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Our immune systems are comprised of dozens of different types of cells, antibodies, cascades, and more. This is often why immunology is such a daunting subject for so many students.
Have you ever wondered how the human body developed such diverse, specialized organs? How cells in our body can each be so different from one another and perform such different functions? Or how our body replaces damaged tissue in healing and repair?
When geneticists want to see how closely related two genes are, they have two main ways of doing so: linkage analysis and association mapping.
It’s undeniable that medicine and science have transformed our world. From novel therapeutics that combat various diseases, new technologies that allow us to better understand how our bodies function, to transformative surgical interventions. Yet, often, since we know that medicine and science “work”, we fail to interrogate and challenge the ...
According to the Association of American Medical Colleges (AAMC) database, there are between 2,000 and 3,000 future neurologists looking to specialize in neurology each year. So what exactly does a neurologist do? How do you become one, and why should you consider becoming one?
Growing up, the GEICO Gecko and Allstate’s Mayhem were frequent fixtures of TV nights with my family. “15 minutes could save you 15% or more on car insurance” and “You’re in good hands” were slogans I knew for as long as I could remember. Clearly, the services these companies were selling – different types of insurance – were marketed as taking ...
Balancing redox reactions is an essential skill for the Chemical and Physical Foundations section of the MCAT, the GRE Chemistry Subject Test, and the AP Chemistry Exam. Today, we will learn how to use the half-cell method for balancing redox reactions in acidic and basic solutions. We will first balance a redox reaction in acidic solution, then ...
The female reproductive system can at times feel like a difficult jumble of hormones that all seem to be related, but fluctuate in unpredictable ways. To make sense of the particularities of the female reproductive system, especially for exams like the MCAT, it is important to not only know what hormones are involved, but also to understand what ...
Meiosis is one of those processes that we all learned about in high school biology as a deceptively simple concept. You take the diploid cell, divide it twice, and it becomes four haploid gametes that are each capable of participating in fertilization. Easy, right?
Clinical clerkships can be some of the most exciting times of medical school, but they can also be some of the most frustrating. Academic medicine tends to be very hierarchical, making it difficult for students to advocate for their own learning. Residents are often busy and stressed. Asking questions is often disincentivized – shouldn’t you just ...
What is the pituitary gland? Even though the pituitary gland is about the size of a pea, it plays a very important role in regulating a lot of our body’s endocrine functions. Located in an area known as the sella turcica at the base of the brain and suspended from the hypothalamus by a stalk, the pituitary gland consists of two parts: the ...
Imagine: you’ve made it through your first semester or two of undergrad and weathered all the storms that come with this transition. And, now you find yourself facing a dreaded academic giant that has stricken fear in the hearts of scores of pre-medical students. A chemistry course unlike any other. If you are anything like most pre-medical ...
Ray diagrams can look intimidating, but they don’t have to be! In this blog post, we will tackle five examples of ray diagrams.
One morning during winter break, as I was sitting on my couch with a mug of coffee in hand, I remember reveling to my mom: “It’s incredible how much majoring in anthropology kept on proving itself useful in medical school. Who would have known?” In college, I chose to major in a social science, anthropology—surely the less traditional route for ...