VCE Psychology Trail - Unit 1
... Students will use the Mind and Body galleries at Melbourne Museum to complete the trail. The trail includes 10 activities (A-J) based around themes covered in the study design. They do not represent a comprehensive coverage of all of the material relevant to Unit 1 in the galleries, but a selection ...
... Students will use the Mind and Body galleries at Melbourne Museum to complete the trail. The trail includes 10 activities (A-J) based around themes covered in the study design. They do not represent a comprehensive coverage of all of the material relevant to Unit 1 in the galleries, but a selection ...
neurons
... • Explain the skit • Read the explanation of the process, label each part of the explanation with the appropriate part of the skit • View the video + power point slides • Explain the process to your partner; your partner should help you remember the names • Write an essay explaining the process; sel ...
... • Explain the skit • Read the explanation of the process, label each part of the explanation with the appropriate part of the skit • View the video + power point slides • Explain the process to your partner; your partner should help you remember the names • Write an essay explaining the process; sel ...
slides
... Inputs from the right hemiretina of each eye project to different layers of the right lateral geniculate nucleus to create a complete representation of the left visual hemifield. Similarly, fibers from the left hemiretina of each eye project to the left lateral geniculate nucleus. The temporal cresc ...
... Inputs from the right hemiretina of each eye project to different layers of the right lateral geniculate nucleus to create a complete representation of the left visual hemifield. Similarly, fibers from the left hemiretina of each eye project to the left lateral geniculate nucleus. The temporal cresc ...
Nervous System Overview
... Located just anterior to precentral gyrus. Involved with controlling and planning learned movement responses. SMC controls sequence of movements from memory .Supplemental motor cortex driven by intention while pre motor cortex appears to be driven to movements guided by a visual cues. May effect the ...
... Located just anterior to precentral gyrus. Involved with controlling and planning learned movement responses. SMC controls sequence of movements from memory .Supplemental motor cortex driven by intention while pre motor cortex appears to be driven to movements guided by a visual cues. May effect the ...
Lecture 9
... E) axons leaving the internal surface of the retina. 4) Select the correct sequence for processing of information in the primary visual pathway. A) Retina - > dorsal lateral geniculate (DLG) -> striate cortex B) Retina -> striate cortex -> extrastriate cortex -> inferior temporal cortex C) DLG -> re ...
... E) axons leaving the internal surface of the retina. 4) Select the correct sequence for processing of information in the primary visual pathway. A) Retina - > dorsal lateral geniculate (DLG) -> striate cortex B) Retina -> striate cortex -> extrastriate cortex -> inferior temporal cortex C) DLG -> re ...
Sensa1on and Percep1on
... • Size constancy: once we have learned the size of an object we assume that it does not change • Shape constancy: once we have learned how an object is shaped we assume that it does not change ...
... • Size constancy: once we have learned the size of an object we assume that it does not change • Shape constancy: once we have learned how an object is shaped we assume that it does not change ...
Module 1: The Brain and the Central Nervous System (CNS
... brain, the spinal cord and nerves. The brain controls everything our body does. It can be compared to a computer, as it makes sense of all the messages it receives from the spinal cord and the neurons. Our brain controls what we think, what we say, our emotions, memories, sensations, and body moveme ...
... brain, the spinal cord and nerves. The brain controls everything our body does. It can be compared to a computer, as it makes sense of all the messages it receives from the spinal cord and the neurons. Our brain controls what we think, what we say, our emotions, memories, sensations, and body moveme ...
SEMINAR ON BLUE BRAIN
... Now there is no question how the virtual brain will work. But the question is how the human brain will be up loaded into it. This is also possible due to the first growing technology. ...
... Now there is no question how the virtual brain will work. But the question is how the human brain will be up loaded into it. This is also possible due to the first growing technology. ...
Topic 1
... – Philosophical mind-brain problem – Descartes (How do you meld the physical, observable tissues of the brain/nervous system with the philosophical/religious ideas about the soul? ...
... – Philosophical mind-brain problem – Descartes (How do you meld the physical, observable tissues of the brain/nervous system with the philosophical/religious ideas about the soul? ...
Instrumental Conditioning Driven by Apparently Neutral Stimuli: A
... (a) phasic DA responses have been recorded following stimuli with no apparent rewarding value, if these stimuli have not been previously shown to the organism: novelty causes phasic DA independently of the appetitive value of the stimulus; (b) while the time required to establish an association vari ...
... (a) phasic DA responses have been recorded following stimuli with no apparent rewarding value, if these stimuli have not been previously shown to the organism: novelty causes phasic DA independently of the appetitive value of the stimulus; (b) while the time required to establish an association vari ...
Gadolinium Deposition in the Dentate Nucleus: An
... osmolyte, mI contributes specificity in dementia diagnoses1, inflammation, low grade gliomas and an almost absolute specificity to hepatic encephalopathy and hyponatremic brain syndromes. Myoinositol is a precursor in the phosphatidylinositol second messenger system, and is also a glial marker. ...
... osmolyte, mI contributes specificity in dementia diagnoses1, inflammation, low grade gliomas and an almost absolute specificity to hepatic encephalopathy and hyponatremic brain syndromes. Myoinositol is a precursor in the phosphatidylinositol second messenger system, and is also a glial marker. ...
