaptation Theory (CIAAT)
Abstract: This theoretical framework explores the potential for leveraging the mechanical forces generated by chewing tough foods to stimulate periodontal ligament (PDL) activity and alveolar bone remodeling, leading to the...
Chewing-Induced Alveolar Adaptation Theory (CIAAT)
Abstract: This theoretical framework explores the potential for leveraging the mechanical forces generated by chewing tough foods to stimulate periodontal ligament (PDL) activity and alveolar bone remodeling, leading to the...
Mechanotransduction Part 1: Understanding
Abstract: Mechanotransduction is a fundamental biological process whereby cells convert mechanical stimuli into biochemical signals, influencing various physiological functions. This review explores the impact of mechanotransduction on craniofacial development. The...
Mechanotransduction Part 1: Understanding
Abstract: Mechanotransduction is a fundamental biological process whereby cells convert mechanical stimuli into biochemical signals, influencing various physiological functions. This review explores the impact of mechanotransduction on craniofacial development. The...
The Bilateral Forward Chewing Exercise Theory (...
Abstract The pressure applied to the jaw from chewing can significantly influence bone remodeling and potentially alter the skull's morphology, including in adults. This process involves intricate mechanisms such as...
The Bilateral Forward Chewing Exercise Theory (...
Abstract The pressure applied to the jaw from chewing can significantly influence bone remodeling and potentially alter the skull's morphology, including in adults. This process involves intricate mechanisms such as...
Overbite Management through the Tooth Eruption ...
Abstract: This theoretical framework explores natural overbite correction through functional modifications that influence incisor eruption and mandibular morphology. Leveraging insights into the biological processes governing tooth eruption, this framework suggests...
Overbite Management through the Tooth Eruption ...
Abstract: This theoretical framework explores natural overbite correction through functional modifications that influence incisor eruption and mandibular morphology. Leveraging insights into the biological processes governing tooth eruption, this framework suggests...