Objective: To examine sex-based differences in patient management across medical specialties, particularly the likelihood of receiving invasive or intensive tre
Matthew D. Hall, M.D., MBA, was installed as the Endowed Chair in Pediatric Radiation Oncology at Baptist Health Herbert Wertheim Cancer Institute.
The endowed chair was established through philanthropic support to advance Dr. Hall's research on reducing long-term side effects of radiation therapy in children.
Dr. Hall is recognized for his expertise in proton therapy, which minimizes radiation exposure to healthy tissues in pediatric patients.
Since 2016, Dr. Hall has led the growth of Florida's largest pediatric radiation oncology program at the Wertheim Cancer Institute.
In 2024, Dr. Hall was elected president of the Particle Therapy Cooperative Group of North America.
Objective: To inform dental practices about changes in Google's review solicitation policies and their implications. Approach: Policy Changes: Google's April 20
Objective: To inform about the latest updates and innovations in DEXIS's dental imaging portfolio. Approach: Imaging Hardware: Introduction of the NOMAD™ Pro 3
Objective: To explore hiring challenges and attitudes toward flexible staffing among dental professionals and organizations. Approach: Survey Participants: 1,31
Cloud Dentistry's State of the Dental Industry 2026 Report surveyed 1,311 users, including 1,181 dental professionals and 130 dental office representatives.
84% of responding offices identified finding qualified employees as their top hiring challenge.
More than 80% of dental professionals would consider same-day or short-notice bookings, and 75.3% were open to working for a DSO.
51% of responding offices preferred a combination of temporary and permanent staff, with nearly 60% hiring temporary professionals into permanent roles.
Cloud Dentistry serves over 39,000 dental offices and does not charge fees for permanent placements initiated through its platform.
Objective: To evaluate quadriceps and hamstring strength and flexibility changes following total knee arthroplasty over a 12-month period. Approach: Study Desig
Cell therapies represent a significant advancement in synthetic biology, offering potential cures for late-stage cancers and various diseases.
Healthcare systems face challenges in delivering advanced therapies due to varying infrastructure and resource availability across regions.
Efforts are underway to broaden access to cell therapies in community settings, but significant barriers remain in education and resource allocation.
Emerging therapies like bispecific antibodies present severe toxicities, necessitating new skillsets among healthcare providers for effective management.
Regulatory and investment challenges hinder the development of supportive care drugs, impacting the management of treatment-related toxicities.
Objective: To assess the associations of probiotic supplementation with death, necrotizing enterocolitis (NEC), and sepsis in extremely preterm infants. Approac
Probiotic supplementation is being investigated to reduce necrotizing enterocolitis (NEC) incidence in preterm infants due to intestinal immaturity and dysbiosis.
Certain probiotic strains may lower NEC incidence and all-cause mortality among preterm infants, but findings vary due to differences in study design.
Probiotic use in neonatal units varies globally, influenced by product quality, safety concerns, and clinical practice guidelines.
In 2020, Sweden implemented a national guideline for probiotic supplementation in very preterm infants, based on European recommendations.
The study assessed associations between probiotic supplementation and outcomes like death, NEC, and sepsis using data from the Swedish Neonatal Quality Register.
Objective: To gather public input on the regulation of deceased-donor islet cells and related cellular products for treating type 1 diabetes. Approach: Regulato
Surgery, chemotherapy, and radiotherapy have been foundational in cancer therapy, but new modalities like immunotherapies are emerging.
Immunotherapy, including immune checkpoint inhibitors, shows promise but faces challenges like varying response rates and treatment resistance.
CAR-T cell therapies have transformed hematological cancer management, yet their efficacy in solid tumors and manufacturing costs remain barriers.
Engineered oncolytic viruses and bacteria are being explored as cancer therapeutics, but clinical translation faces significant obstacles.
Targeted therapies have evolved, with PARP inhibitors and KRAS inhibitors demonstrating advances, while antibody-drug conjugates face emerging resistance.