5193273038 | Peripheral Central | What are the two categories of the Nervous System? | 0 | |
5193273039 | Central | This category of the Nervous System includes the brain and spinal cord. | 1 | |
5193273040 | Central | This category of the Nervous System includes the decision making. | 2 | |
5193273041 | Peripheral | This category of the Nervous System includes the neurons. - Provides information to the Central Nervous System and transmits the decisions | 3 | |
5193273043 | Automatic Somatic | What are the two categories of the Peripheral Nervous System? | 4 | |
5193273044 | Autonomic | This category of the Peripheral Nervous System includes the automatic bodily functions tied to muscles and glands. - ex: heart beats | 5 | |
5193273046 | Somatic | This category of the Peripheral Nervous System includes voluntary skeletal muscle/motor movements. ex: dipping your toe in a pool to test the temperature | 6 | |
5193273048 | What are the two categories of the Autonomic Peripheral Nervous System? | Sympathetic Parasympathetic | 7 | |
5193273049 | Sympathetic | This category of the Autonomic Peripheral Nervous System is engaged by a fight or flight/ stressful situation. ex:seeing a wasp; a soldier | 8 | |
5193273052 | Parasympathetic | This category of the Autonomic Peripheral Nervous System occurs after the sympathetic system. - calms someone after a stressful situation engaged by a peaceful situation | 9 | |
5193273055 | Reflex Arc | Refers from the finger to the shoulder. Occurs because of the spinal reflex. | 10 | |
5193273056 | Spinal Reflex | The brain is not involved in this reflex. ex: touching a hot stove | 11 | |
5193273058 | Dendrite | receive the signal and conducts impulses toward teh cell body | 12 | |
5193273059 | Axon | extension of a neuron - carries the signal | ![]() | 13 |
5193273060 | Node of Ranvier | What is #3? | ![]() | 14 |
5193273061 | Axon Terminal Branches/Buttons | What is #4? | ![]() | 15 |
5193273062 | Myelin Sheath | Protects the axon and boosts the signal.(#5) | ![]() | 16 |
5193273063 | Soma | What is #6? | ![]() | 17 |
5193273064 | Schwann Cell | What is Letter A? | ![]() | 18 |
5193273065 | Nucleus | What is #7? | ![]() | 19 |
5193273066 | Dendrites | Receive the signal. | 20 | |
5193273067 | Soma | Provides energy for the cell. | 21 | |
5193273068 | Schwann Cells | Produces the myelin sheath. | 22 | |
5193273069 | Node of Ranvier | The gap that boosts the signal. The gap between the myelin sheath. | 23 | |
5193273072 | Synaptic Cleft/Gap | The space between the neurons. | 24 | |
5193273073 | Synapse | The neuro - transmitters jump across the __________. | 25 | |
5193273074 | Synaptic Vesicle | Holds the neuro - transmitters. | 26 | |
5193273075 | Messages | What are the small balls? | ![]() | 27 |
5193273076 | Receptor Sites | What is #5? | ![]() | 28 |
5193273077 | Synaptic Vesicles | What is #1? | ![]() | 29 |
5193273078 | Synapse | What is #4 | ![]() | 30 |
5193273079 | Sensory Neurons | Brings sensory information into the Central Nervous System. | 31 | |
5193273080 | Motor Neurons | The output. Provides the motor commands to muscles. | 32 | |
5193273081 | Inter Neurons | In the Central Nervous System. The middle men. Passes along information between sensory and motor neurons. | 33 | |
5193273082 | Mirror Neurons | Allows us to empathize with others and experience their movements without us actually moving. | 34 | |
5193273083 | Mirror Neurons | An example of these type of neurons is phantom limb pain. | 35 | |
5193273084 | Resting Potential | This is when the neurons are not firing. It is polarized. | 36 | |
5193273085 | Polarized | when the positive and negative atoms are separated. | 37 | |
5193273086 | Resting Potential | An example of this is when the toilet is ready to flush. | 38 | |
5193273087 | Action Potential | This is when the neurons are firing. It is depolarized. | 39 | |
5193273088 | Depolarized | When the positive and negative atoms mix. | 40 | |
5193273089 | Action Potential | An example of this is when the toilet is flushing. | 41 | |
5193273090 | Refractory Period | This is the reset time between neuron impulses. | 42 | |
5193273091 | Refractory Period | An example of this is when the toilet is resetting before the next flush. | 43 | |
5193273092 | Threshold | Minimum stimulation is needed to trigger the impulse. | 44 | |
5193273093 | Threshold | An example of this is that the toilet won't flush without substantial pressure. | 45 | |
5193273094 | All - or - None Response | Either the neuron fires completely or not at all. | 46 | |
5193273095 | All - or None Response | An example of this is that if there is enough pressure, the toilet will always flush. | 47 | |
5193273096 | Reuptake | The reabsorption of the neurotransmitters by the sending neurons. | 48 | |
5193273097 | Neurotransmitters | Information in the form of small balls. Chemicals that carry messages between neurons (across the synapse). | 49 | |
