BOOK
Food Hygiene, Agriculture And Animal Science - Proceedings Of The 2015 International Conference
(2016)
Additional Information
Book Details
Abstract
The Proceedings of the 2015 International Conference on Food Hygiene, Agriculture and Animal Science provides an all-encompassing review of each contributor's study in topics such as food hygiene, agriculture, animal science, animal histology and embryology, and livestock production systems.This book is not only a compilation and analysis of the existing theories and findings; it also places a strong emphasis on new investigations and experiments. Researchers, engineers, academics and industry professionals in the fields of agricultural science, food hygiene and animal science will find this book a valuable read and useful reference.
Table of Contents
Section Title | Page | Action | Price |
---|---|---|---|
Contents | xi | ||
Preface | v | ||
Committee | vii | ||
Session 1: Nutrition and Food Hygiene | 1 | ||
Research on construction of the quality and safety of agricultural products traceability based on multisided platform-taking beef quality and safety traceability in Xinjiang as an example | 3 | ||
1. Introduction | 3 | ||
2. The Theory of MSPs | 4 | ||
2.1. The Theory of MSPs | 4 | ||
2.2. The Conditions of MSPs | 4 | ||
2.3. The difference between the MSPs trade framework and traditional trade framework | 5 | ||
3. Platform Design | 5 | ||
3.1. Participants Design | 5 | ||
3.2. The design principle of MSPs | 6 | ||
3.2.1. Management principles | 6 | ||
3.2.2. Pricing principles | 7 | ||
4. The quality and safety of agricultural products traceability MSP model | 7 | ||
5. Questions and Discussion | 8 | ||
5.1. Multisided involved in the design | 8 | ||
5.2. Try \"decentralization\" policy | 8 | ||
5.3. Government regulatory role irreplaceable | 9 | ||
5.4. Benefit expand | 9 | ||
5.5. Discussion | 9 | ||
References | 9 | ||
Construction on food safety traceability chain | 10 | ||
1. Introduction | 10 | ||
2. Food chain analysis | 11 | ||
3. Components of food safety traceability chain | 12 | ||
3.1 Links in the traceability chain | 13 | ||
3.2 Units of the traceability chain | 13 | ||
3.3 Factors of the traceability chain | 13 | ||
3.4 Indexes of the traceability chain | 14 | ||
4. Food safety traceability chain analyses | 14 | ||
4.1 Hierarchical structure of food safety traceability chain | 14 | ||
4.2 Granularity of food safety traceability chain | 15 | ||
5. Conclusion and discussion | 15 | ||
Acknowledgements | 16 | ||
References | 16 | ||
Mixed RNA duplexes, a new type of nucleic acid inhibit A549 cell line growing | 18 | ||
1. Introduction | 18 | ||
2. Materials and Methods | 19 | ||
2.1. Materials | 19 | ||
2.2. Cell culture | 19 | ||
2.3. Cell survival assay | 19 | ||
3. Results and Discussion | 20 | ||
Acknowledgments | 22 | ||
References | 22 | ||
Investigation of annual optimal time for bromelain production: Approached using statistical analysis | 23 | ||
1. Introduction | 23 | ||
2. Materials and Methods | 24 | ||
2.1 Materials | 24 | ||
2.2 Bromelain preparation | 24 | ||
2.3 Enzyme activity assay | 24 | ||
2.4 Data analysis | 24 | ||
3. Results and Discussions | 25 | ||
3.1 Statistical analysis of the activity and moisture content of bromelain | 25 | ||
3.2 Changes in moisture content of bromelain over the years | 26 | ||
3.3 Changes in activity of bromelain over the years | 26 | ||
4. Conclusions | 27 | ||
Acknowledgements | 27 | ||
References | 27 | ||
