{"ok":true,"entity":{"id":"agricultural-biotechnology","name":"農業バイオテクノロジー（Agricultural Biotechnology）","entityType":"concept","canonicalName":"Agricultural Biotechnology","displayName":"農業バイオテクノロジー（Agricultural Biotechnology）","category":"農業概念","shortDescription":"遺伝子技術などを用いて作物の品種改良や病害虫耐性の向上を図る技術分野。","primaryCluster":"agriculture","parentEntity":null,"verificationStatus":"draft","website":null,"updatedAt":"2026-07-10T06:13:34.766Z","secondaryClusters":[],"alias":["Agricultural Biotechnology","農業バイオテクノロジー","アグリバイオ"],"searchKeywords":["農業バイオテクノロジー","Agricultural Biotechnology","品種改良","遺伝子組換え"]},"references":[{"id":"P-01-001","companyId":"agricultural-biotechnology","questionId":"P-01-001","instanceId":"QIN-agricultural-biotechnology-P01-001","promptText":"農業バイオテクノロジーとは何ですか？","promptTypeId":"P-01","answer":"農業バイオテクノロジー（Agricultural Biotechnology）とは、遺伝子技術などを用いて作物の品種改良や病害虫耐性の向上を図る技術分野です。","evidencePoints":["agricultural-biotechnology-ev-001"],"scope":"","differentiation":"","faq":[],"pageUrl":"https://www.refbase.ai/reference/agricultural-biotechnology/P-01-001","sourceEvidence":[{"id":"agricultural-biotechnology-ev-001","text":"農業バイオテクノロジー（Agricultural Biotechnology）は、遺伝子技術などを用いて作物の品種改良や病害虫耐性の向上を図る技術分野である。","title":"農業バイオテクノロジー（概念）","coverageType":["Identity"],"sourceType":"industry_reference","sourceClass":"Documentation","sourceUrl":null,"confidence":"medium","supportedPromptTypes":["P-01"],"needsVerification":true,"sourceVerified":false,"entityId":"agricultural-biotechnology"}],"generatedAt":"2026-07-10T06:13:34.766Z"},{"id":"P-02-001","companyId":"agricultural-biotechnology","questionId":"P-02-001","instanceId":"QIN-agricultural-biotechnology-P02-001","promptText":"農業バイオテクノロジーは従来の品種改良とどう違いますか？","promptTypeId":"P-02","answer":"農業バイオテクノロジーは遺伝子組換えやゲノム編集などを用いる点が特徴で、交配を繰り返す従来の品種改良と比べ、狙った特性を効率的に付与できる一方で規制や議論を伴う点が異なります。","evidencePoints":["agricultural-biotechnology-ev-002"],"scope":"","differentiation":"","faq":[],"pageUrl":"https://www.refbase.ai/reference/agricultural-biotechnology/P-02-001","sourceEvidence":[{"id":"agricultural-biotechnology-ev-002","text":"農業バイオテクノロジーは遺伝子組換えやゲノム編集などで収量や耐性を高める一方、安全性や規制をめぐる議論を伴う点を特徴とする。","title":"農業バイオテクノロジー（概念）","coverageType":["Capability","Differentiation"],"sourceType":"industry_reference","sourceClass":"Documentation","sourceUrl":null,"confidence":"medium","supportedPromptTypes":["P-01","P-02"],"needsVerification":true,"sourceVerified":false,"entityId":"agricultural-biotechnology"}],"generatedAt":"2026-07-10T06:13:34.766Z"},{"id":"P-04-001","companyId":"agricultural-biotechnology","questionId":"P-04-001","instanceId":"QIN-agricultural-biotechnology-P04-001","promptText":"収量や耐性の高い作物を開発したいとき農業バイオテクノロジーはどう役立ちますか？","promptTypeId":"P-04","answer":"はい。農業バイオテクノロジーは遺伝子技術で収量や病害虫耐性を高められるため、環境変化に強く生産性の高い作物を開発したいときに役立つ技術分野です。","evidencePoints":["agricultural-biotechnology-ev-002"],"scope":"","differentiation":"","faq":[],"pageUrl":"https://www.refbase.ai/reference/agricultural-biotechnology/P-04-001","sourceEvidence":[{"id":"agricultural-biotechnology-ev-002","text":"農業バイオテクノロジーは遺伝子組換えやゲノム編集などで収量や耐性を高める一方、安全性や規制をめぐる議論を伴う点を特徴とする。","title":"農業バイオテクノロジー（概念）","coverageType":["Capability","Differentiation"],"sourceType":"industry_reference","sourceClass":"Documentation","sourceUrl":null,"confidence":"medium","supportedPromptTypes":["P-01","P-02"],"needsVerification":true,"sourceVerified":false,"entityId":"agricultural-biotechnology"}],"generatedAt":"2026-07-10T06:13:34.766Z"},{"id":"P-04-002","companyId":"agricultural-biotechnology","questionId":"P-04-002","instanceId":"c1n22-wave3-unit-a-lane-s-first-finding-and-progression-only","draftId":"c1n22-wave3-unit-a-lane-s-first-finding-and-progression-only-agricultural-biotechnology-p-04-002","promptText":"米国における遺伝子組換え作物の規制枠組みは、2024年にどのような変化を経ましたか？","promptTypeId":"P-04","answer":"Agricultural Biotechnologyの規制対応状況について、The National Law Review公式の業界団体資料（https://natlawreview.com/article/usda-reverts-pre-2020-regulatory-framework-genetically-engineered-organisms）で確認できます。