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Dr. Sarah Ng

Dr. Sarah Ng is a distinguished physicist with a focus on quantum mechanics and materials science. She earned her Ph.D. from the University of California, Berkeley, and has over a decade of teaching and research experience. Her groundbreaking studies have been published in various high-impact journals, making her a prominent figure in her field.
Graph depicting normal ejection fraction values across different ages
Graph depicting normal ejection fraction values across different ages
Explore the relationship between age and normal heart ejection fraction. Understand its implications for cardiovascular health. ❤️📊
Illustration depicting the anatomical changes in joints affected by rheumatoid arthritis.
Illustration depicting the anatomical changes in joints affected by rheumatoid arthritis.
Explore rheumatoid arthritis and its impact on joint health. Discover symptoms, diagnosis, treatment options, and current research. ⚕️🦴 Enhance your understanding of this chronic condition.
Illustration showing the hormonal fluctuations during the ovulation cycle
Illustration showing the hormonal fluctuations during the ovulation cycle
Explore the 23-day ovulation cycle's effect on fertility and health. Understand hormone roles and reproductive choices better. 🌸📅 #ReproductiveHealth
Illustration of infantile hemangioma on an infant's skin
Illustration of infantile hemangioma on an infant's skin
Explore multiple infantile hemangiomas—clinical features, diagnosis, management, and long-term outcomes. Essential insights for healthcare professionals. 👶🩺
Detailed cross-section of a conical bearing demonstrating its internal structure.
Detailed cross-section of a conical bearing demonstrating its internal structure.
Explore the complexities of conical bearings in this detailed article. Discover their design, materials, applications, and essential maintenance tips. 🛠️📏
Graph showcasing survival rates of cervical squamous cell carcinoma over the years
Graph showcasing survival rates of cervical squamous cell carcinoma over the years
Explore survival rates of squamous cell carcinoma of the cervix. Discover factors influencing outcomes, treatment advancements, and key statistics 📊💖
Atomic structure of ruthenium
Atomic structure of ruthenium
Discover the density of ruthenium and its vital role in chemistry and industry. Learn about its structure, properties, and implications. 🔍🔬
A detailed infographic illustrating the prevalence of cardiovascular disease across the United States.
A detailed infographic illustrating the prevalence of cardiovascular disease across the United States.
Explore the complexities of cardiovascular disease in the US. Understand risk factors, treatment options, and socio-economic impact. 🌍❤️ #HealthAwareness
Chemical structure illustrating lipid peroxidation
Chemical structure illustrating lipid peroxidation
Explore the lipid peroxidase assay, a vital tool in biological research. Understand methodologies, results interpretation, implications for oxidative stress studies, and advancements. 🔬🧬
Illustration depicting the historical use of silver in various cultures for its antimicrobial properties.
Illustration depicting the historical use of silver in various cultures for its antimicrobial properties.
Discover the science behind silver's antimicrobial properties. Explore its historical use, mechanisms of action, and applications in medicine and industry. 🔬✨
Understanding Ad5 Vectors: Mechanisms and Applications in Gene Therapy Introduction
Understanding Ad5 Vectors: Mechanisms and Applications in Gene Therapy Introduction
Explore Ad5 vectors in gene therapy! Understand their gene delivery mechanisms, applications, challenges, and advancements. 🧬🔬 Gain insights into genetic engineering.
Detailed anatomical diagram of kidney glomeruli showcasing their structure and surrounding components.
Detailed anatomical diagram of kidney glomeruli showcasing their structure and surrounding components.
Discover the intricate role of kidney glomeruli in filtration and disease. Understand their anatomy, function, and emerging therapies.🧬💧