Effects of hysterectomy on ovarian function in patients with retaining uterine blood vessel | 29 | ||
1. Introduction | 29 | ||
2. Materials and methods | 30 | ||
2.1 General information | 30 | ||
2.2 Choice of operation mode | 30 | ||
2.3 Observation index | 30 | ||
2.4 Statistical methods | 31 | ||
3. Results | 31 | ||
3.1 Operation effects | 31 | ||
3.2 Serum lipid levels | 31 | ||
3.3 Comparison of sexual quality between two groups | 32 | ||
3.4 Changes of uterine artery blood flow before and after operation in research group | 32 | ||
4. Discussion | 32 | ||
References | 33 | ||
Study on optimization of extraction conditions of total alkaloids from Zizyphi spinosi semen | 35 | ||
1. Introduction | 35 | ||
2. Materials and Methods | 36 | ||
2.1 Experimental Materials and Apparatus | 36 | ||
2.2 Experimental | 36 | ||
2.2.1 The Analysis Method of ZSS Alkaloids | 36 | ||
2.2.2 The Extraction Method of Total Alkaloids of ZSS | 38 | ||
3. Results and Discussion | 39 | ||
3.1 Optimization Extraction Conditions of Single Factor Experiment | 39 | ||
3.1.1 Optimization of Extraction Solvent | 39 | ||
3.1.2 Optimization of acid in solvent extraction | 40 | ||
3.2 Optimization Extraction Conditions of Orthogonal Experiment from ZSS | 41 | ||
3.2.1 Extraction Rate | 41 | ||
3.2.2 Determination Content of Extract Alkaloids in Orthogonal Experiment | 42 | ||
3.2.3 Determination Content of Extract Alkaloids in Chloroform Phase in Orthogonal Experiment | 43 | ||
3.3 Results of Validate Experiment | 44 | ||
4. Conclusion | 44 | ||
Acknowledgements | 44 | ||
References | 45 | ||
Detection of bisphenol A in canned milk by chemiluminescence enzyme immunoassay | 47 | ||
1. Introduction | 47 | ||
2. Materials and methods | 48 | ||
2.1. Reagents and instrument | 48 | ||
2.2. Experimental details for indirect CLEIA | 48 | ||
2.3. Experimental details for competitive CLEIA | 48 | ||
2.4. Conditions optimization for CLEIA | 48 | ||
2.5. Calibration curves | 49 | ||
2.6. Analysis of spiked samples | 49 | ||
3. Result and discussion | 49 | ||
3.1. Conditions optimization for CLEIA | 49 | ||
3.2. Calibration curves | 50 | ||
3.3. Analysis of spiked samples | 51 | ||
4. Conclusions | 51 | ||
Acknowledgments | 51 | ||
References | 51 | ||
Thin nutrition pie manufacturing by using radiation effect at stagnation point heat transfer with micropolar flow and multimedia feature | 53 | ||
1. Introduction | 53 | ||
2. Theory and Analysis | 54 | ||
2.1 General Nutrition of the thin nutrition pie | 54 | ||
2.2 Flow field analysis | 55 | ||
2.3 Heat transfer analyses | 56 | ||
3. Numerical Technique | 58 | ||
4. Results and Discussion | 58 | ||
5. Conclusions | 60 | ||
Acknowledgments | 60 | ||
References | 60 | ||
Study on correlations between interleukin 23 and bronchial asthma | 62 | ||
1. Introduction | 62 | ||
2. Discovery and source of IL-23 | 62 | ||
3. Biological functions of IL-23 | 62 | ||
4. The association between IL-23 and Th17 cells | 63 | ||
5. Effects of IL-23/Th17 pathway in asthma | 63 | ||
6. Study on Si RNA IL-23 and asthma | 64 | ||
7. Summary | 65 | ||
Acknowledgements | 65 | ||
References | 65 | ||
Influence of environmental factors on freeze-thaw stability of glycosylated soy protein isolate emulsion | 67 | ||
1. Introduction | 67 | ||
2. Materials and methods | 68 | ||
2.1. Materials | 68 | ||
2.2. Preparation of SPI-Mds conjugates | 68 | ||
2.3. Preparation of model oil-in-water emulsions | 68 | ||
2.4. Freeze-thaw protocol | 68 | ||
2.5. Evaluation of O/W emulsion freeze-thaw stability | 68 | ||
