Understanding lipid digestion requires connecting biochemistry with gastrointestinal physiology. This episode examines triglyceride hydrolysis, bile salt emulsification, micelle formation, and intestinal lipid transport. Discover how enterocytes reassemble triglycerides and package them into chylomicrons for transport through the lymphatic system. Review essential biochemical mechanisms and their clinical applications for the MCAT.

What do passion for science, lifelong learning, sustainability, and inclusion and belonging look like in action? The latest miniseries focuses on people who exemplify some of the values that are most important to the American Chemical Society. From one person’s childhood science aspirations being shaped by the Cold War to another’s pioneering work in green chemistry, these episodes will provide a window into the ideas and lives of people molding chemistry’s future. Transcripts and episode sou...

Narrated by Kelley J. Donaghy

Narrated by Brian Powell

The periodic table is more than a collection of elements—it is a map that allows you to predict how atoms behave. In this episode of MCAT in the Car, we review atomic structure, electron configuration, valence electrons, and effective nuclear charge. You’ll learn the major periodic trends involving atomic radius, ionization energy, electron affinity, and electronegativity. More importantly, we’ll connect these trends so you can reason through MCAT questions rather than relying entirely on

Bottom-up and top-down processing are the fastest way to sort sensation from perception on AAMC-style passages. Variable-ratio and fixed-interval schedules produce opposite response patterns and extinction rates that the exam loves to test. Knowing how Conflict Theory, Symbolic Interactionism, and Structural Functionalism actually sound in a vignette lets you eliminate two wrong frameworks in seconds.

You’ve likely relied on a drug at one point or another, whether it be a prescribed medication or something over the counter. The upcoming miniseries of Chain Reaction explores the history, impact, and future of major drug classes, including antibiotics, birth control, antidepressants, and GLP-1s. Margot and Sam will chat with experts about the history and scientific breakthroughs behind these medicines and the ongoing research that could shape the next generation of drugs. Transcripts a...

This episode is narrated by Jazmine Similien.

Oganesson atomic number 118 is the heaviest known synthetic element representing the frontier of nuclear physics relativistic chemistry and island of stability research in particle accelerators

Accurate spectroscopy results depend on proper instrument calibration and reliable standards. This audio explains the importance of UV Vis calibration services and FTIR wavelength accuracy standard solutions in maintaining analytical instrument performance. Learn how NEXUS ANALYTICALS PRIVATE LIMITED supports laboratories with precision driven calibration solutions to improve accuracy, reliability, and confidence in testing results. Explore more at https://nexusanalyticals.com/ for advanced

Tennessine atomic number 117 is a synthetic superheavy halogen studied to understand relativistic chemistry and extreme periodic trends in nuclear accelerator experiments

Livermorium atomic number 116 is a synthetic superheavy element studied to explore island of stability theory and advanced nuclear structure modeling in particle accelerators

Moscovium atomic number 115 is a synthetic superheavy element studied in accelerator labs to understand nuclear decay chains and island of stability theory

Flerovium atomic number 114 is a synthetic superheavy element central to island of stability theory and advanced nuclear chemistry research

Nihonium atomic number 113 is a synthetic superheavy element discovered through accelerator experiments expanding nuclear stability research and global scientific collaboration

Copernicium atomic number 112 is a synthetic superheavy element studied for relativistic electron effects and heavy metal behavior in advanced nuclear research

Roentgenium atomic number 111 is a synthetic superheavy element studied to understand relativistic chemistry and nuclear stability beyond gold in advanced accelerator research

Ensure accurate and reliable FTIR results with proper wavelength accuracy standards. Discover how routine verification and calibration improve instrument performance, compliance, and confidence in every analysis.

Darmstadtium atomic number 110 is a synthetic superheavy element created in particle accelerators to explore nuclear stability and the island of stability frontier

Meitnerium atomic number 109 is a synthetic superheavy element used in nuclear decay research and advanced atomic modeling studies