stem
The four major disciplines propelling our students and our society forward; all about education in science, technology, engineering, and mathematics.
How to Sell Fake Disease
Pharmaceutical companies are accused of fabricating diseases to boost sales of their medications. The pharmaceutical industry is under scrutiny for allegedly creating fictitious illnesses to drive up the demand for medication. This practice puts doctors in a difficult position, caught between the interests of patients and the pharmaceutical companies. Metabolic syndrome, which is associated with abdominal obesity and is a precursor to diabetes, hypertension, and high cholesterol, is often used as an example of a condition that is exploited for profit. Experts such as Dr. Boris Hansel and Professor Jean Louis Depp are known for endorsing pharmaceutical drugs like Accomplice and Ribonomat for the treatment of metabolic syndrome.
By Isaac Ekow Anyidoho10 days ago in Education
Human Brain vs. AI
Introduction Comparing the human brain and artificial intelligence (AI) is a fascinating exploration into the capabilities and limitations of biological and technological systems. While the human brain remains the most complex and sophisticated organ known to science, AI has made significant strides in emulating certain cognitive functions. In this article, we will examine the differences between the human brain and AI and the potential synergies that can arise from their interaction.
By Murari Ambati10 days ago in Education
What is Addiction
Introduction Addiction is a complex and often misunderstood phenomenon that affects millions of individuals worldwide. From substance abuse to behavioral compulsions, addiction can manifest in various forms and can have profound effects on physical, mental, and social well-being. In this article, we will delve into addiction, exploring its definition, causes, effects, and treatment options.
By Murari Ambati11 days ago in Education
The Double Helix Tango: Unveiling the Cellular Dance of DNA Replication. AI-Generated.
Have you ever wondered how a single fertilized egg transforms into a complex organism like yourself, with trillions of unique cells? The answer lies in a meticulously choreographed dance called DNA replication. This fascinating process ensures our genetic blueprint, stored in the form of DNA, is faithfully copied so each new cell inherits the instructions for life.
By suren arju11 days ago in Education
How to Weight Loss?......KETO
KETO....WEIGHT LOSS JOURNEY Losing weight with the keto diet has become quite popular because it focuses on changing how your body gets its energy. Keto, short for ketogenic, is a low-carb, high-fat diet. This means you eat very few carbohydrates and more fats. The idea is to get your body into a state called ketosis, where it burns fat for fuel instead of carbs. Here’s how you can lose weight with the keto diet.
By Mic Jameel11 days ago in Education
AI Friend or Foe?: Exploring the Reality and Myths of Artificial Intelligence
This post sums up the perception of artificial intelligence for many of us. Despite popular fears, we're currently at no risk of being destroyed by machines. However, tech tycoon Elon Musk begs to differ, stating that AI is a fundamental risk to the existence of human civilization. Whether artificial intelligence poses a threat is debatable. Let me know your thoughts in the comment section below.
By Sheikh Azeem11 days ago in Education
The Secret Symphony Within: Unveiling the Magic of Osmosis. AI-Generated.
The Secret Symphony Within: Unveiling the Magic of Osmosis Imagine a world where plump grapes transform into shriveled raisins overnight. Not magic, but a fascinating phenomenon called osmosis is at play! This seemingly simple process, where water flows across a barrier, orchestrates a silent symphony within us, impacting everything from the juiciness of a fruit to the delicate balance of fluids in our bodies.
By suren arju12 days ago in Education
The Spice of Life: Enzymes Behind Flavorful Delights. AI-Generated.
The Mighty Minis of Life: Unveiling the Secrets of Enzymes Imagine a tiny factory worker, zipping around a microscopic assembly line, speeding up the production of essential components. These are enzymes, the unsung heroes of our bodies, constantly working to keep us alive and functioning. But enzymes are far more fascinating than just cellular factory workers. Let's delve into their intricate world and explore why they matter, how they work, and their surprising connection to everything from delicious foods to potentially lifesaving drugs.
By suren arju12 days ago in Education
Cracking the Cellular Code: Unmasking GPCRs. AI-Generated.
G-protein coupled receptors (GPCRs) are the silent conductors of a grand symphony within us. These fascinating proteins, the most abundant type of receptor in the human body, constantly monitor the external environment, translating signals from hormones, neurotransmitters, light, and even taste into tailored cellular responses. From regulating our heart rate and blood pressure to mediating vision, taste, and our sense of smell, GPCRs orchestrate a vast array of physiological functions. Understanding their intricate workings unlocks the secrets of how our bodies react to the world around us and paves the way for developing new medications.
By suren arju12 days ago in Education
The Cellular Hustle: Endocytosis & Exocytosis. AI-Generated.
The Cellular Symphony: A Dance of In and Out with Endocytosis and Exocytosis Have you ever wondered how a cell, the microscopic building block of life, manages to bring in the nutrients it needs and expel waste products? The answer lies in a fascinating cellular ballet called endocytosis and exocytosis. These two processes work in perfect harmony to maintain a healthy cellular environment, and any disruption in this dance can lead to serious health consequences.
By suren arju12 days ago in Education
The Mystery of the Missing Molecules: Can You Crack the Code of Active Transport?. AI-Generated.
The Mystery of the Missing Molecules: Can You Crack the Code of Active Transport? Imagine you're shrunk down to the size of a marble, miniaturized and tossed into a bustling city. But this city is unlike any other. It's surrounded by a tightly guarded wall, with specific checkpoints for entry and exit. Vital supplies constantly flow in, while waste products head out. The question is, how does this tightly controlled movement happen, especially when some things seem to defy the laws of traffic flow?
By suren arju12 days ago in Education