Addiction and the Brain (BIOL100)

This is a discussion notes set of slides with four informational slides on the macromolecule Laminine. The slides cover chemical structure, what type of protein it is, the function of laminine in the body, how it works, what body parts it works with and what would happen if laminine were not working properly or at all. This is good for any type of bodily anatomy and function review especially for medical students and pre-medicine students

This is a review presentation slides with a total of 6 informational slides and 2 citation slides. This presentation covers Myotonic Dystrophy and the other names, The symptoms of the disease, Treatments, Inheritance Factors and Likeliness of contracting the disease, photos of people with the disease for reference, as well as current research looking for a cure as there currently is no cure. Would be useful for studying and particularly for medical and premedical students

This document is a presentation created for the Addiction and the brain class. This presentation is good for review and studying. It covers Chromosomes, DNA, the difference between a trait and a characteristic with photos, the difference between genes and alleles as well as their functions, Meiosis, Independent assortment, Punnett Squares and Pedigrees, Somatic Cells and Gametes, Phenotype, Genotype, Dominant and Recessive genes and how they work, Homozygous and Heterozygous alleles, Diploid and...

Presentation on Secobarbital/Seconal. Contains a total of 14 informational slides, information includes what the drug is and the lethal/effective dose, its medical uses, recreational uses, how it works in your brain and body, genetic factors, where it works in your brain, negative side effects, metabolism factors, tolerance mechanisms, withdrawal symptoms, symptoms of overdose, and drug interactions. Overall it is a comprehensive study of secobarbital, and includes citations for all sources use...

Presentation on the Medulla Oblongata including where it is located, what it does, how it helps maintain homeostasis, and what would happen if the structure failed. I completed this for a college level class and received 100% credit. This would be a good quick study or review material, total of 5 informational slides.