"FMG ONDemand (Firm)̦" . . "Substance-Related Disorders physiopathology." . . "Cocaine pharmacology." . . "Addiction." . . "SAVANTES (Firm)" . . "Savantes (Firm)" . "Neurons physiology." . . "Nicotine pharmacology." . . "Nicotine Physiological effect." . . "Nicotine Effets physiologiques." . . "Transmission nerveuse." . . "Cannabinoids." . . "Neurosciences." . . "Films for the Humanities (Firm)" . . . . . . "Action of nicotine, cocaine and marijuana in the brain"@en . . "\"Using sophisticated 3-D animation, this program, divided into two parts, takes viewers on a journey deep into the brain to study the effects of nicotine, cocaine, and marijuana.\"" . . "Using sophisticated 3-D animation, this program, divided into two parts, takes viewers on a journey deep into the brain to study the effects of the three substances. The first part illustrates the major functions of the brain and shows how its principal cells, the neurons, communicate with each other through electrical and chemical signals. In the second part, animated molecules of nicotine, cocaine, and marijuana travel a route from the external environment through the body to the brain, where viewers learn about the cellular targets of these drugs, and how each drug interacts with them and subsequently affects the body. Images of actual neurons used in the animations create a realistic effect that helps viewers understand the concepts presented. A viewable/printable instructor?s guide is available online. (25 minutes)."@en . "Animated neuroscience and the action of nicotine, cocaine and marijuana in the brain"@en . . . . . . . . . "\"Using sophisticated 3-D animation, this program ... takes viewers ... deep into the brain to study the effects of the three substances\"--container."@en . "Animated neuroscience and the action of nicotine, cocaine, and marijuana and the brain"@en . . . "Action of nicotine, cocaine, and marijuana in the brain"@en . "Action of nicotine, cocaine, and marijuana in the brain" . "Cocaine in the brain"@en . . . . "\"Using sophisticated 3-D animation, this program ... takes viewers ... deep into the brain to study the effects of the three substances\"--Container." . "\"Using sophisticated 3-D animation, this program ... takes viewers ... deep into the brain to study the effects of the three substances\"--Container."@en . "Animated neuroscience. The action of nicotine, cocaine and marijuana in the brain"@en . . . . . . . . . . "Animated Neuroscience and the Action of Nicotine, Cocaine, and Marijuana in the Brain"@en . . "Animated neuroscience and the actions of nicotine, cocaine, and marijuana in the brain"@en . "Documentary films"@en . . . . "Internet videos"@en . . "Animated films" . "Animated films"@en . . . . . . . . . "Video recordings"@en . "Using 3-D animation, this program explores the effects of nicotine, cocaine, and marijuana on brain chemistry." . . . . . . . . . . . . "\"Animated Neuroscience and the Action of Nicotine, Cocaine, and Marijuana in the Brain\""@en . . . . "Videorecording"@en . "Animated neuroscience and the actions of nicotine, cocaine, and marijuana in the brain" . . . . . . . . "Using sophisticated 3-D animation, this program, divided into two parts, takes viewers on a journey deep into the brain to study the effects of the three substances. The first part illustrates the major functions of the brain and shows how its principal cells, the neurons, communicate with each other through electrical and chemical signals. In the second part, animated molecules of nicotine, cocaine, and marijuana travel a route from the external environment through the body to the brain, where viewers learn about the cellular targets of these drugs, and how each drug interacts with them and subsequently affects the body. Images of actual neurons used in the animations create a realistic effect that helps viewers understand the concepts presented. A viewable/printable instructor's guide is available online. (28 minutes)."@en . . . "Electronic videos (www)"@en . . . . "Short films"@en . "Video recordings for the hearing impaired"@en . . "Educational films" . "Educational films"@en . "Animated neuroscience & the actions of nicotine, cocaine, & marijuana in the brain" . . . "Action of nicotine, cocaine and marijauna in the brain"@en . "Using sophisticated 3-D animation, this program takes viewers on a journey deep into the brain to study the effects of nicotine, cocaine, and marijuana." . . . . "Animated neuroscience and the action of nicotine, cocaine, and marijuana in the brain"@en . "Animated neuroscience and the action of nicotine, cocaine, and marijuana in the brain" . . . . "Animated neuroscience & the action of nicotine, cocaine, and marijuana in the brain" . "Actions of nicotine, cocaine, and marijuana in the brain"@en . . "Actions of nicotine, cocaine, and marijuana in the brain" . . . . . . . . . "eVideos (www)"@en . . "Using 3-D animation, this program, divided into two parts, takes viewers on a journey deep into the brain to study the effects of the three substances. The first part illustrates the major functions of the brain and shows how its principal cells, the neurons, communicate with each other through electrical and chemical signals. In the second part, animated molecules of nicotine, cocaine, and marijuana travel a route from the external environment through the body to the brain, where viewers learn about the cellular targets of these drugs, and how each drug interacts with them and subsequently affects the body."