Lisandro Gonçalves is a dentist, researcher, scientific editor, methodological developer, and clinical technology innovator whose professional trajectory bridges clinical dentistry, dental biomaterials, physicochemical characterization, digital technologies, clinical documentation, and research methodology.
During his academic teaching career, he developed a strong commitment to undergraduate education and early scientific training. He actively mentored students in their first research experiences and encouraged their participation in scientific initiation programs. This involvement began early in his academic trajectory and included guiding undergraduate students in the development and presentation of research projects at meetings of the Brazilian Society for Dental Research (SBPqO).
He holds a Master’s degree in Dentistry, with emphasis in Endodontics, and has completed postgraduate clinical training in multiple areas of dentistry. His early experimental research focused on the interaction between clinical procedures, dental materials, irrigation protocols, obturation systems, and the root–dentin interface, incorporating quantitative assessment through displacement-resistance testing.
This materials-oriented foundation subsequently expanded into digital dentistry, clinical imaging, three-dimensional workflows, structured clinical documentation, technological innovation, and methodological systems designed to enhance reproducibility, traceability, verification, and scientific decision-making.
His more recent work explores the intersection of clinical practice, digital systems, scientific methodology, and responsible artificial intelligence. Particular emphasis is placed on human oversight, transparent documentation, methodological accountability, and the development of traceable approaches for the responsible integration of artificial intelligence into scientific and clinical workflows.
As Editor-in-Chief of the Journal of Digital Health and Advanced Biomaterials, Lisandro Gonçalves contributes to the scientific direction, editorial governance, scope development, and quality standards of the journal.
His editorial perspective emphasizes the integration of advanced biomaterials, digital technologies, clinical research, methodological transparency, reproducibility, independent peer review, research integrity, and scientifically responsible use of artificial intelligence.
Particular attention is given to the distinction between technological assistance and scientific authorship, interpretation, accountability, and editorial decision-making.
A representative selection documenting the progression from experimental endodontic biomaterials research to digitally assisted clinical workflows, multidisciplinary rehabilitation, and traceable clinical imaging.
Experimental investigation of the radicular dentin interface linking irrigation protocols, adhesive behavior, endodontic materials, and quantitative push-out bond-strength assessment.
Clinical and technical work integrating digitally assisted orthopedic planning, three-dimensional acquisition, design, and clinical implementation.
Clinical case study addressing prosthetic rehabilitation of posterior occlusal collapse through a multidisciplinary treatment approach.
Technical contribution connecting facial surface acquisition, three-dimensional modeling, digital design, manufacturing, and clinically reproducible orthopedic support.
Clinical-technology study combining standardized photographic documentation, session traceability, mapping of injection points, and automated unit totalization.
Clinical case report integrating ceramic aesthetic rehabilitation and targeted onabotulinumtoxinA application at the Yonsei point for gummy-smile modulation.
A technology trajectory spanning the original WebDent platform, controlled-access clinical storage, integrated dental information systems, photographic record governance, and protocol-driven clinical imaging.
Early web-based dental platform and later Drupal 7 theme/module package documenting the technological origin of a longer-term clinical information-system trajectory.
DOI 10.5281/zenodo.18751642 →Documentation snapshot of a controlled-access storage and file-sharing environment designed to support organization and secure exchange within dental workflows.
DOI 10.5281/zenodo.18751767 →Modular dental information system designed to consolidate structured electronic records, odontogram/charting, scheduling, financial history, clinical photography and imaging, visual/3D resources, and prosthetic file sharing with emphasis on longitudinal traceability and record governance.
DOI 10.5281/zenodo.18750867 →Session-oriented web module focused on standardized clinical photography, record governance, longitudinal traceability, quality-control checkpoints, reproducibility, and structured export.
DOI 10.5281/zenodo.18749933 →Browser-based clinical imaging system combining standardized photographic series, session-oriented records, guided framing, quality-control support, longitudinal comparison, application mapping, and automated botulinum-toxin unit calculation.
DOI 10.5281/zenodo.18751438 →
Original methodological protocol conceived to orient the critical, verifiable, transparent, and responsible use of artificial intelligence in scientific activities, preserving human judgment and methodological accountability.
DOI 10.5281/zenodo.21782288 →
Seven-stage methodological workbook designed to transform a broad research idea into a clear, coherent, investigable, and preliminarily feasible research scope through explicit decisions, thematic delimitation, context definition, feasibility analysis, and question refinement.
DOI 10.5281/zenodo.21801836 →
Technological development related to the design and manufacture of an appliance intended for the treatment of maxillary deficiency, integrating clinical dentistry, device design, manufacturing concepts, and applied innovation.
As a court-appointed dental expert, Lisandro Gonçalves has contributed to the technical and scientific characterization of osseointegrated dental implants, their components, and related accessories.
His expert analysis integrates clinical dentistry, biomaterials, manufacturing characteristics, sterilization, medical-device classification, and regulatory interpretation.
Assessment of structural, material, functional, and clinical characteristics of dental implant systems and their components.
Scientific differentiation of implantable dental devices from general-purpose metallic components based on intended use, design, manufacturing, and clinical function.
Translation of technical and scientific evidence into objective findings suitable for judicial consideration and technically supported classification.
Forthcoming academic book dedicated to research-project development, scientific methodology, academic writing, and preparation of scientific articles.
Clinical case report describing conservative treatment of Angle Class II division 1 malocclusion with a modified maxillary splint in a 13-year-old patient presenting maxillary protrusion and anterior open bite.
After six months of treatment, the report documented improvement in the maxillomandibular relationship, control of anterior maxillary displacement, distalization and intrusion of the upper molars, and slight maxillary expansion.
Gonçalves's scientific and professional trajectory intersects directly with the two central dimensions of JDHAB: advanced biomaterials and digital health.
His work in dental materials, adhesive interfaces, clinical measurement, digital dentistry, three-dimensional workflows, clinical image governance, methodological development, and responsible artificial intelligence provides an interdisciplinary foundation for evaluating research in which technological performance must be connected to clinically meaningful, reproducible, and scientifically traceable evidence.
This combination of clinical, experimental, methodological, technological, and editorial experience contributes to JDHAB's objective of promoting research that links physical and biological reality with reliable digital evidence.
