Courses

Explore the cutting-edge field of robot science with Boyuan Chen in this 29-minute lecture from the University of Michigan's MICDE series. Delve into the fascinating world of robotic research and development as Chen shares insights on the latest advancements in artificial intelligence, machine learning, and robotics. Discover how robots are being designed to think, learn, and adapt like scientists, potentially revolutionizing the way we conduct experiments and gather data. Gain a deeper understanding of the challenges and opportunities in creating intelligent machines capable of scientific reasoning and problem-solving. Learn about the potential applications of robot scientists across various disciplines and their impact on the future of scientific discovery.

Explore a powerful new application that reads arXiv papers, Wikipedia articles, or custom-provided knowledge to generate novel and original ideas based on essential information extracted from the knowledge base. Learn how to build and use this GPT-4 Scientist tool through a comprehensive tutorial, including a live demo, step-by-step code walkthrough, function definitions, and implementation of tenacity retry. Gain insights into leveraging the OpenAI API and Python to create innovative projects that push the boundaries of AI-assisted research and idea generation.

Watch a thought-provoking lecture exploring why scientists should seriously consider psi phenomena, delivered by Jessica Utts at the Society for Scientific Exploration. Examine the evidence for telepathy, clairvoyance, and precognition through the lens of rigorous scientific methodology. Learn about the classified "Star Gate" program, its comprehensive review, and how psi research challenges conventional medical study designs. Delve into important experimental considerations including random assignment, blind conditions, and predetermined stopping rules. Discover how parapsychological findings could impact the design and implementation of clinical trials and other scientific experiments. Gain insights into testing belief systems and evaluating unconventional research at the frontiers of science through this 27-minute presentation that bridges the gap between traditional scientific methods and paranormal investigation.

Drugs are the main tools to prevent and treat diseases and the important factors of iatrogenic diseases. Pharmacology is the science that deals with the interaction and rules of drugs and the body. Its main task is to guide rational drug use, improve drug efficacy and reduce adverse reactions. It can provide basis for developing new drugs and discovering new applications drugs. It also provides techniques and methods for exploring and elucidating life processes. Pharmacology is the secondary discipline of pharmacy and the basic discipline of medicine, so it is the bridge discipline between pharmacy and medicine. Pharmacology is the basis of medicine and clinical therapeutics, so it is the bridge between basic medicine and clinical medicine. The theory of pharmacology is the basis of drug preventing and treating diseases, so pharmacology is a required course for students majoring in medicine. Pharmacology can elucidate the action, structure-effect relationship and clinical applications of drugs, so pharmacology is required course for students majoring in pharmacy. It also the main course of forensic medicine, nursing, public health, radiology, inspection and other disciplines.

Pharmacology is the branch of medicine concerned with the uses, effects, and modes of action of drugs. How exactly do drugs work? What do they do in the body? Why is this the best way to cure disease? How do specific drugs work? In this playlist we will go over some basics first, and then go through a survey of drugs so that we can better understand what they do on a molecular level.

Explore a comprehensive pharmacology tutorial covering essential topics from pharmacokinetics to drug mechanisms of action. Delve into detailed animations explaining drug absorption, distribution, metabolism, and excretion. Learn about various drug classes including cholinergic, adrenergic, antihypertensive, antiarrhythmic, and anticoagulant medications. Examine the pharmacology of heart failure treatments, inotropes, and antianginal drugs. Investigate the mechanisms of diuretics, antihistamines, and anti-inflammatory drugs. Gain insights into neuroscience basics, including GABA receptors, serotonin, and treatments for depression. Understand the effects of opioids, alcohol, and methamphetamine on the brain, as well as the mechanisms of drug addiction. Explore specialized topics such as BOTOX for migraines, antiviral and antibiotic mechanisms, and anesthesia. Conclude with current information on potential COVID-19 treatments, providing a well-rounded understanding of pharmacological principles and applications.

