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Methods in alcohol-related neuroscience research.
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  • 4b109
Titel och upphov
  • Methods in alcohol-related neuroscience research.
Utgivning, distribution etc.
  • Boca Raton, CRC Press, [2002]
Fysisk beskrivning
  • 391 s : ill.
Anmärkning: Innehållsbeskrivning, sammanfattning
  • Quantitative trait locus (QTL) mapping in mice. Knockout and knockin mice. Molecular studies by chimeragenesis and mutagenesis. Combining patch-clamp recording and gene profiling in single neurons. Quantitative analysis of neurotransmitter receptor expression with antibody-based techniques. Artificial bilayer techniques in ion channel study. Rapid drug superfusion and kinetic analysis. Electrophysiological assessment of synaptic transmission in brain slices. Cognitive correlates of single neuron activity in task-performing animals. Multichannel neural ensemble recording during alcohol self-administration. Combined single-neuron recording and microdialysis in the brain of freely behaving animals (rodents and non-human primates). Quantitative microdialysis for in vivo studies of pharmacodynamics. Structural magnetic resonance imaging (MRI) of the human brain. Biochemical, functional and microstructural magnetic resonance imaging (MRI). (From the table of contents)
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ISBN
  • 0-8493-0203-X
*000      am
*00114552
*008070120|2002|||||||||||e||||||||||0|eng|d
*020  $a0-8493-0203-X$x0-8493-0203-X
*24510$aMethods in alcohol-related neuroscience research.
*260  $aBoca Raton,$cCRC Press, [2002]$y2002
*300  $a391 s :$bill.
*520  $aQuantitative trait locus (QTL) mapping in mice. Knockout and knockin mice. Molecular studies by chimeragenesis and mutagenesis. Combining patch-clamp recording and gene profiling in single neurons. Quantitative analysis of neurotransmitter receptor expression with antibody-based techniques. Artificial bilayer techniques in ion channel study. Rapid drug superfusion and kinetic analysis. Electrophysiological assessment of synaptic transmission in brain slices. Cognitive correlates of single neuron activity in task-performing animals. Multichannel neural ensemble recording during alcohol self-administration. Combined single-neuron recording and microdialysis in the brain of freely behaving animals (rodents and non-human primates). Quantitative microdialysis for in vivo studies of pharmacodynamics. Structural magnetic resonance imaging (MRI) of the human brain. Biochemical, functional and microstructural magnetic resonance imaging (MRI). (From the table of contents)
*650 4$aAlcohol-related disorders
*650 4$aNeurosciences
*650 4$aResearch
*650 4$aAnimal
*650 4$aNeurotransmitters
*650 4$aBrain
*650 4$aMagnetic resonance imaging
*653  $aAlkoholmissbruk
*653  $aNeurokemi
*653  $aNeurotransmittorer
*653  $aForskning
*653  $aDjurförsök
*653  $aHjärnan
*653  $aMagnetisk resonanstomografi
*7001 $aLiu, Yuan$eed.
*7001 $aLovinger, David M.$eed.
*852  $h4b109
^
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