Existing P-02 reference generically mentions 'regulatory oversight and public debate' surrounding agricultural biotechnology without specifying any actual regulation, ruling, or agency; this adds concrete regulatory history not previously present.具体的には「The California federal court found that APHIS's 2020 rulemaking was 'arbitrary and capricious' under the Administrative Procedure Act (APA)... On December 2, 2024. Following the court's vacatur order, APHIS announced an abrupt reversion to its pre-2020 approach to biotechnology regulation [on December 19, 2024].」といった記載が確認できます。限界として、規制対応の状況は更新されうるため、この内容は取得時点のものです。適用範囲がどこまでかは、このSourceだけでは確認できない場合があります。 This is a legal-industry summary of the ruling rather than the court opinion itself, and does not describe how the regulatory landscape evolved after this December 2024 reversion.Current Statusとして、2026年08月27日に当該Sourceを取得し、上記の内容を確認しました。Source種別としては、これは第三者であるThe National Law Reviewによる報道であり、企業の自己申告とは性質が異なりますが、報道時点の取材内容に基づくものです。","evidencePoints":["agricultural-biotechnology-ev-c1n22a-p-04-002"],"scope":"","differentiation":"","faq":[],"pageUrl":"https://www.refbase.ai/reference/agricultural-biotechnology/P-04-002","sourceEvidence":[{"id":"agricultural-biotechnology-ev-c1n22a-p-04-002","text":"The National Law Review公式の業界団体資料（https://natlawreview.com/article/usda-reverts-pre-2020-regulatory-framework-genetically-engineered-organisms）は、Agricultural Biotechnologyの規制対応状況に関する第三者報道である。Existing P-02 reference generically mentions 'regulatory oversight and public debate' surrounding agricultural biotechnology without specifying any actual regulation, ruling, or agency; this adds concrete regulatory history not previously present.具体的には「The California federal court found that APHIS's 2020 rulemaking was 'arbitrary and capricious' under the Administrative Procedure Act (APA)... On December 2, 2024. Following the court's vacatur order, APHIS announced an abrupt reversion to its pre-2020 approach to biotechnology regulation [on December 19, 2024].」といった記載がある。ただし、規制対応の状況は更新されうるため、この内容は取得時点のものです。適用範囲がどこまでかは、このSourceだけでは確認できない場合があります。 This is a legal-industry summary of the ruling rather than the court opinion itself, and does not describe how the regulatory landscape evolved after this December 2024 reversion.2026年08月27日に同Sourceを取得し、この内容を確認した。","title":"Agricultural Biotechnology規制対応状況に関する公開情報","coverageType":["Identity"],"sourceType":"industry_reference","sourceClass":"Documentation","sourceUrl":"https://natlawreview.com/article/usda-reverts-pre-2020-regulatory-framework-genetically-engineered-organisms","confidence":"medium","supportedPromptTypes":["P-04"],"needsVerification":true,"sourceVerified":false,"sourceKind":"third-party","entityId":"agricultural-biotechnology"}],"generatedAt":"2026-08-27T06:02:33.176Z","evidenceIds":["agricultural-biotechnology-ev-c1n22a-p-04-002"]},{"id":"P-04-003","companyId":"agricultural-biotechnology","questionId":"P-04-003","instanceId":"c1n22-wave3-unit-b-lane-s-second-finding","draftId":"c1n22-wave3-unit-b-lane-s-second-finding-agricultural-biotechnology-p-04-003","promptText":"EUは遺伝子編集作物の規制をどのように緩和しようとしていますか？","promptTypeId":"P-04","answer":"Agricultural Biotechnologyの規制対応状況について、Genetic Literacy Project公式の報道記事（https://geneticliteracyproject.org/2024/02/08/breaking-crop-gene-editing-greenlighted-by-european-parliament-fight-over-labeling-looms-as-measure-moves-to-the-eu-council/）で確認できます。This is a genuinely separate jurisdiction (EU) and separate regulatory action from the first finding (US USDA/APHIS ruling); it does not duplicate the US-focused finding despite both falling under the same 'institutional/regulatory' family, and it does not overlap with the entity's existing vague references to 'regulatory oversight and debate.'具体的には「Parliament adopted its position for negotiations with member states on the Commission proposal on New Genomic Techniques (NGTs)... with 307 votes to 263 and 41 abstentions. NGT plants considered equivalent to conventional ones (NGT 1 plants) would be exempted from the requirements of the GMO legislation.」