首页--生物科学论文--动物学论文--动物生态学和动物地理学论文

断奶前父本剥夺对成年棕色田鼠情绪和社会行为的影响及催产素的作用

摘要第3-6页
Abstract第6-9页
List of abbreviations第13-14页
Chapter 1 Introduction第14-24页
    1 Effects of early life stress on behavoirs第14-15页
    2 Oxytocin system第15-17页
        2.1 Oxytocin第15-16页
        2.2 Oxytocin receptor第16页
        2.3 Oxytocin signaling第16-17页
        2.4 Oxytocin and neuroplasticity第17页
    3 Oxytocin and infant-caregiver attachment第17-18页
    4 Effects of early life stress on oxytocin system relevant for anxiety第18-19页
    5 Effects of early life stress on oxytocin system relevant for social behaviors第19-20页
        5.1 OT and social approach-avoidance第19页
        5.2 OT and recognition第19-20页
    6 Effects of early life stress on oxytocin system relevant for sex differences第20页
    7 Mandarin voles (Microtus mandarinus):an animal model to investigate the effectsof pre-weaning paternal deprivation on the adult brain and behavior第20-21页
    8 The scope of our study第21-24页
Chapter 2 Emotional attachment of pre-weaning pups to mothers andfathers in mandarin voles第24-38页
    1 Introduction第24-26页
    2 Materials and methods第26-29页
        2.1 Subjects第26-27页
        2.2 Treatments第27页
        2.3 Social preference test第27-28页
        2.4 Statistical analysis第28-29页
    3 Results第29-33页
        3.1 Attachment with the mother第29-30页
        3.2 Attachment with the father第30-31页
        3.3 Different levels of attachment with the mother and the father第31-33页
        3.4 Variation in levels of emotional attachment PND14 to 21第33页
    4 Discussion第33-37页
        4.1 Attachment to mothers第34-35页
        4.2 Attachment to fathers第35-36页
        4.3 Attachment to mothers and fathers第36页
        4.4 Levels of emotional attachment第36-37页
    5 Conclusion第37-38页
Chapter 3 Anxiety-like behavior and altered social preferences in adultmandarin voles following disruption of the father-offspring bond involveoxytocin and the medial prefrontal cortex第38-58页
    1 Introduction第38-39页
    2 Methods and Materials第39-43页
        2.1 Subjects第39-40页
        2.2 Open field test (OFT)第40页
        2.3 Social preference test (SPT)第40-41页
        2.4 Social Approach Test (SAT)第41页
        2.5 Immunohistochemistry第41-42页
        2.6 Western blotting第42页
        2.7 Stereotaxic cannulation and microinjection第42-43页
        2.8 Data analysis第43页
    3 Results第43-54页
        3.1 Experiment 1: Effect of pre-weaning PD on anxiety-like behavior and socialpreference第43-45页
        3.2 Experiment 2: Effect of pre-weaning PD on mPFC, NAcc (the number ofFos-IR cells) and PVN (the percentage of c-fos/OT double-labeled neurons)neuronal activities in the social approach test第45-47页
        3.3 Experiment 3: Effect of pre-weaning PD on mPFC and PVN OT-IR第47-49页
        3.4 Experiment 4: Effect of pre-weaning PD on mPFC OTR-IR,V1 aR-IR andAVP-IR第49-51页
        3.5 Experiment 5:Effect of microinjection of OT into the PLC on anxiety-likebehavior and social preference altered by pre-weaning PD第51-54页
    4 Discussion第54-58页
Chapter 4 Pre-weaning paternal deprivation impairs social recognitionand alters hippocampal neurogenesis and spine density in adult mandarinvoles第58-74页
    1 Introduction第58-59页
    2 Materials and methods第59-64页
        2.1 Subjects第59-64页
            2.2 Habituation-dishabituation tests第60页
            2.3 Three-chamber sociability tests第60-61页
            2.4 Brdu injections and perfusion第61页
            2.5 Immunohistochemistry第61-62页
            2.6 Golgi staining第62-63页
            2.7 ELISA第63页
            2.8 Data analysis第63-64页
    3 Results第64-69页
        3.1 Pre-weaning PD impairs social recognition and sociability第64-66页
        3.2 Effect of pre-weaning PD on adult neurogenesis in DG第66-68页
        3.3 Effect of pre-weaning PD on dendrites in the DG neurons第68-69页
        3.4 Effect of pre-weaning PD on serum OT and corticosterone (CORT)concentration第69页
    4 Discussion第69-74页
Chapter 5 Summary and future directions第74-76页
References第76-98页
Acknowledgements第98-100页
List of Publication第100页

论文共100页,点击 下载论文
上一篇:黄脸油葫芦性腺中TeERR与20-羟基蜕皮酮相关基因的关联性分析
下一篇:髓鞘碱性蛋白在磷脂单分子层界面吸附动力学研究