About 57 item dissertation in line with inferior colliculus query results,the following is 1 to 50(Search took 0.022 seconds)

  1. Click Affects the Responses Property of IC Neurons to Tone in Mouse,LiuDongYun/Southern Medical University,,0/11
  2. Interaural Level Difference Dependent Gain Control Underlying Binaural Computation of Mouse Inferior Colliculus Neurons,LiHaiFu/Southern Medical University,,0/12
  3. Ascending Inputs from Ventral Nucleus of the Lateral Lemniscus Affect Acoustic Signal Detection of Inferior Colliculus Neurons,LiuHuiHua/Central China Normal University,0/0
  4. Inhibitory Synaptic Inputs Activated by on-BF and Off-BF Frequencies Are Co-sharpening Frequency Tuning of Mouse Inferior Colliculus Neurons:in Vivo Intracellular Recording,LiJie/Central China Normal University,0/0
  5. The Study of Synaptic Mechanism Underlying CF-CF Combination Sensitive Neurons in Inferior Colliculus of Pratt's Roundleaf Bat,ZouLiFang/Central China Normal University,0/0
  6. Characteristics and Mechnisms of the Processing of Complex Time-frequency Information in Sub-cortical Auditory Pathway,ZhaoLingYun/Tsinghua University,0/38
  7. The Effect of High Frequency Hearing Loss on the Temporal Resolution of Low Frequency Region in Guinea Pigs,FengYanMei/Shanghai Jiaotong University,0/11
  8. Noise and Salicylate Induce the Electrical Activity Change in Inferior Colliculus and Cortex,NiuYuGuang/,0/21
  9. Ipsilateral Gain Control of Binaural Auditory Processing in Inferior Colliculus of Mouse,ZhengXiaoJun/Southern Medical University,,0/18
  10. Asending Inputs from Dorsal Nuclei of Lateral Lemniscus Affect Acoustic Signal Detection of Inferior Collicular Neurons,WenJuan/Central China Normal University,0/0
  11. Modulation of Auditory Information Processing in Central Neurons,YangWenWei/East China Normal University,0/89
  12. Neuronal Coding and Plastic Changes of Sound Duration in Auditory Midbrain of Guinea Pigs,ChenZhengZuo/Shanghai Jiaotong University,0/52
  13. Patterns of Interaction between GABA_A and Glycine Receptors: A Study on Their Correlation with Receptor Expression Level,TangZhengQuan/University of Science and Technology of China,1/188
  14. Auditory Information Processing of Neurons in Rat’s Inferior Colliculus,LiXiangYao/East China Normal University,0/95
  15. Corticofugal Modulation of Fos Expression in the Auditory Pathways of the Rat with Emphasis on the Medial Geniculate Body,SunXia/Zhejiang University,0/60
  16. Expression of Neurotrophins and the Receptors in the Cochleas and Inferior Colliculus in the Aged Rats,LiYuRu/Jilin University,0/107
  17. Studies on the Molecular Mechanisms of Antiepileptic Action of Qingyangshenylycosides (QYS),LiXianChun/East China Normal University,3/155
  18. Expression of GABA_A Receptors Subunits in the Cochleas and Inferior Colliculus in the Postnatal Rats,LiuDeLong/Jilin University,0/82
  19. Frequency and Spatial Coding of Auditory Information in Auditory Cortex and Inferior Colliculus,ZhangJiPing/East China Normal University,0/132
  20. Encoding Repetition Rate of Pulse Trains and Masking of Auditory-Response in the Inferior Colliculus of the Big Brown Bat, Eptesicus Fuscus,ZuoRuiHong/East China Normal University,0/65
  21. Influence of Monaural Plugging on Postnatal Development of Auditory Spatial Response Properties of Inferior Collicular Neurons in Bat, Myotis Chinensis and the Mechanism,ZhouXiaoMing/East China Normal University,1/35
  22. Sodium Salicylate Suppresses GABAergic Inhibitory Synaptic Transmissions in the Central Auditory System,WangHaiTao/University of Science and Technology of China,0/138
  23. Functional Characterization of Acid-sensing Ion Channels in Neurons of Rat Inferior Colliculus,ZhangMin/University of Science and Technology of China,0/68
  24. Guinea pig inferior colliculus after noise exposure plasticity and r- aminobutyric acid (GABA) changes,WangFeng/PLA Postgraduate Medical School,0/86
  25. Effect of Propofol on Signals of Otoacoustic Emissions and Spikes of Inferior Colliculus Neurons,ZhangXinJian/Southern Medical University,,0/81
  26. The Effect of GABAergic Inhibition on Temporal Response Properties of Inferior Colliculus Neurons in Mice,CongWenDong/Southern Medical University,,0/75
