Cut and Paste: How Genetics have Altered the World of Neuroscience
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Imagine a world where we can grow brains in a laboratory, where we can cure diseases with one drug, or even erase bad memories. Neurogenetics has opened the door for all of these possibilities. This presentation will take a deep-dive into the new technologies that are being developed, such as lab-grown mini-brains and different gene therapies, along with covering some of the basics of neurobiology and neurogenetics!

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Topics covered: basic neuron biology and genetics, what makes neurons different from other cells in the body, limitations of animal research, mini-brains, the CRISPR system, and implications for these therapies

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Chemical Warfare: How nerve cells communicate as told by the toxins and poisons that stop them
 
For us to think, feel, and move, our nerve cells must communicate. Here we will learn the basics of nerve cell communication and interactively explore the effects of different toxins/poisons on the system and how they could be counteracted.
 
Topics covered: nerve cell communication at the neuromuscular junction, including the function of neurotransmitters, receptors, and enzymes – and how chemicals such as Novichok and Poison Dart Frog toxins block certain functions​

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Do you hear what I hear? The neuroscience the auditory system

Our brains have the seemingly magical ability to turn waves of air pressure into different sounds. Air waves travel into the ear, causing the bones in the middle ear to vibrate. These vibrations cause the hair cells of the inner ear to shift in position. As the hair cells shift, an electrical signal is sent via the auditory nerve to the brain, creating the perception of sound. Hearing is one of the rare systems that uses mechanical, chemical, and electrical signals all in one system. This process can be disrupted at any level in the system, leading to different forms of hearing loss.  
 
Topics covered: anatomy of the ear, neuroanatomy of auditory system, sound detection, identification, localization, segregation, hearing loss

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The Science of Habit 

Our daily lives are full of many different habits -- both good and bad. Once formed, these habits can be very difficult to break or change. How are habits formed in the brain? What happens when the brain's habit formation areas function differently than normal? In this presentation, we will discuss the structures that allow us to form habits, the concepts of procedural learning and memory, and how these topics relate to some neuropsychiatric disorders.
 
Topics covered: basal ganglia anatomy and function; procedural learning and memory; habit formation; relevance of these topics to autism spectrum disorder, Tourette's syndrome, and obsessive-compulsive disorder

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We Study Neuroscience Because We ARE Neuroscience:  The Path to Graduate School

Neuroscience is a broad realm consisting of different areas such as cellular processing, molecular genetics, addiction, pharmacology, cognitive psychology....the list goes on. The path to graduate school can be very tricky, but if you know it is right for you, GO FOR IT! I will share my story of what inspired me to become a neuroscientist and some guidelines that helped get me here. 

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Topics covered: spiffing up your resume, looking for mentors, what interests you, reach out for information; My Story: personal inspiration for going into neuroscience, don't let hurdles get in your way

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Mock Iowa Brain Bee

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Get a feel for the competition and some extra practice for next year's Iowa Brain Bee! This presentation runs through an abridged version of the competition, including real questions from previous years. It is best suited for students with some neuroscience knowledge.

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Topics covered: Iowa Brain Bee competition format; mock Round 1 and Round 2; U.S. Championship competition format