といった記載が確認できます。限界として、規制対応の状況は更新されうるため、この内容は取得時点のものです。適用範囲がどこまでかは、このSourceだけでは確認できない場合があります。 This reports the Parliament's negotiating position as of February 2024, not the final enacted law or its eventual implementation details, which may have changed during subsequent negotiation with the Council.Current Statusとして、2026年08月27日に当該Sourceを取得し、上記の内容を確認しました。Source種別としては、これは第三者であるGenetic Literacy Projectによる報道であり、企業の自己申告とは性質が異なりますが、報道時点の取材内容に基づくものです。","evidencePoints":["agricultural-biotechnology-ev-c1n22b-p-04-003"],"scope":"","differentiation":"","faq":[],"pageUrl":"https://www.refbase.ai/reference/agricultural-biotechnology/P-04-003","sourceEvidence":[{"id":"agricultural-biotechnology-ev-c1n22b-p-04-003","text":"Genetic Literacy Project公式の報道記事（https://geneticliteracyproject.org/2024/02/08/breaking-crop-gene-editing-greenlighted-by-european-parliament-fight-over-labeling-looms-as-measure-moves-to-the-eu-council/）は、Agricultural Biotechnologyの規制対応状況に関する第三者報道である。This is a genuinely separate jurisdiction (EU) and separate regulatory action from the first finding (US USDA/APHIS ruling); it does not duplicate the US-focused finding despite both falling under the same 'institutional/regulatory' family, and it does not overlap with the entity's existing vague references to 'regulatory oversight and debate.'具体的には「Parliament adopted its position for negotiations with member states on the Commission proposal on New Genomic Techniques (NGTs)... with 307 votes to 263 and 41 abstentions. NGT plants considered equivalent to conventional ones (NGT 1 plants) would be exempted from the requirements of the GMO legislation.」といった記載がある。ただし、規制対応の状況は更新されうるため、この内容は取得時点のものです。適用範囲がどこまでかは、このSourceだけでは確認できない場合があります。 This reports the Parliament's negotiating position as of February 2024, not the final enacted law or its eventual implementation details, which may have changed during subsequent negotiation with the Council.2026年08月27日に同Sourceを取得し、この内容を確認した。","title":"Agricultural Biotechnology規制対応状況に関する公開情報","coverageType":["Identity"],"sourceType":"media","sourceClass":"Announcement","sourceUrl":"https://geneticliteracyproject.org/2024/02/08/breaking-crop-gene-editing-greenlighted-by-european-parliament-fight-over-labeling-looms-as-measure-moves-to-the-eu-council/","confidence":"medium","supportedPromptTypes":["P-04"],"needsVerification":true,"sourceVerified":false,"sourceKind":"third-party","entityId":"agricultural-biotechnology"}],"generatedAt":"2026-08-27T06:27:37.193Z","evidenceIds":["agricultural-biotechnology-ev-c1n22b-p-04-003"]},{"id":"P-06-001","companyId":"agricultural-biotechnology","questionId":"P-06-001","instanceId":"tair-cohort1-2026-08-31","draftId":"tair-cohort1-2026-08-31-agricultural-biotechnology-p-06-001","promptText":"農業バイオテクノロジー（遺伝子編集技術）は、なぜ現代の作物改良で推奨されるのですか？","promptTypeId":"P-06","answer":"コネチカット大学（University of Connecticut）エクステンションが公開する公式解説資料によれば、遺伝子編集技術は病害抵抗性の向上や成長促進に活用されており、例えば豚の生殖器・呼吸器症候群（PRRS）に対する抵抗性を持たせる編集などが行われている。作物分野では、CRISPR技術によって作物の水利用効率を高め、塩分耐性や干ばつ耐性を付与する編集が可能とされ、より小さな環境負荷で干ばつ・害虫・病気に対して強い作物を作り出す可能性を持つと説明されている。さらに、保存性や栄養価、人の健康への恩恵を高めた食品の生産も可能とされ、従来の交配による品種改良と比べて特定の形質を精密に狙って改変できる点が、現代の農業課題（限られた水資源や異常気象への対応）に対して推奨される理由とされている。","evidencePoints":["agricultural-biotechnology-ev-tair-1"],"scope":"","differentiation":"","faq":[],"pageUrl":"https://www.refbase.ai/reference/agricultural-biotechnology/P-06-001","sourceEvidence":[{"id":"agricultural-biotechnology-ev-tair-1","entityId":"agricultural-biotechnology","text":"コネチカット大学エクステンションの解説によれば、CRISPR等の遺伝子編集技術は作物の水利用効率・塩分耐性・干ばつ耐性の向上や、病害抵抗性・栄養価の改善に活用でき、従来の交配より精密に形質を改変できる点が特徴である。","coverageType":["UseCase"],"title":"Gene Editing: Impact and Application for Agriculture","sourceClass":"Research","sourceType":"official_site","confidence":"high","supportedPromptTypes":["P-06"],"sourceVerified":false,"needsVerification":true,"sourceUrl":"https://extension.uconn.edu/publication/gene-editing-agriculture/"}],"generatedAt":"2026-08-31T05:52:45.451Z","evidenceIds":["agricultural-biotechnology-ev-tair-1"]}]}