2.5.1. Determination of particle size and distribution | 68 | ||
2.5.2. Creaming index | 68 | ||
2.5.3. Transmission electron microscopy (TEM) | 69 | ||
2.6. Statistical analysis | 69 | ||
3. Results and discussion | 69 | ||
3.1. Influence of pH on freeze-thaw stability of emulsion | 69 | ||
3.2. Influence of NaCl concentration on freeze-thaw stability of emulsion | 70 | ||
3.3. Influence of freeze-thaw cycles on freeze-thaw stability of emulsion | 71 | ||
Conclusions | 73 | ||
Acknowledgments | 73 | ||
References | 73 | ||
Schizandrin B relieves repression of NF1 tumor suppressor by the AML1-ETO fusion protein | 74 | ||
1. Introduction | 74 | ||
2. Materials and methods | 75 | ||
2.1. Cell culture and treatment | 75 | ||
2.2. RNA extraction and analysis | 75 | ||
2.3. ChIP assay | 75 | ||
2.4. Statistical analysis | 76 | ||
3. Results | 76 | ||
3.1. The AML1-ETO fusion protein represses NF1 gene expression | 76 | ||
3.2. AML1-ETO binds the NF1 promoter in vivo | 76 | ||
3.3. Treatment of Schizandrin B partially reverses NF1 suppression | 77 | ||
4. Discussion | 78 | ||
Acknowledgments | 79 | ||
References | 79 | ||
Application of DNA fingerprint based on SSR in rice adulteration detection and origin traceability | 81 | ||
1. Preface | 81 | ||
2. DNA molecular marker technology | 82 | ||
2.1 RFLP molecular marker technology | 82 | ||
2.2 RAPD molecular marker technology | 83 | ||
2.3 AFLP molecular marker technology | 84 | ||
2.4 SNP molecular marker technology | 84 | ||
2.5 SSR molecular marker technology | 85 | ||
2.6 Features of mainstream DNA molecular marker technology | 86 | ||
2.7 Advantages of SSR technology to construct the DNA fingerprint of rice | 87 | ||
2.8 Research and application of DNA fingerprint database in rice based on SSR Technology | 87 | ||
3. Detection of rice adulteration based on SSR Technology | 88 | ||
3.1 Process to build rice DNA fingerprint database with SSR technology | 88 | ||
3.2 Research on the construction of DNA fingerprint which is based on SSR technology to detect adulteration of rice | 89 | ||
4. Problems in SSR DNA fingerprinting technology and the application of new technology | 89 | ||
4.1 Problems of DNA SSR fingerprinting technology | 89 | ||
4.2 Application of new technologies in SSR DNA fingerprinting | 90 | ||
Acknowledgments | 91 | ||
References | 91 | ||
Ferric pyrophosphate: A versatile and alternative iron fortification compound | 94 | ||
1. Introduction | 94 | ||
2. Conventional iron compounds | 95 | ||
3. Novel iron fortificant | 96 | ||
3.1. Microencapsulated iron compound | 96 | ||
3.2. Ferrous bisglycinate | 96 | ||
3.3. Heme iron | 96 | ||
4. Ferric pyrophosphate | 97 | ||
4.1. Micronized ferric pyrophosphate | 97 | ||
4.2. Soluble ferric pyrophosphate | 98 | ||
5. Conclusions | 98 | ||
References | 99 | ||
The effect of polysaccharides from platycodonis radix on rat airway smooth muscle cells proliferation | 103 | ||
1. Introduction | 103 | ||
2. Material and Method | 104 | ||
2.1 Material | 104 | ||
2.1.1 Experimental medicine | 104 | ||
2.1.2 Experimental animal | 104 | ||
2.1.3 Reagents | 104 | ||
2.2 Method | 104 | ||
2.2.1 The isolation and culture of rat ASMCs in vitro | 104 | ||
2.2.2 The purification of rat ASMCs | 104 | ||
2.2.3 The authentication of rat ASMCs | 105 | ||
2.2.4 MTT method | 105 | ||
2.2.5 Expression of PCNA protein in ASMCs | 105 | ||
3. Results | 105 | ||
3.1 The identification of rat ASMCs | 105 | ||
3.2 The proliferation of ASMCs | 106 | ||
