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Neurons – A whistle-stop Tour
Neurons – A whistle-stop Tour

... At synapses, the ends of axons (called axon terminals) nearly, but not actually touch the next neuron. Axon terminals contain many synaptic vesicules loaded with 2000 molecules of a specialised compound called a neurotransmitter. An electrical impulse called a ‘spike’ sends electrical impulses down ...
Brain - Pima Community College : Directories
Brain - Pima Community College : Directories

... • Loop of cortical structures – amygdala, hippocampus and cingulate gyrus ...
Brain
Brain

... • Loop of cortical structures – amygdala, hippocampus and cingulate gyrus ...
REGULATION OF HISTAMINE SYNTHESIS AND H RECEPTOR TRANSDUCTION MECHANISMS
REGULATION OF HISTAMINE SYNTHESIS AND H RECEPTOR TRANSDUCTION MECHANISMS

... inhibitor of HDC (Kollonitsch et al., 1978). This compound potently inhibits in a stereoselective, time-dependent, concentration-dependent and irreversible manner cerebral HDC with an inhibitory constant (Ki) of approximately 10-5 M. Related decarboxylases such as dopa- or glutamate-decarboxylase ar ...
File
File

... 1. Which areas of his brain were damaged during the ...
Autonomic_notes
Autonomic_notes

... (Adrenergic receptors: alpha and beta types. Both types found on effector cells (muscle or gland) receiving sympathetic innervation. Both types respond to norepinephrine (noradrenaline) and epinephrine (adrenaline), which are released (mainly NE) by most sympathetic postganglionic fibers onto their ...
Pharmacokinetic Phase
Pharmacokinetic Phase

... reversible binding of H+ ions and is permanently positively charged; therefore it is not lipid soluble and does not absorb well from the mouth or lungs advantage: few, if any, systemic effects/side effects – atropine can give up H+ and become nonionized increasing its absorption and distribution dis ...
reverse engineering of the visual system using networks of spiking
reverse engineering of the visual system using networks of spiking

... classification task, monkeys can have behavioural reaction times that can be as short as 180 ms. If one subtracts roughly 80 ms for initiating and executing the motor response, this leaves only about 100 ms for visual processing. Interestingly, this is roughly the onset latency of neurones in the in ...
PHARMACOTHERAPY OF HYPERTENSION
PHARMACOTHERAPY OF HYPERTENSION

... Less effective in elderly patients Side effects: Bradycardia, cause rebound hypertension on sudden withdrawal Fatigue sleep disturbances and depression Propranolol mask the hypoglycemic symptoms produced by insulin and oral hypoglycemic ...
Synapse Formation
Synapse Formation

... • Synapse = the connection between neuron and target or two neurons • Axon grows to target – differentiates into the presynaptic terminal • Target cell also changes – into postsynaptic terminal • Both already carrying the components to form the synapse Æ contact is trigger ...
Lorcaserin : The Serotonergic Weight Loss Medication
Lorcaserin : The Serotonergic Weight Loss Medication

... progressive fat loss. Belviq does not produce side effects of anxiety, depression, insomnia, palpations, racy heart, or constipation seen with the older appetite suppressors. In addition, Belviq has no effect on metabolism or “fat burning” it simply reduces appetite and food intake. In addition, Bel ...
Document
Document

... condition from a baseline -- frequently a ‘resting’ state where the subject does not have a task to perform. But, is the brain resting? While activity during a resting state may not be directly related to the tasks being performed in other states, we know that humans are constantly thinking, imagini ...
File
File

... ○ Osmoreceptors in the mammalian brain are general receptors that detect changes in the solute concentration of the blood and stimulate thirst when osmolarity increases. ○ Internal chemoreceptors respond to glucose, O2, CO2, and amino acids. ○ Two of the most sensitive and specific chemoreceptors kn ...
Update on Alzheimer`s Research and Clinical Trials
Update on Alzheimer`s Research and Clinical Trials

... • Researchers hope that these techniques will one day provide methods to definitively diagnose AD in it’s earliest and most treatable stages • Ideally we could diagnose before symptoms appear and start treatment in this asymptomatic phase before significant neurodegeneration has occurred • We now kn ...
Chapter_005
Chapter_005

... Under physiologic conditions, cardiac output can be increased by the binding of norepinephrine (NE) to receptors (R) on the heart. Norepinephrine is supplied to these receptors by nerves. These same receptors can be acted on by drugs, which can mimic the actions of endogenous NE (and thereby increas ...
Chapter 17 PowerPoint Notes
Chapter 17 PowerPoint Notes

