The Children S Hospital Of Philadelphia

The Children’s Hospital of Philadelphia opened its doors in 1855 amidst a turbulent time in the city. Dr. Francis West Lewis, a prominent Philadelphia physician, was deeply disturbed by the appallingly high mortality rate among infants and children in his city, a result of the poor sanitary conditions in the urban slums that arose in great numbers during the Industrial Revolution. After visiting London for the opening of Great Ormond Street Hospital, Dr. Lewis was inspired to open the first children’s hospital in the United States in Philadelphia and advertised in the Public Ledger, “Reception of children suffering from acute diseases and accidents will be received free of charge.” The Children’s Hospital continued to prosper and lead the advancement of children’s health by creating many of the nation’s first pediatric training programs and leading in the discovery of vaccines, lifesaving medical equipment, and pioneering treatments. Today, the hospital enjoys international recognition and continues to contribute to the advancement of children’s health through a three-part mission of patient care, education, and research.

Based on the latest brain research, this reference about everything parents need to know, from pre-conception to age five, includes health care information, developmental and behavioral milestones.

While asthma can't be cured, it can be treated and controlled so that your child can enjoy a healthier, more active life. In this important guide, the experts at the top-ranked children's hospital in the United States clearly explain what asthma is and how parents, caregivers, and young patients can manage it successfully. The Children's Hospital of Philadelphia Guide to Asthma features the most up-to-date information on the disease and the keys to optimal preventive treatment-controlling environmental conditions that trigger symptoms, making a proactive medical treatment plan, and consistently putting it into action at the first sign of trouble. You'll discover how asthma is diagnosed, what the common triggers are, how to select the best asthma medicines, and how to protect your child in and away from your home to help him or her live a fulfilling childhood that is as symptom-free as possible. This book: * Reveals how to manage acute and emergency episodes of the disease * Explains how to asthma-proof your home * Addresses sports and exercise issues for children with asthma * Discusses the special needs of toddlers and teens * Features a series of vignettes about children with asthma * Includes educational materials and resources, including community support

The quest for cost savings in hospitals and health systems too often prompts leaders to rush to make major cuts in the largest budget line item: staffing and labor costs. Evidence shows, though, that cutting labor expenses, especially in nursing, negatively impacts both quality of care and overall profitability. Faced with cutting costs while continuing to provide extraordinary patient care, nurses at Children’s Hospital of Philadelphia (CHOP) decided to pave a different path. In the process, they created a new model of bedside-driven fiscal responsibility. Nursing-Led Savings shows organizational leaders at all levels how to develop and implement a robust, sustainable plan that eliminates waste and streamlines processes in everyday clinical work. This strategy involves: · Educating frontline staff on the importance of financial stewardship · Using a structured improvement approach to execute cost savings at the bedside · Engaging Nursing Shared Governance councils in implementation and oversight · Prioritizing non-labor expense reduction

The Children's Hospital of Philadelphia opened its doors in 1855 amidst a turbulent time in the city. Dr. Francis West Lewis, a prominent Philadelphia physician, was deeply disturbed by the appallingly high mortality rate among infants and children in his city, a result of the poor sanitary conditions in the urban slums that arose in great numbers during the Industrial Revolution. After visiting London for the opening of Great Ormond Street Hospital, Dr. Lewis was inspired to open the first children's hospital in the United States in Philadelphia and advertised in the Public Ledger, "Reception of children suffering from acute diseases and accidents will be received free of charge." The Children's Hospital continued to prosper and lead the advancement of children's health by creating many of the nation's first pediatric training programs and leading in the discovery of vaccines, lifesaving medical equipment, and pioneering treatments. Today, the hospital enjoys international recognition and continues to contribute to the advancement of children's health through a three-part mission of patient care, education, and research.

