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How to Get Into Biotech: Career Insights from a Biotech Veteran 

Breaking into biotech can feel like decoding a secret language, especially if you don’t come from a traditional science background. The good news? There are graduate programs that can give you the foundation and confidence to thrive — no matter your work or educational history.  Alison Occhiuti is a biotech professional with more than 15 years of experience in drug development and trial management. She shared her insights on how to get into biotech and why programs like the University of Florida’s master’s degree in medical physiology and pharmacology can be a smart pathway for career changers and those already working in the field.  How to Get Into Biotech Without a Science Degree  Alison didn’t follow a scientist’s typical path. She began college as a pre-med student, but when Northwestern wouldn’t accept her organic chemistry credits from Harvard, she shifted to a Spanish major while continuing her pre-med courses. Though she ultimately decided medicine wasn’t for her, she stayed connected to the health field—a choice that eventually led her into biotech.  She found her entry point in contract research organizations (CROs), companies that biotech and pharma hire to outsource trials

Gut Check: 4 Surprising Ways Intestinal Anatomy Affects Health 

If you picture the digestive system as a simple tube that moves food from point A to point B, you’d be correct. But that mental image leaves out so many of the finer details.  Your intestines are less like a pipeline and more like a carefully engineered obstacle course. They’re folded and layered in ways that shape how your body absorbs nutrients and defends itself against potential threats.  Long before gut bacteria enter the picture, intestinal anatomy plays a starring role in human health. Below, we take a closer look at four surprising ways your intestines impact far more than digestion.  #1 Intestinal Surface Area Determines Nutrient Absorption  One of the most remarkable features of intestinal anatomy is just how much surface area the small and large intestines pack into your abdomen. The small intestine alone measures roughly 10 to 15 feet, coiled neatly inside the abdominal cavity, while the five or so feet of the large intestine fit in the same limited space.  This impressive packing job isn’t just an anatomical flex; it’s a functional necessity

Spotlight on Career Paths: Physician Assistant 

You won’t always see a doctor at the doctor’s office. A physician assistant (PA) treats patients, too. PAs work closely with doctors and provide much of the same care, from diagnosis to treatment. A doctor can have thousands of patients. (You do the math.) PAs ensure patients get the attention they need.  Being a physician assistant is a challenging but rewarding career

Careers in Aging: Becoming a Gerontechnologist 

By 2030, nearly 72 million people in the U.S. will be 65 or older, and many will need extra support. Thanks to gerontechnologists and their assistive technology innovations — like wearables, smart home features, and robot helpers — older adults can enjoy more independent, fulfilling lives.  Gerontechnology improves the quality of life for seniors while opening doors to exciting, fast-growing careers. Here’s what you need to know.  What Is Gerontechnology?  Gerontechnology — sometimes called “age technology” — is exactly what it sounds like: gerontology (the study of aging) + technology. This field focuses on designing and developing tech solutions that address the unique needs of aging adults.  Coming up empty on gerontechnologist job listings? Here’s why: Gerontechnology isn’t a job, it’s a field

The Science Behind Headaches: What’s Really Happening In Your Skull 

You know that pulsing, behind-the-eyes ache that hits after hours at your laptop or a day spent skipping water breaks? It feels like your brain is protesting — in a very loud, very annoying way.  But what’s really happening inside your head when pain strikes?  Think of your skull as a control center under pressure. Billions of nerve cells are constantly sending messages to different areas of your body to keep it running smoothly. The science behind headaches shows that pain begins when this communication network gets overloaded. When that happens, your nervous system sends out a distress signal that makes your entire head feel like it’s under siege.  In this article, we’ll explore:  What happens in your brain when a headache starts  The most common types and causes of headaches  How science is helping us understand and treat them better  Why understanding headaches matters for anyone studying the human body  What Causes Headaches? Understanding the Pain in Your Head   Contrary to what it seems like, your brain doesn’t actually feel pain. It has no pain receptors