  27. Effect of Early Acoustic Experience on the Development of Auditory Function in Central Auditory System and the Underlying Mechanism,XuJingHong/East China Normal University,0/48
  28. Sodium Salicylate Specifically Inhibits the Current Mediated by Glycine Receptors Containing α1-subunits,LuYunGang/University of Science and Technology of China,0/74
  29. Modulation Effects of the Auditory Descending Projection on Dorsal Division of Cochlear Nucleus of the Rat,ZhangYongHai/Third Military Medical University,0/16
  30. Temporal Response of Central Auditory to the Duration and Level of Stimulus,WangXiao/Southern Medical University,,0/68
  31. Effect of Early Enriched Environment Exposure on the Plasticity of Auditory Function in Central Auditory System and the Underlying Mechanism,CaiZuo/East China Normal University,0/39
  32. Mouse inferior colliculus neurons and cortical auditory orientation sensitivity down regulation,HanLinLin/East China Normal University,0/23
  33. Distribution of Gama-aminobutyric Acid (GABA) Ergic Neurons in Auditory Center Different Parts of Unilateral Cochlea Ablation Rats,WangQinZuo/Wuhan University,0/53
  34. Effect of Activated Input by Weak Noise on the Frequency Tuning and Mechanism Underlying Integration in Inferior Collicular Neurons of Mouse,TangJia/Central China Normal University,0/22
  35. Mechanism of Effect of Weak Noise on the Dynamic Range of Mouse Inferior Collicular Neurons,WangDan/Central China Normal University,0/25
  36. The Modulation of Galanin on Sound Signal Process of Inferior Collicular Neurons,WangJunBo/Central China Normal University,0/14
  37. The Temporal Property of Masker-elicited Forward Masking in Inferior Collicular Neurons,TangJie/Central China Normal University,0/19
  38. Presentation Rate of Stimulation Affects the Firing Rate of Inferior Collicular Neurons of the Mice with Different Ages,QinJian/Central China Normal University,0/16
  39. Response of Inferior Collicular Neruons to Frequency Modulated Stimuli with Different Modulation Ranges and Directions in the Mouse,ZhangAiZuo/Central China Normal University,0/23
  40. Forward Masking Effects of Static and Dynamic Frequency Maskers on the Response of Inferior Collicular Neurons in Mouse,WangJingYu/Central China Normal University,0/10
  41. Masking Effects of Forward Masker Sound with Different Durations on Frequency Receptive-field and Minimum Threshold of Inferior Collicular Neurons of Mouse,GuoYuPing/Central China Normal University,0/22
  42. Frequency Representation and Tuning of the Inferior Collicular Neurons of Mice: Intracellular Recording in Vivo,ZhangCun/Central China Normal University,0/28
  43. The Effect of Inhibitory Input Activated by Synchronized Nonisofrequency Sound Stimulus on the Duration Selectivity in the Inferior Collicular Neurons,ZuoRongLing/Central China Normal University,0/12
  44. Sound duration on CF-FM bat inferior colliculus selective acoustic pulse repetition rate and its ability to follow the impact of,QiQiaoZhen/Central China Normal University,0/13
  45. Effect of Noise on the Auditory System of Mammalian,HeYa/Fourth Military Medical University,0/56
  46. The Research on the Relationship between Dominant Frequent and Middle Ear Structure of Bats and the Selectivity of Infancy Mice’s Inferior Colliculus for Frequent-Modulated Sound,HanXiaoYan/Central China Normal University,0/25
  47. The Effect of Temporal and Spectral Processing on Shaping the Rate Selectivity and Direction Selectivity in the Inferior Collicular Neurons,LiaoYang/Central China Normal University,0/16
  48. Inferior colliculus neurons release mode and duration selective mechanism of synaptic,BaiJing/Central China Normal University,0/35
  49. Effect of Inhibitory Input Activated by Non-best Frequency Sound on Impulse and Latency Codings of Sound Amplitude in Inferior Collicular Neurons,ZhangZhiHua/Central China Normal University,0/15
  50. Nosed bat acoustic Doppler compensation feature analysis and behavior -related brain areas and nucleus functional studies,WangXuZhong/East China Normal University,0/43

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