Telemedicine, which involves electronic communications and software, provides the same clinical services to patients without the requirement of an in-person visit. Essentially, this is considered remote healthcare. Though telemedicine is not a new practice, it has become an increasingly popular form of healthcare delivery due to current events, including the COVID-19 pandemic. Not only are visits being moved onto virtual platforms, but additional materials and correspondence can remain in the digital sphere. Virtual lab results, digital imaging, medical diagnosis, and video consultations are just a few examples that encompass how telemedicine can be used for increased accessibility in healthcare delivery. With telemedicine being used in both the diagnosis and treatment of patients, technology in healthcare can be implemented at almost any phase of the patient experience. As healthcare delivery follows the digital shift, it is important to understand the technologies, benefits and challenges, and overall impacts of the remote healthcare experience. The Research Anthology on Telemedicine Efficacy, Adoption, and Impact on Healthcare Delivery presents the latest research on best practices for adopting telehealth into medical practices and its efficacy and solutions for the improvement of telemedicine, as well as addresses emerging challenges and opportunities, including issues such as securing patient data and providing healthcare accessibility to rural populations. Covering important themes that include doctor-patient relationships, tele-wound monitoring, and telemedicine regulations, this book is essential for healthcare professionals, doctors, medical students, academic and medical libraries, medical technologists, practitioners, stakeholders, researchers, academicians, and students interested in the emerging technological developments and solutions within the field of telemedicine.

Modern technology has impacted healthcare and interactions between patients and healthcare providers through a variety of means including the internet, social media, mobile devices, and the internet of things. These new technologies have empowered, frustrated, educated, and confused patients by making educational materials more widely available and allowing patients to monitor their own vital signs and self-diagnose. Further analysis of these and future technologies is needed in order to provide new approaches to empowerment, reduce mistakes, and improve overall healthcare. Impacts of Information Technology on Patient Care and Empowerment is a critical scholarly resource that delves into patient access to information and the effect that access has on their relationship with healthcare providers and their health outcomes. Featuring a range of topics such as gamification, mobile computing, and risk analysis, this book is ideal for healthcare practitioners, doctors, nurses, surgeons, hospital staff, medical administrators, patient advocates, researchers, academicians, policymakers, and healthcare students.

The field of Mitochondrial Medicine has been dominated by symptom constellation-based diagnostic categorization since the first clinical syndrome was described three decades ago. Now, as rapidly expanding knowledge has revealed that mitochondrial diseases may result from several hundred distinct gene disorders with extensive clinical and mutation heterogeneity, the most useful guide for clinical care and research embraces a gene-centric approach to each individual's disorder. Together with international colleagues, Dr. Marni Falk has developed the Mitochondrial Disease Sequence Data Resource (MSeqDR), an online, community curated, centralized data resource of mitochondrial disease data from a genomic perspective. MSeqDR provides tens of thousands of users with interactive access to mitochondrial disease feature descriptions in a defined human phenotype ontology, mitochondrial proteome-based gene and variant curation, and a suite of easily accessible tools to facilitate analysis of complex genomic datasets in nuclear and mitochondrial genomes as well as accurate interpretation of mitochondrial disease genes, variants, and diseases. Here, in the Mitochondrial Disease Genes Compendium, Dr. Marni Falk and a team of international experts have built off their work on MSeqDR to provide an all-in-one, readily accessible, and easy-to-use at point of care reference on mitochondrial disease from a gene-based perspective. In this book, clinicians and researchers will find a complete overview of mitochondrial disease genes relevant across all specialties, cataloging and building context around clinical features and the genetic basis of each condition. Within, each "gene page" offers an in-depth, referenced view of the relevant clinical disease spectrum, including gene and protein descriptions, year discovered, inheritance pattern(s), age ranges affected, major clinical features and severity range, clinical pearls, known therapies, available support groups, animal models, and gene-specific basic, translational, or clinical research activities now underway. Links provided on each gene page direct readers to MSeqDR for new findings, up-to-date genomic variant data, and user friendly informatics tools accessible to general clinicians and sophisticated geneticists or bioinformaticians alike, ensuring access to updated information on each condition. Covering 256 mitochondrial disease genes that have been expert-curated to assure they cause human diseases and have known mitochondrial localization or impact mitochondrial function, the Mitochondrial Disease Genes Compendium is directed at clinicians and researchers, facilitating bedside access to high-level, curated knowledge on mitochondrial disease genetics that rapidly enables patient diagnosis, counseling, management, treatment, and research. Provides a readily intelligible, all-in-one reference of known mitochondrial disease genes and their associated conditions Features live links to Mitochondrial Disease Sequence Data Resource (MSeqDR) pages with regularly updated genetic variant data and bioinformatics tools Covers the inheritance patterns, age spectrum affected, major clinical features, therapeutics, support groups, and research currently under way for over 250 mitochondrial diseases