3.3 The positive rate of PCNA | 107 | ||
4. Discussion | 107 | ||
Acknowledgments | 107 | ||
References | 108 | ||
Study on extracting tannin from waste recycle after the persimmon used to brew persimmon wine | 109 | ||
1. Introduction | 109 | ||
2. Experiment | 111 | ||
2.1 Materials | 111 | ||
2.2 The marc from the process of brewing persimmon wine | 111 | ||
2.3 Apparatus | 111 | ||
2.4 Apparatus | 112 | ||
2.5 Sample treatments | 112 | ||
2.6 Selection of extracting reagent | 112 | ||
2.7 Single factor experiment of extracting tannin | 112 | ||
2.8 Optimization of extraction of tannin using response surface methodology | 112 | ||
2.9 Determination of tannin content | 112 | ||
3. Results and Discussion | 113 | ||
3.1 Changes of tannin content in different parts during the same period | 113 | ||
3.3 Single factor experiment of extracting tannin | 113 | ||
3.3.1 Effect of ethanol concentration | 113 | ||
3.3.2 Effect of liquid-to-solid ratio | 114 | ||
3.3.3 Effect of time on tannin | 114 | ||
3.3.4 Effect of temperature | 115 | ||
3.3.5 Optimization of extraction of tannin using response surface methodology | 115 | ||
4. Conclusions | 116 | ||
Acknowledgement | 116 | ||
References | 116 | ||
An investigation of pathogens associated with porcine respiratory disease complex and interactions analysis in Sichuan | 118 | ||
1. Introduction | 118 | ||
2. Material and methods | 119 | ||
3. Results | 120 | ||
4. Discussion | 120 | ||
5. Tables | 122 | ||
Acknowledgments | 125 | ||
References | 125 | ||
Adsorption of Pb2+ and Cd2+ onto chestnut shell combined with 60Co- irradiation | 128 | ||
1. Introduction | 128 | ||
2. Experiment | 129 | ||
2.1. Materials | 129 | ||
2.1.1. Chestnut | 129 | ||
2.1.2. Water sample and adsorption assay | 129 | ||
2.2. Preparation of simulated heavy metal waste water | 129 | ||
2.3. The adsorption experiment | 130 | ||
2.3.1. Heating absorption | 130 | ||
2.3.2. Irradiating absorption | 130 | ||
2.3.3. Irradiation & heating absorption | 130 | ||
2.4. Removal rate | 130 | ||
3. Results and discussion | 130 | ||
3.1. Irradiation combined with chestnut shell to the adsorption of Pb2+ and Cd2+ in acidic solution | 130 | ||
3.2. The removal rate of heavy metal ion in real waste water | 132 | ||
4. Conclusion | 133 | ||
Acknowledgement | 134 | ||
References | 134 | ||
A study on what cause the lack of integrity in China’s food companies | 136 | ||
1. Introduction | 136 | ||
2. Definition of integrity for food companies | 137 | ||
2.1 Differences in definitions of integrity between the East and the West | 137 | ||
2.2 Business Integrity defined in this paper | 138 | ||
3. Analysis on the characteristics and development of the China’s food industry | 138 | ||
4. The dishonest behaviors of the food companies and their hazards | 139 | ||
4.1 Dishonest behaviors | 139 | ||
4.2 Hazards | 139 | ||
5. Causes to the dishonesty | 140 | ||
5.1 External causes | 140 | ||
5.1.1 Lack of social integrity environment | 140 | ||
5.1.2 Underdeveloped legal system | 140 | ||
5.1.3 Absence of government regulation | 141 | ||
5.2 Food enterprise internal reason | 142 | ||
5.2.1 Staff’s lack of integrity | 142 | ||
5.2.2 Loopholes in the management system | 142 | ||
6. Conclusion | 143 | ||
References | 143 | ||
Practice and exploration of teaching reform of the pharmaceutical microbiology in pharmaceutical education | 145 | ||
1. Optimization of Teaching Content | 145 | ||
1.1 Textbook-based, to broaden the teaching content | 145 | ||