5193273098 | Acetylcholine (Ach) | The main functions are memory and involuntary muscle movement. | 50 | |
5193273099 | Acetylcholine (Ach) | An excess of this will result in muscle spasms. | 51 | |
5193273100 | Acetylcholine (Ach) | A deficiency of this will result in Alzheimer's or paralysis | 52 | |
5193273101 | Dopamine | The main functions are reward/pleasure, voluntary muscle movement, and learning. | 53 | |
5193273102 | Dopamine | An excess of this will cause schizophrenia | 54 | |
5193273103 | Dopamine | A deficiency of this will result in Parkinson's. | 55 | |
5193273104 | Serotonin | The main functions are mood, appetite, sleep, and impulsiveness. | 56 | |
5193273105 | Serotonin | An excess of this will result in muscle tremors or headaches. | 57 | |
5193273106 | Serotonin | A deficiency of this will cause depression, eating disorders, alcoholism, or aggression. | 58 | |
5193273107 | Norepinephrine | The main functions are sleep/alertness, learning, and mood. | 59 | |
5193273108 | Norepinephrine | An excess of this will result in fear/anxiety. | 60 | |
5193273109 | Norepinephrine | A deficiency of this will result in depression. | 61 | |
5193273110 | GABA | The main functions are inhibitory neurotransmitter, mood, movement, sleep/relaxation. | 62 | |
5193273111 | GABA | An excess of this will result in being lethargic. | 63 | |
5193273112 | GABA | A deficiency of this will result in anxiety and Huntington's disease. | 64 | |
5193273113 | Glutamate | The main functions are excitatory neurotransmitter and learning. | 65 | |
5193273114 | Glutamate | An excess of this will result in migraines, seizures, brain damage, and overstimulation. | 66 | |
5193273115 | Glutamate | A deficiency of this will result in fatigue and chronic pain. | 67 | |
5193273116 | Endorphins | The body's naturally occurring opiates. Released in response to pain and vigorous exercise. | 68 | |
5193273117 | Agonists | Mimic/boost the effects of a neurotransmitter. | 69 | |
5193273118 | Agonists | Examples of these are opium, oxycodone, morphine, and heroin. | 70 | |
5193273119 | Antagonists | Blocks the effects of the neurotransmitter. | 71 | |
5193273120 | Antagonists | An example of this is SARI. | 72 | |
5193273121 | SARI | An anti - depressant. | 73 | |
5193273122 | Anti - depressant | Blocks the reuptake process. | 74 | |
5193273123 | Endocrine System | A system of glands that secrete hormones. | 75 | |
5193273124 | Hormones | Chemical messengers that travel through the blood stream. | 76 | |
5193273125 | Pituitary Gland | The master gland. | 77 | |
5193273126 | Pituitary Gland | Secretes growth hormones and oxytocin. | 78 | |
5193273127 | Adrenal Gland | Secretes adrenaline and cortisol. | 79 | |
5193273128 | Adrenaline | The same thing as epinephrine. | 80 | |
5193273129 | Cortisol | Helps the body fight stress. | 81 | |
5193273130 | Adrenaline | Increases blood circulation. | 82 | |
5193273131 | Adrenaline | Prepares muscles for action. | 83 | |
5193273132 | Pancreas | Secretes insulin. | 84 | |
5193273133 | Insulin | Regulates blood sugar. | 85 | |
5193273134 | Sex Glands | Include testes and ovaries. | 86 | |
5193273135 | Sex Glands | Secrete sperm, eggs, testosterone, estrogen, and progesterone. | 87 | |
5193273136 | Testosterone | What is the major male hormone? | 88 | |
5193273137 | Estrogen Progesterone | What are the two major female hormones? | 89 | |
5193273138 | Pineal Gland | Secretes melatonin. | 90 | |
5193273139 | Melatonin | Helps you sleep. | 91 | |
5193273140 | Brainstem | The swelling of the spinal cord that enters the brain. | 92 | |
5193273141 | Brainstem | This is made up of the medulla, pons, reticular activating system, and thalamus. | 93 | |
5193273142 | Medulla | What is this? | ![]() | 94 |
5193273143 | Medulla | Responsible for your heartbeat, breathing, and survival reflexes. | 95 | |
5193273144 | Survival Reflexes | The medulla is responsible for this. Examples of this are puking, swallowing, coughing, and sneezing. | 96 | |
5193273145 | Pons | Responsible for sleep and dreams. | 97 | |
5193273146 | Medulla and Pons | The main parts of the brain stem. | 98 | |
5193273147 | Reticular Activating System | What is the pink line? | ![]() | 99 |
5193273148 | Reticular Activating System | Another name for this is reticular formation. | 100 | |
5193273149 | Reticular Activating System | Runs through the brain stem. | 101 | |
5193273150 | Reticular Activating System | Responsible for arousal and wakefulness. | 102 | |
5193273151 | Thalamus | What is this? | ![]() | 103 |
5193273152 | Thalamus | The sensory relay station of the brain stem. | 104 | |
5193273153 | Thalamus | On top of the brain stem. | 105 | |
5193273154 | Limbic System | What is this? | ![]() | 106 |
5193273155 | Limbic System | The center for emotions and drives. | 107 | |
5193273156 | Limbic System | Includes the hippocampus, amygdala, and hypothalmus. | 108 | |
