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热应激刺激小鼠垂体的蛋白组学研究

摘要第12-14页
ABSTRACT第14-19页
Introduction第20-26页
    References第22-26页
CHAPTER 1: Literature Review第26-48页
    1.1 Thermoneutral zone第28页
    1.2 Effects of heat stress on physiological parameters第28-29页
    1.3 Heat Stress and Feed Intake第29-30页
    1.4 Heat stress pathway第30-31页
    1.5 Heat stress and animal reproduction第31-33页
    1.6 Neuroendocrine system and stress第33-34页
    1.7 Effects of heat stress on hormone secretion第34-35页
    1.8 Acute and chronic stress第35-36页
    1.9 Proteomic and transcriptional response to heat stress第36-38页
    References第38-48页
CHAPTER 2: Effects of thermally induced stress on animal behavior and some physiological parameters第48-62页
    1 Introduction第49-51页
    2 Material methods第51-52页
        2.1 Experimental models and heat treatment第51-52页
        2.2 Assessment of hyperthermia and physiological parameters第52页
    3 Results第52-55页
        3.1 Effect of the HS on animal behavior第52-53页
        3.2 Effect of the HS on rectal temperature第53-54页
        3.3 Effect of the HS on water and feed intake第54-55页
    4 Discussion第55-57页
    References第57-62页
CHAPTER 3: Effects of heat stress on hormone profile and testicular histology in mice model第62-82页
    1 Introduction第63-64页
    2 Materials and methods第64-69页
        2.1 Experimental animals and thermal treatment第64-65页
        2.2 Sample collection第65页
        2.3 Hormonal analysis第65-68页
        2.4 Histological analysis第68-69页
        2.5 Statistical analysis第69页
    3 Results第69-73页
        3.1 Hormonal imbalances caused by HS第69-72页
        3.2 Histological disturbances caused by HS in mouse testes第72-73页
    4 Discussion第73-76页
    References第76-82页
CHAPTER 4: Proteomic response of mouse pituitary gland to heat stress第82-124页
    1 Introduction第84-85页
    2 Materials and methods第85-91页
        2.1 Animals and thermal treatment第85-86页
        2.2 Protein identification and quantification by Isobaric tags for relative and absolutequantitation (iTRAQ)第86页
        2.3 Protein Quantification and Digestion第86-87页
        2.4 iTRAQ Labeling and Fractionation第87页
        2.5 LC-MS/MS Analysis第87页
        2.6 Data Analysis第87-88页
        2.7 Bioinformatics and Annotations第88-89页
        2.8 STRING Analysis第89页
        2.9 RNA extraction and real-time RT-PCR第89-91页
        2.10 Verification of iTRAQ data by western blot第91页
    3 Results第91-106页
        3.1 Identification of proteins related to stress responsive第91-96页
        3.2 Gene Ontology (GO) analysis of differentially expressed proteins during heat stress第96-99页
        3.3 Pathway enrichment第99-100页
        3.4 Proteins involved in different metabolism pathways第100-102页
        3.5 STRING Analysis第102-105页
        3.6 Quantitative Analysis of mRNA Levels第105-106页
        3.7 Verification of iTRAQ data by western blot第106页
    4 Discussion第106-115页
    References第115-124页
SUMMARY AND CONCLUSION第124-127页
Acknowledgement第127-128页
Dedication第128页

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