1.2 The implementation of the module teaching | 146 | ||
2. Teaching method | 147 | ||
2.1 Examples of teaching, theory and practice | 147 | ||
2.2 Carrying out heuristic teaching, guiding students to think scientific | 147 | ||
2.3 Integrating research ideas to promote learning | 148 | ||
2.4 Diversity of teaching methods | 148 | ||
2.5 Carrying out the construction of network course | 149 | ||
Acknowledgments | 150 | ||
References | 150 | ||
The important role of the case-based learning in medicinal chemistry for training qualified pharmacy talents | 151 | ||
1. Introduction | 151 | ||
2. The importance of medicinal chemistry course | 151 | ||
2.1. Required courses of related pharmaceutical specialty | 151 | ||
2.2. The important role of \"Medicinal chemistry\" in the practice of exam | 152 | ||
3. Advantages and features of Case-based learning | 152 | ||
4. Application of case-based learning in medicinal chemistry | 153 | ||
4.1. Drug guidance case for special masses | 153 | ||
4.2. Case of drug compatibility taboo | 154 | ||
4.3. Guidance case of special drug use | 154 | ||
5. Conclusion | 154 | ||
References | 154 | ||
Session 2: Agriculture | 157 | ||
Dynamic variation of groundwater evaporation and soil temperature under plastic mulch with openings | 159 | ||
1. Introduction | 159 | ||
2. Martials and Methods | 160 | ||
2.1. Study area and lysimeters | 160 | ||
2.2. Treatments and observations | 160 | ||
2.3. Models | 161 | ||
3. Results | 161 | ||
3.1. Dynamic variation of GE | 161 | ||
3.2. Calculation of GE | 162 | ||
3.3. Dynamic variation of ST | 163 | ||
3.3.1. ST in different layers | 163 | ||
3.3.2. ST for different POs | 165 | ||
3.4. Relationship between GE and ST | 166 | ||
4. Discussion | 167 | ||
5. Conclusion | 168 | ||
Acknowledgements | 168 | ||
References | 168 | ||
A measurement study on the residents' attitude towards ecological compensation in tourism destination: A case in Li river basin | 170 | ||
1. Research Background | 170 | ||
2. Overview of Li River Basin | 171 | ||
3. Research Design | 171 | ||
3.1. Questionnaire Design | 171 | ||
3.2. Formal Survey and Sample Recovery | 171 | ||
3.3. Data and Analysis | 171 | ||
3.3.1. Sample Data | 171 | ||
3.3.2. Dimension Analysis of the Local Residents' Attitude Towards Ecological Compensation | 172 | ||
3.3.3. Content Analysis of the Local Residents' Attitude Towards Ecological Compensation | 172 | ||
3.3.4. Different Attitudes and Discriminate Analysis of Individual Variable about Ecological Compensation in Li River Basin | 173 | ||
4. Conclusion | 174 | ||
Acknowledgement | 174 | ||
Appendix | 175 | ||
References | 176 | ||
Research on China's knowledge sharing system: Agricultural knowledge sharing | 177 | ||
1. Introduction | 177 | ||
2. Theoretical Background | 178 | ||
2.1 Coordination mechanisms of knowledge sharing | 179 | ||
2.2 Institutional and organizational factors of knowledge sharing | 179 | ||
3. Development of China's current knowledge sharing system | 180 | ||
3.1 From the institutional perspective | 180 | ||
3.2 From the organizational perspective | 181 | ||
3.2.1 General view of knowledge sharing modes | 181 | ||
3.2.2 Chinese agricultural knowledge sharing | 184 | ||
3.2.2.1 The disturbance to the three main bodies of agricultural knowledge sharing | 184 | ||
3.2.2.2 The types of the sharing of agricultural knowledge | 185 | ||
3.2.2.3 The future of agricultural knowledge sharing | 185 | ||
4. Conclusion | 186 | ||
References | 186 | ||
