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BMB 2

Terms

undefined, object
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authors
floyd bloom, charles nelson
cajal
this fool though that neurons were all connected and used golgi's "dye" to prove to his ass that neurons were connected
Fluorens
experimented on cats and used the ablative technique to figure out which parts of the brain were important, Hypothalmus was eventually the most important
blood brain barrier
created by cells & astrocytes, prevents blood borne substances from entering the system
gall
charted bulges in brain and showed specific functions of the brain (phrenology)
superior colliculi
visual startle (stuff flying into your peripheral vision makes you jump)
central nervous system
brain and spinal cord
acetycholine
signals muscles to contract
microtubules
structural reinforcement
allele cells
hold all the neurons together/in place
nodes of ranvier
spaces between the myelin on the axon
amino acids
building blocks for proteins
axons
send information to other neurons in circuit
gillial cells
extra cellular space between the nerve cell, filled with specialized support cells
hindbrain
pons and medulla
dualism
mind and the brain separate entities
axon hillock
the point where the actual neuron connects with the axon
ectoderm
becomes nervous system, skin, fingernails, hair
diencephalon
contains thalmus & hypothalmus
mesencephalon
midbrain
myclocephalon
medulla - spinal cord
peripheral nervous system
in muscles organs, glands, etc
circuits
pathways for sending & receiving cells ("electrical cable")
norapephrine
emotional arousal, sleep and mood
synapses
actual linking sites of communication for nerves
metencephalon
pons - cerebellum
myelin
provides insulation of the axon and slows down action potential
synaptic transmission
information transfer at synaptic gap
hypothalmus
relay station for internal regulatory info, monitors ANS
occipital
vision
oligodendrocyte
provides cellular insulation (myelin) which increases speed & impulse
endoderm
respiratory & digestive organs
loewi
electrical stimulation could twitch muscles, pioneered idea of chemical signals controlling brain & motor basis for neurotransmitters
meninges
fluid filled absorbers made up of connective tissues
dendrites
the points where the axons split and sprawl outwards
schwann cells
these cells repair individual cells and are located in the peripheral NS (example of a cut and nerve healing to that particular spot.)
inductive
observations to hypothesis
frontal
motor, planning, problem solving
Dualism
essentially the belief that one has a "soul" that controls him or her, this is not true in scientific reasoning
dopamine
regulate emotions & control of complex movemets
ottolowi
"vagustuf" when he simulated one particular nerve that would slow down the pacemaker mechanism of the heart
calcium
responsible for the release of neurotransmitters from synaptic vesicles
neurotube
top becomes brain, bottom becomes the spinal cord
chemical gate
neurotransmitters bind to the chemical gates
temporal
auditory
rhombencephalon
hindbrain
prosencephalon
forebrain
neurotransmitters
chemical that sends info from sending to receiving cell
astrocyte
"clean up" excess transmitters and ions from extra cellular spaces
cerebellum
basic learned motor responses (little brain) receives and modifies body and limb information
mesoderm
not nervous tissue, but formation of nervous system
neural tube
forms from ridges on neural plate that fuse together
movie (space odyssey 2001)
stanley coober
serotonin
found in pons temperature regulation, sensory, perception & sleep
neural crest
becomes peripheral autonomic nervous system
deductive
hypothesis to reasoning
descante
body mind dualism
epinephrine
found in medulla, activates sympathetic NS
inferior colliculi
auditory startle (reactions to sudden sounds)
ODD
Order, Discoverability, Determinism
oligodendrocyte
these cells are located in the CNS and dont repair cells individually, (spinal cord injury, with famous Mr. Reeve)
monoism
the brain and mind are the same (more accepted in science)
glutomate
excitation opens up Ca channel (agonism)
Nervous System
CNS, PNS, ANS, SNS
galen
1st fool to dissect human brain, states of health depended on fluids (blood, black bile, phlegm)
somatic nervous system
sensory and motor functions
autonomic nervous system
involuntary functions such as blood vessels, heart pumping, etc
GABA
inhibition, opens up Cl channel (antagonism)
pareital
sensory
golgi
came up with the dyeing process and though neurons were separate
thalmus
info center of the brain

Deck Info

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