7 Medical Sciences Trends Shaping Healthcare in 2026 

2025 was a groundbreaking year for medical science. CRISPR gene-editing made the leap from lab to clinic, cancer immunotherapy discoveries earned the Nobel Prize, researchers made real strides toward reversing Alzheimer’s and healthcare leaders worldwide signed a global pandemic treaty.  Now, 2026 is already gearing up to take the torch. From personalized gene therapies to robot assistants, here are seven healthcare innovations to watch in the year ahead.  Medical Sciences Trends Transforming Healthcare in 2026  #1 Personalized Gene Therapies Enter Early Clinical Use  Gene therapy could soon let your doctor design treatments tailored to your DNA.   In mid-2025, Stanford researchers unveiled CRISPR-GPT, an AI “copilot” that can design CRISPR experiments in months rather than years, accelerating the speed at which therapies reach patients.  The same year, scientists administered the first fully personalized CRISPR treatment to a six-year-old child, dramatically reducing the child’s need for medication and proving that truly individualized medicine is within reach.  #2 Robots Assist in the Operating Room and Beyond  Picture this: Robotic assistants like Da Vinci helping surgeons in the operating room, while robotic hospital porters deliver equipment and medication down the halls. What once seemed futuristic is quickly becoming part of everyday hospital life.  Across the U.S., robots already handle routine tasks to ease workforce shortages. In countries like Japan and South Korea, caregiving robots are poised to step in to support aging populations within the next five to ten years.  Robots are here to stay, but experts are still studying their long-term impact on patient outcomes.  #3 Healthcare Becomes a Global Collaboration  The COVID-19 pandemic showed us that health threats don’t respect borders — and that we’re stronger together.   In 2025, world health professionals signed the WHO Pandemic Agreement, which aims to make global healthcare more prepared, accessible and equitable.  And we’re finally entering the era of the One Health movement, which acknowledges that humans, animals and the environment are interconnected: one shared ecosystem that rises or falls together.  What’s next for global healthcare:  Next-generation, variant-matched COVID vaccines  A global push to catch up on missed childhood immunizations (14 million children remain unvaccinated)  Bacteriophage therapies to fight antibiotic resistance  Development of pan-variant flu vaccines designed to outsmart mutations  #4 Virtual Hospitals Revolutionize Patient Care  For those who live far from a quality clinic, virtual consultations are an enormous help

How Biotech Is Powering the Future of Neural Prosthetics 

Think of the word prosthetic. You might picture an artificial limb. Now imagine one that connects directly to the nervous system, restoring movement, sight or sound in ways traditional prosthetics never could. Some are so advanced that amputees simply think of an action and the neuroprosthetic completes it.  What’s driving these breakthroughs? Biotechnology, the field that blends biology, engineering and technology. With the help of dedicated researchers, scientists are developing devices that help people see, hear or move again after injuries or illnesses.  Curious about the future of medicine? Neural prosthetics show how biotech research is already changing lives and opening doors for tomorrow’s innovators.  What Are Neural Prosthetics?  Neural prosthetics (also called neuroprosthetics) are implanted devices that interact with the brain, spinal cord or peripheral nerves to restore function

Braving the Elements: How Extreme Cold Affects the Human Body 

In February 1959, nine experienced hikers died during a skiing expedition in Russia’s Ural Mountains. In the middle of the night, they cut their way out of their tent from the inside and fled into temperatures nearing –30°F.  Weeks later, rescuers found them scattered across the snow — some barefoot, some partially undressed, some with strange injuries. One hiker had even bitten off part of his own hand.  For decades, the incident raised unsettling questions. Why would trained mountaineers make such dangerous choices?  The answer lies in how extreme cold affects the human body.  How the Body Responds to Extreme Cold  The human body works hard to maintain a core temperature of around 98.6°F. When exposed to severe cold, that balance — known as homeostasis — begins to fail.  Once heat loss outpaces heat production, survival becomes a race against time.  The Hypothalamus: Your Internal Thermostat  Body temperature regulation is controlled by the brain and circulatory system working together to conserve heat and protect vital organs.  When your body senses cold, the hypothalamus (a region of the brain) activates protective responses

The Search for the Cure for Alzheimer’s Disease

With no cure available, Alzheimer’s disease is devastating. Someone living with the disease may not know what month it is, when they last ate or how to articulate their feelings. With shifting levels of confusion and memory problems, those with Alzheimer’s rarely know if they’re going to have a good day or a bad one.  This is the reality for the over 7 million Americans living with Alzheimer’s. By 2050, that number could nearly double. But there is hope.   Could one of the over 120 drugs being tested in clinical trials be the one? Could there be more good days on the horizon? To find out, let’s take a closer look at Alzheimer’s and the ongoing effort to find a cure.  What Is Alzheimer’s Disease and What Causes It?  Alzheimer’s is a fatal neurodegenerative disease that worsens with time

Biotechnology in Cardiovascular Care: How Targeted Drug Delivery Is Saving Lives

Every 1.5 seconds, someone dies of cardiovascular disease. It’s the world’s leading killer, responsible for 38% of premature deaths under 70 and 19.8 million lives lost in 2022. Those aren’t just numbers — they’re parents, siblings and friends.   Now, imagine you walk into a hospital bracing for bad news, only to hear your cardiologist say, “We’ll just grow you a new blood vessel. Maybe even an entire heart.” Thanks to biotechnology, this will soon sound less like science fiction. Let’s look at how biotechnology advances are transforming heart care and saving lives.  What Is Targeted Therapy for Heart Care? Imagine you could fix a broken heart by simply mending it, one piece at a time.  It’s like patching a leaky pipe in a building: You don’t demolish the whole thing right away, right? You try to fix the problem exactly where it is first. This is how targeted therapy for cardiovascular conditions works, too.  Right now, scientists can:  Grow heart tissue in a lab to patch damaged areas  Edit faulty genes that cause disease  Send medicine directly to the part of the heart that needs it (while leaving healthy parts alone)  Getting Medicine to the Right Place Here’s the tricky part: It’s not just about what to treat the heart with, but how to get it exactly where it’s needed

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