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Pricing in competitive two-sided mail markets
Get PDFThe paper analyzes optimal pricing strategies in liberalized two-sided mail markets. Our results tell a cautionary tale with respect to applying two-part tariffs in postal markets, especially for delivery into P.O. box es.two-sided markets, pricing, two-part tariffs, P.O. box
Music 196 P.O.-P.O. Books. Reviews
No full textElectronic reproduction from Rulan Chao Pian Manuscript Collection
P.O. von Asps Reise in der Levante. Ans dem Schwedischen von Peter Treschow Hanson. Christiana. Verlegt von H.A. Hielm. 1822.
No full textDedication:Pagination: PP4+145PVolumes: 1Text Genre:Pros
Union P.O.
No full textJo Pennington at the Union P.O. in 1951.https://digitalcommons.cwu.edu/john_foster_photos/1306/thumbnail.jp
P.O. melody－P.O. repertory
No full textElectronic reproduction from Rulan Chao Pian Manuscript Collection
Polyphenol oxidase genes P.O-A1 and P.O-D1 variation among Ukrainian winter wheat (T. aestivum L.) cultivars
No full textAims. Polyphenol oxidase (P.O), a ubiquitous enzyme in plants, is associated with browning and discoloration of breeding products such as pan bread, steamed bread, pasta, foodstuff of freezing dough. There are five genes that control the P.O activity: P.O-A1, P.O-D1, P.O-A2, P.O-B2 and P.O-D2. Genes P.O-A1, P.O-D1 can occur in several allelic variants: alleles of high activity (P.O-A1a and P.O-D1b), alleles of low activity (P.O-A1b and P.O-D1a) which encode different types of P.O enzymes. Methods. The most reliable way to assess the allelic state of P.O gene is molecular identification STS markers P.O33 and P.O29. Results. Among the studied wheat by codominant and dominant molecular markers two varieties (Bilyava and Ednist) carrying low activity P.O-A1, P.O-D1 alleles and 26 varieties containing one low activity allele P.O-D1a were identified. Conclusions. The results of the study can be used efficiently to identify genotypes with low P.O activity in wheat breeding.
Key words: Triticum aestivum L., P.O genes, molecular markers, marker-assisted selection
Music 196 P.O.-Tune (Aria) types in P.O. Reading List
No full textElectronic reproduction from Rulan Chao Pian Manuscript Collection
Polyphenol oxidase genes P.O-A1 and P.O-D1 variation among Ukrainian winter wheat (T. aestivum L.) cultivars
Get PDFAims. Polyphenol oxidase (P.O), a ubiquitous enzyme in plants, is associated with browning and discoloration of breeding products such as pan bread, steamed bread, pasta, foodstuff of freezing dough. There are five genes that control the P.O activity: P.O-A1, P.O-D1, P.O-A2, P.O-B2 and P.O-D2. Genes P.O-A1, P.O-D1 can occur in several allelic variants: alleles of high activity (P.O-A1a and P.O-D1b), alleles of low activity (P.O-A1b and P.O-D1a) which encode different types of P.O enzymes. Methods. The most reliable way to assess the allelic state of P.O gene is molecular identification STS markers P.O33 and P.O29. Results. Among the studied wheat by codominant and dominant molecular markers two varieties (Bilyava and Ednist) carrying low activity P.O-A1, P.O-D1 alleles and 26 varieties containing one low activity allele P.O-D1a were identified. Conclusions. The results of the study can be used efficiently to identify genotypes with low P.O activity in wheat breeding.
Key words: Triticum aestivum L., P.O genes, molecular markers, marker-assisted selection
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P.O. Box, 1997-1998
No full textReceipt for the purchase of a P.O. Box for 12 months by Dennis Vercher
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