@en . . . . . "Using 3-D animation, this program, divided into two parts, takes viewers on a journey deep into the brain to study the effects of the three substances. The first part illustrates the major functions of the brain and shows how its principal cells, the neurons, communicate with each other through electrical and chemical signals. In the second part, animated molecules of nicotine, cocaine, and marijuana travel a route from the external environment through the body to the brain, where viewers learn about the cellular targets of these drugs, and how each drug interacts with them and subsequently affects the body." . . . . . . . . . . . . . . . "Animated neuroscience the actions of nictoine, cocaine, and marijuana on the brain"@en . . "Animated neuroscience [and the action of nicotine, cocaine, and marijuana in the brain]" . . . "Animated neuroscience the actions of nicotine, cocaine, and marijuana on the brain"@en . "Nicotine in the brain"@en . "Animated neuroscience and the action of nicotine, cocaine, and marijuana in the brain"@en . "Animated neuroscience and the action of nicotine, cocaine, and marijuana in the brain" . . . . . . . . . "Actions of nicotine, cocaine and marijuana in the brain"@en . . . "Animated neuroscience"@en . . . "Using sophisticated 3-D animation, this program, divided into two parts, takes viewers on a journey deep into the brain to study the effects of the three substances. The first part illustrates the major functions of the brain and shows how its principal cells, the neurons, communicate with each other through electrical and chemical signals. In the second part, animated molecules of nicotine, cocaine, and marijuana travel a route from the external environment through the body to the brain, where viewers learn about the cellular targets of these drugs, and how each drug interacts with them and subsequently affects the body. Images of actual neurons used in the animations create a realistic effect that helps viewers understand the concepts presented." . . . . . "Animated neuroscience" . . . "Animated neuroscience : actions of nicotine, cocaine, and marijuana in the brain"@en . "\"Using sophisticated 3-D animation, this program, divided into two parts, takes viewers on a journey deep into the brain to study the effects of the three substances. The first part illustrates the major functions of the brain and shows how its principal cells, the neurons, communicate with each other through electrical and chemical signals. In the second part, animated molecules of nicotine, cocaine and marijuana travel a route from the external environments through the body to the brain, where viewers learn about the cellular targets of these drugs, and how each drug interacts with them and subsequently affects the body.\"--Container."@en . . "Using sophisticated 3-D animation, this program is divided into two parts, and takes viewers on a journey deep inside the brain. The first part illustrates the major functions of the brain and shows how its principal cells, the neurons, communicate with each other through electrical and chemical signals. In the second part, animated molecules of nicotine, cocaine and marijuana travel a route from the external environments through the body to the brain and the cellular targets of these drugs. Illustrates how each drug reacts with them and the subsequent effects on the body."@en . . . . . . . . . "Animated neuroscience & the actions of nicotine, cocaine, and marijuana in the brain" . "Neuroscience"@en . . . "Nonfiction films"@en . "Using 3-D animation, this program explores how the brain functions and the effects of nicotine, cocaine, and marijuana on brain chemistry." . "Using sophisticated 3-D animation, this program, divided into two parts, takes viewers on a journey deep into the brain to study the effects of nicotine, cocaine, and marijuana."@en . "Animated neuroscience. The actions of nicotine, cocaine and marijuana in the brain"@en . "Marijuana in the brain"@en . . . "Cajal medical." . . "Cajal Medical." . "Brain chemistry." . . "Cannabinoids pharmacology." . . "Cerveau Effets des médicaments sur le." . . "Brain Effect of drugs on." . . "Tétrahydrocannabinol Effets physiologiques." . . "Savantes Production." . . "Marijuana Physiological effect." . . "Neurons." . . "Cocaïne Effets physiologiques." . . "Cocaine Physiological effect." . . "Films for the Humanities & Sciences (Firm)" . . "Neurochimie." . . "Drugs Physiological effect." . . "Brain drug effects." . . "Behavior, Addictive." . .