Lesson Plan
... students to draw their own on a piece of paper. Label and discuss the functions of the parts listed above. Second, discuss the midbrain. The midbrain supports reflexes and other vital functions such as hunger. Draw the midbrain and label and discuss the parts above. Allow the students to draw it on ...
... students to draw their own on a piece of paper. Label and discuss the functions of the parts listed above. Second, discuss the midbrain. The midbrain supports reflexes and other vital functions such as hunger. Draw the midbrain and label and discuss the parts above. Allow the students to draw it on ...
unit 5: the nervous and endocrine systems
... Sensory information only reaches the spinal cord, so a response is rapid and automatic. They take place when a rapid response is required, for example, pulling your hand away when you burn it. In reflex actions, the three types of neurons are involved: sensory, relay and motor neurons. 2) Voluntary ...
... Sensory information only reaches the spinal cord, so a response is rapid and automatic. They take place when a rapid response is required, for example, pulling your hand away when you burn it. In reflex actions, the three types of neurons are involved: sensory, relay and motor neurons. 2) Voluntary ...
Chapter 5
... reduce pain. Infants were thought not to experience pain or to remember it if experienced. Research indicates, however, that the neurological mechanisms for detecting pain develop early, and behavioral responses suggest sensitivity to pain, and even some memory of it, in young infants. ...
... reduce pain. Infants were thought not to experience pain or to remember it if experienced. Research indicates, however, that the neurological mechanisms for detecting pain develop early, and behavioral responses suggest sensitivity to pain, and even some memory of it, in young infants. ...
Regulation of Breathing
... 2. This group of chemoreceptors are sensitive to Decreased PaO2 (less than 60 mmHg) Increased PaCO2 Decreased pH (acidosis) 3. Changes in pH must be as large 4. When the Central Chemoreceptors do not respond 5. CO2 retainer II. ...
... 2. This group of chemoreceptors are sensitive to Decreased PaO2 (less than 60 mmHg) Increased PaCO2 Decreased pH (acidosis) 3. Changes in pH must be as large 4. When the Central Chemoreceptors do not respond 5. CO2 retainer II. ...
Vision_notes
... Held in place by suspensory ligaments attached to ciliary body (ring of muscle). Lens curvature changes depending on how much it is stretched (flattened) by suspensory ligaments. Cataract=clouded lens. When light enters eye, what structures does it travel through, in what order, on its way to th ...
... Held in place by suspensory ligaments attached to ciliary body (ring of muscle). Lens curvature changes depending on how much it is stretched (flattened) by suspensory ligaments. Cataract=clouded lens. When light enters eye, what structures does it travel through, in what order, on its way to th ...
슬라이드 1
... The Peripheral Nervous System Nervous system outside of the brain and spinal cord Somatic PNS Innervates skin, joints, muscles that are under voluntary control ...
... The Peripheral Nervous System Nervous system outside of the brain and spinal cord Somatic PNS Innervates skin, joints, muscles that are under voluntary control ...
FUNCTIONAL COGNITIVE NETWORKS IN PRIMATES
... Several basic principles of nervous system evolution form the basis for understanding higher primate brain function (Jones, 1990). The adaptive sequence from sensation of the environment to initiation of reflexive movement is the fundamental operation that the nervous system provides. Neural pathway ...
... Several basic principles of nervous system evolution form the basis for understanding higher primate brain function (Jones, 1990). The adaptive sequence from sensation of the environment to initiation of reflexive movement is the fundamental operation that the nervous system provides. Neural pathway ...
Intellectual Development in Infants
... How the Brain Works p282 Neurons – nerve cells in the brain You are born with millions of neurons. You are born with all that you will ever have – none are added during life. Connected by axons and dendrites Axons = arms of neurons that transmits information Coated with myelin ...
... How the Brain Works p282 Neurons – nerve cells in the brain You are born with millions of neurons. You are born with all that you will ever have – none are added during life. Connected by axons and dendrites Axons = arms of neurons that transmits information Coated with myelin ...
Brain Lecture - Scott County Schools
... • a. PET scans show that the brain areas that light up when people silently say the name of a animal differs from when they say the name of a tool • b. MRI scans of bilingual people’s brain reveal that second languages are represented in the same area as the first if learned early and in different a ...
... • a. PET scans show that the brain areas that light up when people silently say the name of a animal differs from when they say the name of a tool • b. MRI scans of bilingual people’s brain reveal that second languages are represented in the same area as the first if learned early and in different a ...
Motor Cortex
... Located in the precentral gyrus of each cerebral hemisphere. Contains large neurons (pyramidal cells) which project to SC neurons which eventually synapse on skeletal muscles ...
... Located in the precentral gyrus of each cerebral hemisphere. Contains large neurons (pyramidal cells) which project to SC neurons which eventually synapse on skeletal muscles ...
Time perception
Time perception is a field of study within psychology and neuroscience that refers to the subjective experience of time, which is measured by someone's own perception of the duration of the indefinite and continuous unfolding of events. The perceived time interval between two successive events is referred to as perceived duration. Another person's perception of time cannot be directly experienced or understood, but it can be objectively studied and inferred through a number of scientific experiments. Time perception is a construction of the brain that is manipulable and distortable under certain circumstances. These temporal illusions help to expose the underlying neural mechanisms of time perception.Pioneering work, emphasizing species-specific differences, was conducted by Karl Ernst von Baer. Experimental work began under the influence of the psycho-physical notions of Gustav Theodor Fechner with studies of the relationship between perceived and measured time.