Photosynthetic response of greening seedling of four tree species to low temperature stress | 190 | ||
1. Instructions | 190 | ||
2. Material and method | 191 | ||
2.1. The testing site | 191 | ||
2.2. Experimental material | 191 | ||
2.3. Test method | 191 | ||
2.4. Determination method | 191 | ||
2.5. Data analysis | 192 | ||
3. Results | 192 | ||
3.1. Net photosynthetic rate | 192 | ||
3.2. Stomatal conductance | 192 | ||
3.3. Intercellular CO2 concentration | 192 | ||
3.4. Transpiration rate | 193 | ||
3.5. Stomatal limit | 193 | ||
3.6. Comparative evaluation on cold-resistance of seedlings | 194 | ||
4. Discussion | 194 | ||
Acknowledgments | 194 | ||
References | 194 | ||
The influence of biological fertilizer on crop growth research | 196 | ||
1. Guidelines | 196 | ||
2. Materials And Methods | 197 | ||
2.1. The experimental materials | 197 | ||
2.2. Methods of test | 198 | ||
2.2.1. The experiment content and design | 198 | ||
2.2.2. Rice hydroponic post-processing | 198 | ||
2.2.3. Field management | 198 | ||
3. Results And Discussion | 199 | ||
3.1. Effects on rice seedling germination rate | 199 | ||
3.2. The influence of agronomic traits of rice | 199 | ||
3.2.1. Effects on rice growth period | 199 | ||
3.2.2. Effects on yield components and yield of rice | 200 | ||
3.2.3. Affect growth looks | 200 | ||
4. Conclusion | 200 | ||
Acknowledgments | 201 | ||
References | 201 | ||
A rapid spectrophotometric method for the quantitative and quantitative detection of total coliforms | 202 | ||
1. Introduction | 202 | ||
2. Materials and methods | 203 | ||
2.1 Bacteria, Sample Sources and Collection | 203 | ||
2.2 Medium Development | 204 | ||
2.3 Absorption Optimization | 204 | ||
2.4 Establishment of Standard Curves | 204 | ||
2.5 Specificity Test of the New Method | 205 | ||
2.6 Sample Detection | 205 | ||
3. Results and Discussion | 206 | ||
3.1 Development of a Spectrophotometric Method for TC Detection | 206 | ||
3.2 Establishment of a Standard curve for the Spectrophotometric Method | 207 | ||
3.3 Analysis Specificity of the Spectrophotometric Method | 208 | ||
3.4 Sample Testing by MPN and the Spectrophotometric Method | 209 | ||
4. Conclusion | 210 | ||
Acknowledgements | 210 | ||
References | 210 | ||
The investigation on the risk of indoor environment in Wuhan city, China | 213 | ||
1. Introduction | 213 | ||
2. Current research situation of indoor air pollution | 214 | ||
3. The questionnaire survey of the adoption of the methods in reducing indoor air pollution from the residents in the typical urban area in Wuhan city | 215 | ||
3.1 Survey field and Methods of data statistics | 215 | ||
3.2 Survey results | 215 | ||
3.2.1 Residents’ acceptance of the five methods has larger difference | 215 | ||
3.2.2 Urban residents’ understanding degree on the five methods is low | 216 | ||
3.2.3 Urban residents’ recognition degree of 5 methods are not high | 217 | ||
4. Conclusions | 218 | ||
Acknowledgements | 219 | ||
References | 219 | ||
The deficiencies and directions of rural settlements consolidation in China | 221 | ||
1. Introduction | 221 | ||
2. Influencing factors | 222 | ||
2.1 Natural environment factors | 222 | ||
2.2 Geographical factors | 223 | ||
2.3 Economic conditions | 223 | ||
2.4 Spatial distribution characteristics | 224 | ||
3. The deficiencies and pressures of rural settlements consolidation | 224 | ||
3.1 The main aim was getting potentialities, and consciousness of ecological protection was weak | 224 | ||