5193273157 | Drives | The limbic system is responsible for this. Includes some vital functions. | 109 | |
5193273158 | Hippocampus | What is this? | ![]() | 110 |
5193273159 | Hippocampus | Responsible for explicit memories and learning. | 111 | |
5193273160 | Amygdala | What is this? | ![]() | 112 |
5193273161 | Amygdala | Responsible for negative emotions like fear, anger, and aggression. | 113 | |
5193273162 | Hypothalamus | What is this? | ![]() | 114 |
5193273163 | Food Feelings Fight/Flight Fever Fornification | What are the 5 F's the hypothalamus is responsible for? | 115 | |
5193273164 | Cerebral Cortex | What is this? | ![]() | 116 |
5193273165 | Cerebral Cortex | Covers the brain. The outer layer. The information process control center. Contains the four lobes of the brain. | 117 | |
5193273166 | Frontal Lobe | What is this? | ![]() | 118 |
5193273167 | Frontal Lobe | Responsible for decision making, language, and planning. | 119 | |
5193273168 | Frontal Lobe | Includes the motor cortex and broca's area. | 120 | |
5193273169 | Motor Cortex | What is this? | ![]() | 121 |
5193273170 | Motor Cortex | Responsible for voluntary movement. | 122 | |
5193273171 | Broca's Area | What is this? | ![]() | 123 |
5193273172 | Broca's Area | Responsible for speech production. | 124 | |
5193273173 | Symmetric | The lobes on both sides of the brain are ____________. | 125 | |
5193273174 | Parietal Lobe | What is this? | ![]() | 126 |
5193273175 | Parietal Lobe | Responsible for pain, temperature, and touch. | 127 | |
5193273176 | Parietal Lobe | Involves the sensory cortex. | 128 | |
5193273177 | Sensory Cortex | Receives sensory information. A part of the parietal lobe. | 129 | |
5193273178 | Occipital Lobe | What is this? | ![]() | 130 |
5193273179 | Occipital Lobe | Responsible for vision. | 131 | |
5193273180 | Temporal Lobe | What is this? | ![]() | 132 |
5193273181 | Temporal Lobe | Responsible for auditory/hearing. | 133 | |
5193273182 | Temporal Lobe | Includes Wernicke's area. | 134 | |
5193273183 | Wernicke's Area | What is this? | ![]() | 135 |
5193273184 | Wernicke's Area | Responsible for speech and language understanding. | 136 | |
5193273185 | Aphasia | A language impairment. Occurs because of damage to broca's or wernicke's area. | 137 | |
5193273186 | Association Areas | Areas of the cerebral cortex that are involved in specialized higher order mental functions. | 138 | |
5193273187 | Association Areas | Examples of this are broca's and wernicke's area. | 139 | |
5193273188 | Corpus Collosum | What is this? | ![]() | 140 |
5193273189 | Corpus Collosum | A band of nerve fibers that separate the right and left hemispheres of the brain. | 141 | |
5193273190 | Cerebellum | What is this? | ![]() | 142 |
5193273191 | Cerebellum | Stores implicit memories and is responsible for balance and coordination. | 143 | |
5193273192 | Spinal Cord | What is this? | ![]() | 144 |
5193273193 | Brain Plasticity | Another name for this is neuroplasticity. | 145 | |
5193273194 | Brain Plasticity | The brain's ability to change and adapt in response to damage or new experiences. | 146 | |
5193273195 | Behavior Genetics | Study our differences and weigh the effects and interpretation of heredity and environment. | 147 | |
5193273196 | Epigenetics | Studying the molecular mechanisms by which environments trigger genetic expression. | 148 | |
5193273197 | Twin Studies | Two studies where you control the home environment while varying heritability or vice versa. | 149 | |
5193273198 | Monozygotic | Identical twins. Develop from a single fertilized egg that splits in two, creating two genetically identical organisms. | 150 | |
5193273199 | Heritability | The extent to which variation among individuals can be attributed to their differing genes. | 151 | |
5193273200 | Diathesis - Stress Model | Attempts to explain behavior as a pre dispositional vulnerability together with stress from life experiences. | 152 | |
5193273201 | PET | The most invasive brain scan. Shows detailed look at the functions of the brain because of the injected radioactive material. | 153 | |
5193273202 | EEG | Measures the brain's electrical activity. | 154 | |
5193273203 | MRI | Uses magnets to take still pictures of soft tissue. Shows the structure of the brain. | 155 | |
5193273204 | fMR | Shows the structure and function of the brain by measuring changes in the blood flow. | 156 | |
5193273205 | Split - Brain Research | Research performed on patients who have had their corpus collosum severed and hemispheres operate individually. | 157 | |
5193273206 | Left | The (left/right) brain is responsible for speech. | 158 | |
5193273207 | Right | The (left/right) brain is responsible for perception. | 159 | |
5193273208 | Dual Processing | The principle that the brain processes information simultaneously on two separate tracks. (conscious and unconscious) | 160 |
AP Psychology Brain & Biology Flashcards
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