Author: Jose Rodriguez

About Jose Rodriguez

Jose Rodriguez is a Marketing Content Director at Apollidon Learning with more than a decade of experience crafting content that rocks. A University of South Florida alumnus with a Bachelor’s degree in Creative Writing and a Master’s degree in Mass Communication with a concentration in Digital Marketing from the University of Florida, Jose brings both creativity and strategy to everything he writes. Since 2020, he has focused his expertise on higher education — developing and executing digital marketing campaigns across email, paid media, SEO, and web for university clients — helping institutions connect prospective students with the programs built to transform their lives.

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

The Global Dialysis Crisis: Challenges and Pathways to Universal Access

Currently, more than 2 million people worldwide undergo recurring dialysis treatments to address their failing kidneys, in hopes that the treatment will help maintain their overall health and well-being. Despite this seemingly significant number, did you know that there are around 18 million people who require dialysis treatments but face challenges in accessing them?  In this article, we’re examining what dialysis is and exploring some possible solutions for the pressing questions posed above, aiming to unravel this underlying healthcare disparity.  What Is Dialysis—and Why Do So Many People Need It?  Your kidneys are responsible for filtering waste from your blood. When they stop functioning properly due to acute kidney injury or kidney failure, dialysis helps to remove the waste that your kidneys cannot.  Dialysis patients typically undergo their treatments at hospitals, dialysis centers or at home. During each session, blood is drawn from the body through an access area connected by a needle. Once withdrawn, the blood is filtered through a dialysis machine to remove harmful substances before being returned to the body.  Without these treatments, individuals with kidney failure experience a buildup of toxins and potential fluid retention in the body

Spotlight on Career Paths: Biostatistician

Today’s data-driven fields see fewer errors and more reliable outcomes, and biostatistics is no exception. This rapidly growing field focuses on data collected about living things. The implications for human health are huge, including new, more effective treatments.   Professionals in the field are called biostatisticians. They lead every stage of research studies and clinical trials from planning to publishing results. Let’s look at the work of biostatisticians and how countless patients and providers are benefiting from their efforts.   What Do Biostatisticians Do?  How’d you like to contribute to the success of a new cancer-fighting drug? Or a lifesaving surgical technique?    Biostatisticians collaborate with other experts to plan and conduct research studies. This is like detective work—interviewing and observing people with a specific health concern.  When it’s time for a clinical trial, the serious hands-on work begins. Patients may take part in testing a new medication or surgical method in a specialized laboratory.   Biostatisticians design and oversee clinical trials, then assess the data drawn from them using statistical software. They’re responsible for trial accuracy

How Do Vaccines Work? A Simple Guide to the Immune System and Immunization

Vaccines save lives. Period.  Take the flu shot. (No, really, take it.) During the 2023-2024 flu season, influenza vaccines prevented:   9.8 million flu-related illnesses  120,000 hospitalizations  7,900 deaths   And that’s just one vaccine. Throughout your life, you’ll likely be vaccinated against as many as 21 dangerous or deadly diseases, including hepatitis B, polio and tetanus. Each shot protects not only you but everyone around you.   But how do vaccines work, exactly? Take a breath (and look away if you have to) while we administer a dose of vaccine knowledge.   First Things First: What Are Vaccines?  A vaccine is a medical treatment that teaches your body how to defend itself against a specific disease — before it even shows up

AI Bias in Healthcare: Is Technology Reinforcing Ageism?  

Artificial intelligence is changing healthcare in powerful ways — but it isn’t always neutral. Sometimes, the systems designed to improve care can unintentionally reflect inequalities that already exist.  For older adults, this bias can take the form of ageism. For example, if a health app is designed and tested mostly on younger users, it may overlook symptoms that present differently in seniors, resulting in inaccurate alerts or incomplete care recommendations.  In this article, we’ll explore the benefits AI offers older adults while addressing the ageist biases that can be embedded in its technology.  What Is AI Bias in Healthcare?  AI bias in healthcare occurs when artificial intelligence systems produce unequal outcomes because of gaps or imbalances in the data used to train them. These biases can affect treatment recommendations, risk assessments and even diagnostic tools.  One form of this bias is ageism, which is a type of stereotyping that discriminates against a person based on age. While it affects people of all ages, older adults are often the primary targets.   According to the American Psychological Association, 93% of adults say they regularly experience at least one form of ageism

Gut Flora 101: Key Functions of Gut Bacteria and Health Tips

This very second, you have trillions of microorganisms living inside your body — so many that they make up one to three percent of your entire body weight! While you have a sizable combination of bacteria, fungi and viruses swarming around inside you, most microbial cells in your body consist of different types of bacteria, many of them residing in your gut.  All those gut bacteria have a handful of important jobs to do, including protecting you against pathogens and helping you digest food, which can be especially helpful if you got a little too excited at the all-you-can-eat pizzeria last weekend. Prepare to thank all those tiny bacteria for their hard work as we discuss the important functions that gut bacteria play in our everyday lives and review some tips to help you improve your gut flora.   What Is Gut Bacteria?  While you have microbes living on your skin and throughout your body, most of them are bacteria that live in your large intestine, small intestine and stomach. Also known as gut bacteria, this gargantuan number of tiny organisms goes by several other names as well, including:  Microflora  Microbiome  Microbiota  Intestinal flora  Gut flora  Regardless of which moniker you use, they all refer to approximately 1,000 species of bacteria that populate your gut, each responsible for various roles in your body. But you’re not born with all these microbes in your body. A baby in utero has an almost entirely sterile gut

What Is Ebola — and How Does It Affect Your Body?

In 1976, researchers first identified a frightening virus that had emerged in the African nation then known as Zaire. While the source of this fast-moving, destructive disease remains unknown, Ebola is believed to have spread to humans from apes, monkeys and bats. There have been several Ebola outbreaks since 1976, primarily in African countries, though the disease has been found in animals originating from Asia as well.   More recently, the most consequential outbreak became a worldwide epidemic: Beginning in Guinea in 2013, the disease spread to other West African countries and later Europe, the United Kingdom and the United States. In the period of two and a half years, Ebola was responsible for killing more than 11,000 people.   In this article, we explore the devastating effects of the Ebola virus on the human body, tracing its progression from initial symptoms to immune system disruption and organ failure.  What Is Ebola?  Ebola is a severe and often fatal disease caused by the Ebola virus

Medical Cardiovascular and Muscle Physiology: A Deep Dive Into Heart & Muscle Function

Ever found yourself lost in the labyrinth of graduate-level medical physiology courses, with course names and descriptions blurring together? Fear not, because we’re here to shed light on each course’s distinctive and essential contributions to the field.  Today, let’s zoom in on Medical Cardiovascular and Muscle Physiology. This course delves deep into the intricate functions and regulation of muscles and the cardiovascular system. It uncovers how the body adapts to factors like exercise, environmental influences and diseases.   But what sets Medical Cardiovascular and Muscle Physiology apart, and why should you make room for it in your already packed online course load? Join us as we unravel its fundamentals, explore its relevance for your future career and navigate its course structure.  What Is Cardiovascular Physiology?  Simply put, cardiovascular physiology is the study of how the heart and blood vessels work in tandem to pump blood through the body. Let’s dive into some of the basic components of the cardiovascular system:  The Heart  Responsible for circulating blood throughout your body, the heart works a 24-hour shift, 365 days a year. It beats approximately 115,000 times a day to ensure blood and oxygen are circulated through the body.  Hearts have four total chambers, including two upper chambers called atria and two lower ones known as ventricles