3.2 The rural settlements was scattered and close to the cultivated land, but land consolidation was lack of adjust measures to local conditions | 225 | ||
3.3 The sociological feature of the rural settlements was apparent, but the public participation in land consolidations was low | 225 | ||
3.4 Rural residential structure had the characteristics of regional differentiation, and rural infrastructure was imperfect | 226 | ||
4. The development directions of rural settlements consolidations | 226 | ||
4.1 Improving the rural environment and developing a new mode of community to promote the population agglomeration | 226 | ||
4.2 Respecting the farmers' rights and interests, and adopting elastic exit mechanism to gradually promote the land consolidation | 227 | ||
4.3 Introducing rural land finance combined with rural land exchange to expand financial source of rural settlements consolidation | 227 | ||
4.4 Strengthening the rural basic public services to benefit farmers combined with the protection of rural landscape | 228 | ||
5. Conclusions | 228 | ||
Acknowledgments | 229 | ||
References | 229 | ||
Molecular characteristics of L-galactose-1-phosphate phosphatase in cherry, a key enzyme involved in biosynthesis of AsA | 232 | ||
1. Introduction | 232 | ||
2. Materials and Methods | 233 | ||
2.1 Plant materials | 233 | ||
2.2 Measurement of ascorbic acid contents | 233 | ||
2.3 Gene cloning and mRNA expression | 234 | ||
2.4 Statistical analysis | 234 | ||
3. Results | 234 | ||
3.1 cDNA isolation of GPP in cherry fruit | 234 | ||
3.2 Changes in T-AsA and AsA contents during fruit development and differentt issues | 236 | ||
3.3 Changes in mRNA expression of PacGPP during fruit development and different issues | 236 | ||
4. Discussion | 237 | ||
References | 238 | ||
The evaluation of ecosystem and agricultural development in the Kyrgyzstan Republic | 241 | ||
1. Introduction | 241 | ||
2. Basic information of Kyrgyzstan Republic | 242 | ||
2.1. Geographical Location | 242 | ||
2.2. Mineral and Energy Resources | 242 | ||
2.3. Water Resources | 243 | ||
3. The influence of agricultural development on ecosystem | 244 | ||
3.1. The Plantation and Animal Husbandry | 244 | ||
3.2. General Evaluation of Agriculture | 246 | ||
4. Summary | 246 | ||
Acknowledgement | 247 | ||
References | 247 | ||
Density effect on physiological characteristics of broadleaved seedlings of Elaeocarpus sylvestris | 248 | ||
1. Introduction | 248 | ||
2. Materials and methods | 249 | ||
2.1 Study Site | 249 | ||
2.2 Study materials | 250 | ||
2.3 Study methods | 250 | ||
3. Results | 250 | ||
4. Discussion | 252 | ||
References | 253 | ||
Effect of salinity-alkalinity stress on seed germination of Cichorium intybus L | 255 | ||
1. Introduction | 255 | ||
2. Materials and Methods | 256 | ||
2.1 Materials | 256 | ||
2.2 Experimental Methods | 256 | ||
2.3 Data Analysis | 256 | ||
3. Result and analysis | 257 | ||
3.1 The effect of different concentration of NaCl solution for seed germination of C. intybus L. | 257 | ||
3.2 The effect of different concentration of NaHCO3 solution for seed germination of C. intybus L. | 258 | ||
3.3 The effect of different concentration of both 1:1 mixed solution for seed germination of C. intybus L. | 260 | ||
3.4 The condition of seed germination of C. intybus L. after relieving stress under different salt concentration | 262 | ||
3.5 Analysis the ability of salt tolerance | 262 | ||
4. Discussion | 263 | ||
4.1 The inhibition of salt concentration for seed germination | 263 | ||
