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Algae with increased productivity of photosynthate and use thereof UPDATE 新技術説明会

外国特許コード F120007051
整理番号 AF21-01TW
掲載日 2012年11月22日
出願国 台湾
出願番号 100131114
公報番号 201217534
公報番号 I591178
出願日 平成23年8月30日(2011.8.30)
公報発行日 平成24年5月1日(2012.5.1)
公報発行日 平成29年7月11日(2017.7.11)
優先権データ
  • 特願2010-194210 (2010.8.31) JP
発明の名称 (英語) Algae with increased productivity of photosynthate and use thereof UPDATE 新技術説明会
発明の概要(英語) (TWI591178)
Provided are an alga in which the production of photosynthetic products is improved, and the use for said alga.
The alga of the present invention has an increased glutathione concentration in the chloroplast.
Moreover, the biomass production method of the present invention produces biomass by using the alga of the present invention or alga produced by means of the alga production method of the present invention.
特許請求の範囲(英語) [claim1]
1. Kinds of algaes, its characteristic in the bran bladder Gansu peptide density for the chloroplast increases.
[claim2]
2. According to claim 1, item of institute stated the algae, in its chloroplast elected, from Gamma - bran amine acyl radicals half bladder amino acid synthesis enzyme and bran bladder Gan Tai synthesized the enzyme, the ATP sulfation enzyme and adenosine 5' - phosphorus sulphuric acid return to original state enzyme and sulfurous acid return to original state enzyme, half bladder amino acid synthesis enzyme and silk amino acid acetyl shift enzyme in the group of composition the performance quantity at least 1 kind of protein and/or activeness to increase.
[claim3]
3. According to claim 1, item of institute stated the algae, it inducted the code to elect, from above Gamma - bran amine acyl radicals half bladder amino acid synthesis enzyme and bran bladder Gan Tai synthesized the enzyme, the ATP sulfation enzyme and adenosine 5' - phosphorus sulphuric acid return to original state enzyme and sulfurous acid return to original state enzyme, half bladder amino acid synthesis enzyme and silk amino acid acetyl shift enzyme in the group of composition at least 1 kind of protein exogenetic multi-nucleotide.
[claim4]
4. According to claim 3, item of institute stated the algae, code above Gamma - the bran amine acyl radicals half bladder amino acid synthesis enzyme's multi-nucleotides were elect from (a)~(d) of following the group of composition: the aminoacid of sequence (a) coded sequence identification number 1 showing constitutes wins the peptide the multi-nucleotides; the (b) code 1 either several aminoacid in the aminoacid of sequence sequence identification number 1 showing constitutes after the aminoacid sequence of deletion, substitution or increase, and has Gamma - bran amine acyl radicals half bladder amino acid synthesis enzyme active wins the peptide the multi-nucleotides; multi-nucleotides that the basic group of sequence (c) sequence identification number 2 showing constitutes; (d) above (a)~(c) in multi-nucleotides any multi-nucleotide supplementary basic group sequence with the multi-nucleotides that constitutes, hybrid under strict condition, and codes has Gamma - bran amine acyl radicals half bladder amino acid synthesis enzyme active wins the peptide the multi-nucleotides.
[claim5]
5. Manufacture of methods 5.1 algae, it is the manufacture like the application patent scope the 1st to 4 items of any item of institute states the method of algae, its characteristic to include: The bran bladder Gansu peptide density increases step, it is makes in the chloroplast of algae the bran bladder Gansu peptide density to increase.
[claim6]
6. According to claim 5, item of institute stated the manufacture of method algae, this bran bladder Gansu peptide density increased the step is inducts the code to elect in the algae, from Gamma - bran amine acyl radicals half bladder amino acid synthesis enzyme and bran bladder Gan Tai synthesized the enzyme, the ATP sulfation enzyme and adenosine 5' - phosphorus sulphuric acid return to original state enzyme and sulfurous acid return to original state enzyme, half bladder amino acid synthesis enzyme and silk amino acid acetyl shift enzyme in the group of composition at least 1 kind of protein the step of exogenetic multi-nucleotide.
[claim7]
7. 1 kinds live manufacture of method mass energy, its characteristic like the application patent scope the 1st to 4 items of any item of institute for the use stated the algae, either the use basis according to claim 5, or 6 items of institutes states the algae that the manufacture of method algae made.
[claim8]
8. According to claim 7, item of institute stated the manufacture of method fresh mass energy, its contained to light of illumination step this algae illumination light.
[claim9]
9. According to claim 8, item of institute stated the manufacture of method fresh mass energy, this light illumination step was in materially does not lack the nitrogen under the condition.
[claim10]
10. 1 kinds live manufacture of method mass energy, its characteristic for causing the algae chloroplast the bran bladder Gansu peptide density under physical existence that increases raises algae the step.
  • 出願人(英語)
  • JAPAN SCIENCE AND TECHNOLOGY AGENCY
  • 発明者(英語)
  • OGAWA KENICHI
  • NISHIKAWA MASANOBU
国際特許分類(IPC)
参考情報 (研究プロジェクト等) CREST Creation of Innovative Technologies to Control Carbon Dioxide Emissions AREA
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