NCAM Protein: Role in Brain Function and Disorders
Explore the NCAM protein, a molecule that builds brain structure and remodels connections, influencing learning, memory, and overall neurological health.
Fomitopsis Officinalis: The Medicinal Agarikon Mushroom
Explore *Fomitopsis officinalis*, a rare fungus whose historical role in traditional medicine is now being examined by modern scientific research.
Meth Induced Psychosis: Causes, Symptoms, and Treatment
Understand how methamphetamine impacts brain chemistry to trigger psychosis and learn about the medical and therapeutic approaches that support lasting recovery.
What Are the Best Proteolytic Enzymes for Cancer?
Explore the scientific evidence for using systemic enzymes in oncology, balancing their proposed benefits with safety and integration with conventional care.
Can You Take Aspirin and Naproxen Together?
Understand the key differences between aspirin and naproxen. Combining these common pain relievers can increase health risks and interfere with their intended effects.
What Is Thermal Homeostasis and How Does It Work?
Delve into the science of maintaining core body temperature, examining the interplay between involuntary physiological responses and deliberate behavioral actions.
What Is the KRAS Biomarker in Cancer?
A KRAS mutation offers key information about a cancer's behavior and its potential response to specific therapies, helping to guide patient care strategies.
Maverix Oncology: A New Approach to Cancer Therapy
Learn about Maverix Oncology's approach to creating targeted cancer therapies that leverage the distinct metabolism of tumors to improve selectivity.
What Is Trabeculation and What Does It Mean?
Understand trabeculation, a structural change where tissue forms a mesh-like pattern. Learn why it's often a physical sign of an underlying condition.
The FSP1 Gene: Role in Cancer, Fibrosis, and Inflammation
The FSP1 gene's protein, S100A4, regulates cell motility and growth. Learn how this normal function is also a key driver in disease and a focus for diagnostics.
Subgaleal Hemorrhage: Causes, Symptoms, and Treatment
Learn about subgaleal hemorrhage, a neonatal birth injury involving blood collection in the scalp. Early recognition and supportive care are vital for outcomes.
How Do Diatoms Move? Explaining Their Gliding Mechanism
Explore the biophysics that allows single-celled algae to glide, using a sophisticated internal system to navigate their microscopic world for resources.
Glutamate Dehydrogenase: Function and Clinical Significance
A key mitochondrial enzyme, glutamate dehydrogenase acts as a metabolic switch to balance cellular energy, linking amino acid processing to human health.
Spondyloarthritis and Inflammatory Bowel Disease Explained
Understand the relationship between spondyloarthritis and IBD, where gut health and joint function are directly linked by shared inflammatory pathways.
Why Urban Greenspaces Benefit Health and the Environment
Discover the interconnected roles of urban greenspaces in creating healthier, more sustainable cities for both people and the environment.
What Does a High Immature Granulocyte (IG) Count Mean?
An elevated immature granulocyte (IG) count indicates the body is releasing young white blood cells from the bone marrow to address a significant health demand.
T-VEC Success Rate: Monotherapy vs. Combination Therapy
Explore the clinical effectiveness of the oncolytic virus T-VEC. This overview details its performance as a standalone treatment and when combined with other immunotherapies.
How Methadone for Cancer Pain Works and Its Side Effects
Understand the role of methadone in severe cancer pain management, including its distinct mechanism and the necessary protocols for safe, supervised treatment.
High MCHC: Causes, Symptoms, and What It Means
Explore the significance of an elevated MCHC value from a blood test and how it guides further medical evaluation of red blood cell health and function.
What Are Zymogen Granules and What Is Their Function?
Explore how cells use zymogen granules to safely contain digestive enzymes, preventing internal damage while ensuring their controlled release for digestion.