Page 143 - pdf-seri-17-1_final_Neat
P. 143
Pebrine 144, 208, 217 Pirna biogenesis 322
disease 203 Pitch 170171
Pelade 259 Piwiinteracting rnas 322
Peptide biomaterial 335 Plant expression vector 052
Per amplification 014 extract 375
Performance evaluation 054 Planting history 399
Performic acid 393 PLSregression 311
Peroxidae 063 Poikilotherm 057, 119
Pest and predator 240 Politics 400
monitoring 301 Poly(vinyl alcohol) 308
Pesticide poisoning 127 Polyclonal antibody 131, 200
toxicity 303 Polyelectrolyte multilayers 308
Ph value 334 Polymerase activity 185
Pharmaceutical materials 368 Polyphagous 190
Pharmacokinetics 354 Polysaccharide 344
PhaseSeparation 333 Polysensitization 315
Phenolic acid 312 Population dynamics 245
compounds 044, 401 structure 140
constituents 309 Postharvest water loss 023
Activity 029 Posttranscriptional regulation
Pheromone trap 247 164
Philosamia cynthia ricini Posterior silk gland 083, 147
nucleopolyhedrovirus 220 Powdery Mildew 045
Phloeospora mecutens 199 Premolting larvae 113
Phosphatise 074 Precooling treatment 320
Phosphobacteria 001 Preference 248
Phosphorylation 020221 Prenylflavonoid 319
Photo catalyst 275 Present situation 382
Photonic crystal 289 Prevention 184
Photosynthesis 021, 040 Prevention and control
Phoxim 106, 127 technology 208
Phylogenesis 297 Pricing power 294
Phylogenetic tree 049 Primary speciation 030
Phylotype I mulberry strains Primordium 129
047048 Principal component analysis 028
Physical method 273 Printing 278
Physicochemical properties 070 Prooxidative enzyme activity 161
Physiological character 002 Probiotics 099, 351
property 032 Process condition optimization
PI3K/Akt 106 337
Piggybac transposon 378 Processing temperature 316
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