Our online Pharmacology course is a low cost and convenient way for students to meet prerequisites for nursing and other health care degree programs. Pharmacology is the study of drugs. In this course, students will start by gaining a basic understanding of therapeutic and adverse effects, in addition to the basic operation of the nervous system. Next, review several body systems and the conditions that affect them, including the nervous system and psychological disorders like epilepsy and Parkinson’s disease, with particular reference to the use of drugs to treat these conditions. Throughout the course, you will explore specific classes of drugs such as muscle relaxants, anesthetics and pain medication. When you’re finished with your Pharmacology course you’ll come away with an appreciation of how drugs affect the body in intended and unintended ways.

With the progress and development of society, people have a deeper understanding of diseases. Pharmacological intervention and treatment has become the focus of clinicians, researchers and patients. Pharmacology is the study of medicines and their effects on life processes. It is a fundamental science that sprang to the forefront of modern medicine with demonstrated success in treating disease and saving lives. Pharmacology is a core required course for students majoring in clinical medicine and pharmacy, as well as a required course for medical licensing examination. This on-line course of pharmacology offered by the Department of Pharmacology, Shanxi Medical University. Through the study of pharmacology, we can deeply understand the pharmacological action and mechanism of medicines, master the indications and contraindications of medicines, ensure medicines’ rational use, expand the thinking of new medicine research and development, and consolidate daily health care.

Pharmacology is a branch of pharmaceutical sciences that is concerned with the interaction of drugs/other chemicals with biological systems. It is the study of how a drug affects a biological system and how the body responds to the drug. Pharmacology bridges basic medicine and clinical medicine, so contents learned from lectures on pharmacology are directly connected to the judgments made in the clinical setting. This on-line course of Pharmacology includes general introduction, drugs acting on specific systems (e.g. nervous system, cardiovascular system), and chemotherapeutic drugs, etc. It encompasses the sources, chemical properties, biological effects and therapeutic uses of drugs. Students interested in the interaction of chemical substance with biological systems will benefit from this course. Studies in Pharmacology at the College of Medicine serve medical and graduate students, post-doctoral trainees and undergraduates.

Pharmacology is a discipline that studies the rules and principles of the interaction between drugs and the body (including pathogens). The main research contents include pharmacokinetics and pharmacokinetics. Pharmacology, based on physiology, biochemistry, molecular biology and pathology, is a bridging subject that guides rational clinical drug use, disease prevention and treatment, and provides theoretical and experimental basis for the evaluation of effectiveness and safety of drugs in the research and development of new drugs. Its mission is to clarify the mechanism of drug action, improve drug quality (improve efficacy, reduce toxicity), develop new drugs, discover new uses of drug action, and explore the physiological, biochemical and pathological processes of cells. Through the study of pharmacology, students can master the basic theory, basic knowledge and basic skills of the course, and acquire the training of basic qualities, including learning ability, comprehensive ability of scientific analysis and scientific thinking methods and abilities, as well as clinical thinking ability of recommending drugsto patients.

Pharmacology is one of the indispensable and professional basic courses for medical students based on physiology, biochemistry, pathology and pathogenic organisms. Pharmacology is a subject which studies the principles of interactions between drug and living organism which includes human body, tumor cells and microorganisms and its mechanisms. Pharmacology introduces the basic theories and principles of drug and then clinical relevance. The most important task of pharmacology is to explain the action and its mechanisms of the drug, to provide the theoretical basis for clinic, enhancing the drug efficacy and reducing adverse drug reaction. These studies lay a solid foundation for clinical courses.

Pharmacology is one of the main curriculums of elementary medical science, and it is the transitive subject used for the communication of elementary medical science and clinical medicine. Students should master the interaction and action regulation between medicine and body. Meanwhile, they should also master the pharmacological action, mechanism, clinical application and adverse action of the drugs used commonly for clinical application, which may provide elementary theory and knowledge for clinical diagnosis and preventing disease. Furthermore, Pharmacology is also a practical subject, students not only should master the basic operational skills and theory by the experimental teaching, but also the designing thinking and procedure. Only so can students establish a satisfactory foundation for engaging in science researching in future.