4.2 The seed after relieving stress still had potential of germination | 263 | ||
5. Conclusion | 263 | ||
References | 264 | ||
Effects of Chlorcholinchlorid on the ornamental and physiological characteristics of blueberry | 265 | ||
1. Introduction | 265 | ||
2. Materials and methods | 266 | ||
2.1 Materials | 266 | ||
2.2 Methods | 266 | ||
3. Results | 266 | ||
3.1 Ornamental characteristics | 266 | ||
3.1.1 Effect of different concentrations of CCC on three varieties of plant height | 266 | ||
3.1.2 Effect of different concentrations of CCC on three varieties of stem diameter | 266 | ||
3.1.3 Effect of different concentrations of CCC on three varieties of canopy width | 267 | ||
3.1.4 Effect of different concentrations of CCC on three varieties of pitch spread | 267 | ||
3.1.5 Effect of different concentrations of CCC on three varieties of leaf thickness | 267 | ||
3.2 Physiological characteristics | 268 | ||
3.2.1 Effect of different concentrations of CCC on three varieties of the content of malondialdehyde (MDA) | 268 | ||
3.2.2 Effect of different concentrations of CCC on three varieties of the content of Chlorophyll | 268 | ||
4. Discussion | 268 | ||
References | 269 | ||
Density effect on physiological characteristics in Michelia chapensis seedlings | 270 | ||
1. Introduction | 270 | ||
2. Materials and methods | 271 | ||
2.1 Experimental site | 271 | ||
2.2 Experimental materials | 271 | ||
2.3 Study methods | 271 | ||
2.4 Data analysis | 271 | ||
3. Results | 271 | ||
4. Discussion | 273 | ||
References | 274 | ||
The primary cultivation test report of Phyllostachys nidularia Munro in Wolong nature reserve during rainy season | 277 | ||
1. Introduction | 277 | ||
2. Materials and methods | 277 | ||
2.1 Experimental sites | 277 | ||
2.2 Experimental design | 278 | ||
2.2.1 Planting time | 278 | ||
2.2.2 Planting pattern | 278 | ||
2.3 Survey items and method | 278 | ||
3. Results and analysis | 279 | ||
3.1 Survival rate | 279 | ||
3.2 The length of recovering stage | 279 | ||
3.3 Shooting situation | 280 | ||
Acknowledgments | 280 | ||
References | 280 | ||
The similarities and differences of flue-cured tobacco aroma-note between Yunnan and Fujian | 284 | ||
1. Introduction | 284 | ||
2. Data And Methods | 285 | ||
3. Results | 285 | ||
4. Summary | 289 | ||
Acknowledgement | 289 | ||
References | 289 | ||
Session 3: Animal Science | 291 | ||
Land covers and their changes in the Amur tiger distribution regions in China and Russia | 293 | ||
1. Introduction | 293 | ||
2. Materials and Methods | 294 | ||
2.1 The Materials | 294 | ||
2.2 The Methodological Approach | 295 | ||
3. Results and discussion | 295 | ||
3.1 Comparative analysis of the land covers in 2000 | 295 | ||
3.2 Comparative analysis of the land covers in 2009 | 296 | ||
4. Conclusions | 297 | ||
Acknowledgments | 298 | ||
References | 298 | ||
Experimental study on immune system of schisandra oral liquid in mice | 300 | ||
1. Introduction | 300 | ||
2. Materials | 301 | ||
2.1 Animals | 301 | ||
2.2 Drugs and Instruments | 301 | ||
3. Experimental Methods | 301 | ||
3.1 Mouse carbon clearance tests | 301 | ||
3.2 ConA induced mouse spleen lymphocyte transformation test | 302 | ||
4. Statistical methods | 302 | ||
5. Results | 302 | ||
5.1 Effect of SYOS on mouse carbon clearance tests | 302 | ||
5.2 Effect of SYOS on ConA induced mouse spleen lymphocyte transformation test | 303 | ||
6. Discussion | 303 | ||
Acknowledgments | 304 | ||
References | 304 |