Clinical Trials
Summary:
Committed Pediatrics Emergency Room Doctor adept at communicating with patients, guardians and caregivers to deliver exceptional pediatric care illustrated over 8 years within healthcare landscape.
Communicative and empathetic with passion for driving and instilling excellent habits in youth to cultivate continuous health. Aiming to fulfill opportunity to apply advanced knowledge of social, emotional and physical developmental milestones.
Compassionate professional skilled in managing medical emergencies and fostering positive relationships with patients and families.
Expert in communicating medical terminology clearly and concisely to patients, families and other healthcare professionals. Highly organized and detail-oriented for accurately completing paperwork and documentation.
An Emergency Room (ER) of Pediatrics Patients typically performs several critical functions, including but not limited to:
A journey through medical school typically follows this path:
1. Admission: Entry into medical school often involves rigorous competitive examinations, after which successful candidates are admitted.
2. Pre-Clinical Years: The early years are usually focused on foundational scientific course work in fields like anatomy, biochemistry, physiology, pharmacology, and microbiology. Students are also introduced to medical ethics and patient interactions.
3. Clinical Years: The later years involve practical rotations in various medical specialties (such as Internal Medicine, Surgery, Pediatrics, Psychiatry, and Obstetrics and Gynecology, among others) under the supervision of doctors.
4. Examinations: Various examinations, both written and clinical, are given throughout the course to evaluate medical knowledge, patient care skills, and ethical behavior.
5. Residency Match & Graduation: In the final year, students apply to residency programs in their desired medical specialty. This involves a matching process, where both applicants and programs rank their preferences and matches are made. After successful completion of the course and examinations, medical students graduate and advance to become practice-ready doctors.
6. Residency: A required step after graduation, in which newly graduated doctors practice medicine under the supervision of attending physicians. The duration of residency varies based on the medical specialty.
This is a simplified summary of the process. It's important to note that the structure and duration of the educational period can vary depending on the country and specific institution.
Health assessments
PEDIATRIC ADVANCED LIFE SUPPORT - American Heart Association
Clinical Trials
Healthcare Consulting
New Therapies Investigation
BLS for Healthcare Providers Course - American Heart Association
PEDIATRIC ADVANCED LIFE SUPPORT - American Heart Association
Stem cells have become the target of great attention for regenerative therapy. This type of cells can originate from the embryo, fetus, newborn or adult, and there are several sources for harvesting them. However, although regenerative stem cell therapy holds great promise in the treatment of various diseases, there are several obstacles that hinder its use, whether for research purposes or for the purposes of clinical treatment of diseases. Within the scope of orthopedic pathology, several studies and clinical trials have been planned and carried out with the aim of regenerating the different tissues of the locomotor system (bone, cartilage, intervertebral discs, tendons, ligaments and muscle). The potential of stem cells to differentiate to form bone has been confirmed in several studies. However, a favorable micro-environment is necessary, where growth factors and other types of proteins must be present. Pseudarthrosis and osteogenesis imperfecta are two models of diseases treated by Orthopedics where the results of studies were exciting. The regeneration of articular cartilage and fibrocartilage, intervertebral discs, tendons and ligaments has also demonstrated promising results when using stem cells. The treatment of muscular pathology has been studied outside the spectrum of orthopedic pathologies. The present review aims to gather information from publications that address the topic of the clinical use of stem cells in Orthopedics.
Neonatal Intensive Care Unit
05/2018 - 06/2018
Albany, NY;
United States of América
Sponsor: Dr. Joaquim Pinheiro (Neonatologist)
During my internship at Albany Medical Center, under Dr. Pinheiro's guidance, I gained hands-on experience and witnessed diverse approaches to patient care. I observed Dr. Pinheiro's meticulous analysis of each case, considering individual needs and circumstances. His expertise and patient-centered approach were evident as he devised appropriate treatment plans. Dr. Pinheiro also emphasized effective communication and collaboration within the healthcare team, fostering a supportive environment. This transformative internship solidified my passion for a career in medicine and equipped me with the necessary skills to make a positive impact on patients' lives.
Stem cells have become the target of great attention for regenerative therapy. This type of cells can originate from the embryo, fetus, newborn or adult, and there are several sources for harvesting them. However, although regenerative stem cell therapy holds great promise in the treatment of various diseases, there are several obstacles that hinder its use, whether for research purposes or for the purposes of clinical treatment of diseases. Within the scope of orthopedic pathology, several studies and clinical trials have been planned and carried out with the aim of regenerating the different tissues of the locomotor system (bone, cartilage, intervertebral discs, tendons, ligaments and muscle). The potential of stem cells to differentiate to form bone has been confirmed in several studies. However, a favorable micro-environment is necessary, where growth factors and other types of proteins must be present. Pseudarthrosis and osteogenesis imperfecta are two models of diseases treated by Orthopedics where the results of studies were exciting. The regeneration of articular cartilage and fibrocartilage, intervertebral discs, tendons and ligaments has also demonstrated promising results when using stem cells. The treatment of muscular pathology has been studied outside the spectrum of orthopedic pathologies. The present review aims to gather information from publications that address the topic of the clinical use of stem cells in Orthopedics.