... (SSRIs) that improve the mood by elevating levels of serotonin by inhibiting reuptake. Mood-Stabilizing Medications Lithium Carbonate, a common salt, has been used to stabilize manic episodes in bipolar disorders. It moderates the levels of norepinephrine and glutamate neurotransmitters. Brain Stimu ...
http://www - Progetto Autismo FVG
http://www - Progetto Autismo FVG

... studies to look for telltale differences in infant brain development. Because every new picture or word sound creates an ERP wave "signature," the researchers can analyze the ERP patterns produced by at-risk infants, those with siblings diagnosed with autism, and compare them to control infants, who ...
12 Unit 1
12 Unit 1

... • Lens adjusts for distance to keep image focused on retina • Myopia= can’t accommodate distant objects- Eyeball is too long • Hyperopia = can’t accommodate far objects- Eyeball is too short • Astigmatism= irregular curvature of cornea or lens ...
Lab #7: Nerve Pathways and Somatosensory Physiology
Lab #7: Nerve Pathways and Somatosensory Physiology

... undergo action potentials, and in turn release inhibitory neurotransmitter to the α-motor neurons that control the contraction of the affected muscle. The inhibitory post-synaptic potentials triggered in the motor neurons slow signaling rates to the muscle, thus decreasing contractile strength and, ...
Somatic Sensory Systems
Somatic Sensory Systems

... the cerebral cortex: the dorsal-column medial leminscal pathway, and the spinothalamic pathway. Each of these pathways convey different sensory information and follow a different course in the CNS. Sensory information from the face is conveyed to the CNS primarily by the trigeminal nerve (VII, IX, a ...
Cognition: An Overview of Neuroimaging Techniques
Cognition: An Overview of Neuroimaging Techniques

... the output of behavior as the critical dependent measure, whereas neuroimaging studies can focus on cognitive processes that take place prior to – or are not associated with – a behavioral response. For example, it is impossible to determine whether lesions that result in a long-term memory impairme ...
Neuron Preview
Neuron Preview

... needed for a structure devoted to synthesizing information to yield highly complex output. Jackson et al. (2003) focused their work on a special type of neuron in M1: the cortico-motoneuronal (CM) cell (see Porter and Lemon, 1993, for a comprehensive review of CM cells). Anatomical and functional pr ...
Dermatologic Pharmacology
Dermatologic Pharmacology

... sunscreen is a measure of its effectiveness in absorbing erythrogenic ultraviolet light. It is determined by measuring the minimal erythema (abnormal redness of the skin) dose with and without the sunscreen in a group of normal people. The ratio of the minimal erythema dose with sunscreen to the min ...
Endocrine System
Endocrine System

... 1) Paracrine factors - cytokines 2) Hormones - chemical messengers ...
Linking Genetically Defined Neurons to Behavior through a Broadly
Linking Genetically Defined Neurons to Behavior through a Broadly

... Tools for suppressing synaptic transmission gain power when able to target highly selective neuron subtypes, thereby sharpening attainable links between neuron type, behavior, and disease; and when able to silence most any neuron subtype, thereby offering broad applicability. Here, we present such a ...
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Neuropsychopharmacology

Neuropsychopharmacology, an interdisciplinary science related to psychopharmacology (how drugs affect the mind) and fundamental neuroscience, is the study of the neural mechanisms that drugs act upon to influence behavior. It entails research of mechanisms of neuropathology, pharmacodynamics (drug action), psychiatric illness, and states of consciousness. These studies are instigated at the detailed level involving neurotransmission/receptor activity, bio-chemical processes, and neural circuitry. Neuropsychopharmacology supersedes psychopharmacology in the areas of ""how"" and ""why"", and additionally addresses other issues of brain function. Accordingly, the clinical aspect of the field includes psychiatric (psychoactive) as well as neurologic (non-psychoactive) pharmacology-based treatments.Developments in neuropsychopharmacology may directly impact the studies of anxiety disorders, affective disorders, psychotic disorders, degenerative disorders, eating behavior, and sleep behavior.The way fundamental processes of the brain are being discovered is creating a field on par with other “hard sciences” such as chemistry, biology, and physics, so that eventually it may be possible to repair mental illness with ultimate precision. An analogy can be drawn between the brain and an electronic device: neuropsychopharmacology is tantamount to revealing not only the schematic diagram, but the individual components, and every principle of their operation. The bank of amassed detail and complexity involved is huge; mere samples of some of the details are given in this article.
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