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A clinical lens on pediatric engineeringpioneering science and technology for cutting-edge patient care /

Record Type:	Electronic resources : Monograph/item
Title/Author:	A clinical lens on pediatric engineeringedited by Jamie Leigh Wells.
Reminder of title:	pioneering science and technology for cutting-edge patient care /
other author:	Wells, Jamie Leigh.
Published:	Cham :Springer Nature Switzerland :2025.
Description:	xxvii, 301 p. :ill. (some col.), digital ;24 cm.
Contained By:	Springer Nature eBook
Subject:	Biomedical engineering.
Online resource:	https://doi.org/10.1007/978-3-031-84655-7
ISBN:	9783031846557$q(electronic bk.)

A clinical lens on pediatric engineeringpioneering science and technology for cutting-edge patient care /
A clinical lens on pediatric engineeringpioneering science and technology for cutting-edge patient care /[electronic resource] :edited by Jamie Leigh Wells. - Cham :Springer Nature Switzerland :2025. - xxvii, 301 p. :ill. (some col.), digital ;24 cm.

Part I. Know Thy Patient - Design and Adapt Accordingly -- Chapter 1. A Brief History of Pediatrics and the Beginnings of Pediatric Engineering -- Chapter 2. Pediatric Pharmacotherapy: Beyond Scaling - Understanding Developmental Dynamics and Therapeutic Adaptations -- Chapter 3. Beyond the Clinical: How a Holistic Approach to Design Builds a Strong Foundation for Modern Pediatric Healthcare -- Chapter 4. Bioethics and the Life of the Child -- Part II. Facilitating Progress from Bench to Bedside - Wins, Cautionary Tales and Lessons in Translation -- Chapter 5. Advancing Pediatric Healthcare: A Guide to Medical Device Innovation from Conceptualization to Clinical Use -- Chapter 6. The Rapidly Evolving Regenerative Medicine Ecosystem: Implications for Infants and Children -- Part III. Pediatric Engineering in Clinical Context - Digital to Device Innovation Past, Present and Future -- Chapter 7. Emergence of Liquid Biopsies in Pediatric Eye Cancers -- Chapter 8. Care Innovation in Pediatric Radiology -- Chapter 9. Advancements in Pediatric Liver Transplantation: Innovations and Future Directions -- Chapter 10. Beyond User-Centered Design: Designing Digital Health Technologies for Substance Use Prevention and Treatment in Children and Youth -- Chapter 11. Technology and Innovation in Pediatric Surgery: The Past, The Cutting Edge, and Future Possibilities -- Chapter 12. Pediatric Engineering: Pediatric Orthopedics -- Chapter 13. Interface of Engineering with Autism and Neurodiversity.

A Clinical Lens on Pediatric Engineering: Pioneering Science and Technology for Cutting-Edge Patient Care explores the depth and breadth of the newly applied science of pediatric engineering and its dawning era. Placing into context the origins of pediatric medicine and engineering, this deep dive into and beyond medical digital-to-device innovation integrates scientific rigor with clinical perspective, incorporating case examples of diagnostic and therapeutic breakthroughs, cautionary tales, and lessons in translation. The book begins by explaining the unique considerations of the developing child and the importance of including nuanced end-user and human factors early and often in the process of seeking biomedical solutions. It provides an overview of this population's diverse and dynamic biopsychosocial characteristics compared to adults, contrasting organ systems, cognitive maturation, bioethics, growth, and drug metabolism. A distinguished team of contributors supplies a comprehensive blueprint for transforming an idea through to clinical implementation, featuring the ever-expanding influences and intricacies of discovery. The book covers a wide array of topics, including fetal intervention, transplantation, regenerative medicine, addiction, ophthalmology, surgery (e.g., minimally invasive, orthopedic), cancer, nanotechnology, radiology imaging modalities, gene therapy, artificial intelligence (AI), machine learning, liquid biopsy, immersive technologies (e.g., augmented and virtual reality), neurodiversity, rare disease, critical care, robotics, materials science and tissue engineering. The design challenges specific to children's hospitals and healthcare facilities are discussed, highlighting the flexibility needed to achieve optimal patient outcomes, gather meaningful data, and drive innovative progress. This landmark work calls on key stakeholders to address the obstacles related to funding practices, clinical trials, and other impediments that hinder the timely and safe delivery of life-altering and life-saving results. It provides child health innovators with the essential tools to bridge these gaps and drive transformation in the rapidly evolving landscape of pediatric care. Provides readers with must-have guidance on the newly emerging field and applied science of pediatric engineering; Compares and contrasts adult and pediatric biopsychosocial, developmental, and disease-specific realities; Presents child health innovators with the tools to drive transformation in the evolving landscape of pediatric care.

ISBN: 9783031846557$q(electronic bk.)

Standard No.: 10.1007/978-3-031-84655-7doiSubjects--Topical Terms:

190330
Biomedical engineering.

LC Class. No.: R856

Dewey Class. No.: 610.28

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520 $a A Clinical Lens on Pediatric Engineering: Pioneering Science and Technology for Cutting-Edge Patient Care explores the depth and breadth of the newly applied science of pediatric engineering and its dawning era. Placing into context the origins of pediatric medicine and engineering, this deep dive into and beyond medical digital-to-device innovation integrates scientific rigor with clinical perspective, incorporating case examples of diagnostic and therapeutic breakthroughs, cautionary tales, and lessons in translation. The book begins by explaining the unique considerations of the developing child and the importance of including nuanced end-user and human factors early and often in the process of seeking biomedical solutions. It provides an overview of this population's diverse and dynamic biopsychosocial characteristics compared to adults, contrasting organ systems, cognitive maturation, bioethics, growth, and drug metabolism. A distinguished team of contributors supplies a comprehensive blueprint for transforming an idea through to clinical implementation, featuring the ever-expanding influences and intricacies of discovery. The book covers a wide array of topics, including fetal intervention, transplantation, regenerative medicine, addiction, ophthalmology, surgery (e.g., minimally invasive, orthopedic), cancer, nanotechnology, radiology imaging modalities, gene therapy, artificial intelligence (AI), machine learning, liquid biopsy, immersive technologies (e.g., augmented and virtual reality), neurodiversity, rare disease, critical care, robotics, materials science and tissue engineering. The design challenges specific to children's hospitals and healthcare facilities are discussed, highlighting the flexibility needed to achieve optimal patient outcomes, gather meaningful data, and drive innovative progress. This landmark work calls on key stakeholders to address the obstacles related to funding practices, clinical trials, and other impediments that hinder the timely and safe delivery of life-altering and life-saving results. It provides child health innovators with the essential tools to bridge these gaps and drive transformation in the rapidly evolving landscape of pediatric care. Provides readers with must-have guidance on the newly emerging field and applied science of pediatric engineering; Compares and contrasts adult and pediatric biopsychosocial, developmental, and disease-specific realities; Presents child health innovators with the tools to drive transformation in the evolving landscape of pediatric care.
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