Explore career opportunities for atmospheric scientists in US national laboratories through a panel discussion featuring early and mid-career research scientists. Gain insights into the unique responsibilities and work environments at institutions like NOAA, NASA, DOE, and EPA. Learn about day-to-day experiences, challenges, and rewards of working in these prestigious research facilities. Discover how national labs differ from academic settings and broaden your understanding of potential career paths in atmospheric science. Benefit from the perspectives of 4-5 panelists as they share their journeys and answer prepared questions about their roles. If time allows, participate in a live Q&A session to address your specific career concerns and curiosities about life as a research scientist in national laboratories.

Explore the fundamentals of pharmacokinetics in this comprehensive 14-minute video lecture. Delve into the study of how drugs move within the body, covering key topics such as absorption (including passive diffusion, facilitated diffusion, active transport, and endocytosis), distribution (volume), metabolism (phase I and phase II), and elimination (zero and first-order kinetics). Learn about steady state concepts and the role of cytochrome P450, including inducers and inhibitors. Gain a clear understanding of "what the body does to a drug" through this concise yet informative presentation, complete with time-stamped sections for easy navigation.

Explore the fundamental concepts of pharmacodynamics in this 13-minute educational video. Delve into the study of how drugs affect the body, covering key topics such as receptor types, ligand-gated ion channels, G protein-coupled receptors, enzyme-linked receptors, and intracellular receptors. Learn about important pharmacological concepts including EC50, Emax, agonists, antagonists, and therapeutic index. Gain a comprehensive understanding of the biochemical and physiological effects of drugs through clear explanations and visual aids. Perfect for students, healthcare professionals, or anyone interested in expanding their knowledge of pharmacology and drug interactions.

Learn about a new discipline aiming to ensure medical research reaches patients. Translational medicine, also known as translational science or translational research, is a new, growing discipline in medicine that aims to ensure research flows from ‘benchside’ to ‘bedside’. This means translating medical research findings into clinical treatment options, drug development and diagnostic tools, as well as bringing clinical difficulties back to the research bench for further development. You will examine the steps from benchside (research) to bedside (clinical) - starting with identifying a disease and following on through drug development and preclinical trials. This course has been designed for senior undergraduates and postgraduates, or for those with a basic knowledge of biology or medical practice.

Explore the fascinating intersection of history and geophysics in this 24-minute AGU podcast episode. Discover how scientists mined 16th-century ship logs to create the first-ever magnetic field map spanning four centuries. Learn about the challenges of transforming historical measurements into cutting-edge scientific data, as recounted by the historian who spearheaded the project. Delve into topics such as Earth's magnetic field, the intricacies of handling ship logs, the role of geophysicists, and the creation of a global field map. Gain insights into the Age of Sail navigation techniques and enjoy a touch of maritime culture with sea shanties. Produced by Jenessa Duncombe and mixed by Kayla Surrey, this episode offers a unique blend of scientific discovery and historical exploration.

Explore the pharmacology of opioids in this comprehensive 11-minute video lecture. Delve into the nociceptive pain pathway, understanding the roles of glutamate, substance P, and calcitonin gene-related peptide in pain processing. Learn about endogenous opioids, various receptor types, and the mechanism of action of narcotic drugs. Examine the side effects, tolerance development, and addiction potential of opioids. Cover specific drugs including morphine, fentanyl, hydrocodone, and others. Gain insights into partial mu-receptor opioid agonists like buprenorphine and antagonists such as naloxone. Perfect for medical students, healthcare professionals, or anyone interested in understanding the complex world of opioid pharmacology.

Learn about insulin, a crucial peptide hormone that regulates blood glucose levels, in this 15-minute educational video from Osmosis. Explore the pharmacological aspects of different types of insulin, their mechanisms of action, clinical applications, and importance in managing diabetes and other metabolic conditions. Gain a clear understanding of how insulin functions in the body, its therapeutic uses, and its role in maintaining homeostasis through detailed explanations and medical illustrations.

Learn about the pharmacological mechanisms and clinical applications of antimalarial medications in this 15-minute educational video. Explore the pathophysiology of malaria as an infection caused by various plasmodium species—single-celled parasites transmitted through mosquito bites. Discover how different groups of antimalarial medications work to prevent and treat malaria infections, examining their mechanisms of action, therapeutic uses, and clinical considerations. Gain essential knowledge about these critical medications used in global health settings to combat one of the world's most significant parasitic diseases.