AGBIOTECH開催、オーガニックライフスタイルEXPO2026の魅力を探るトークセッション#オーガニック#ライフスタイル#AGBIOTECH
AGBIOTECHが主催するオーガニックライフスタイルEXPO2026では、様々なトークセッションが展開されます。オーガニックの未来について語る専門家たちの見解をお楽しみに！
AGBIOTECHが主催するオーガニックライフスタイルEXPO2026では、様々なトークセッションが展開されます。オーガニックの未来について語る専門家たちの見解をお楽しみに！
AGBIOTECH開催、オーガニックライフスタイルEXPO2026の魅力を探るトークセッション
AGBIOTECHが主催するオーガニックライフスタイルEXPO2026では、様々なトークセッションが展開されます。オーガニックの未来について語る専門家たちの見解をお楽しみに！
news.3rd-in.co.jp
November 13, 2026 at 2:30 AM
AGBIOTECH開催、オーガニックライフスタイルEXPO2026の魅力を探るトークセッション#オーガニック#ライフスタイル#AGBIOTECH
AGBIOTECHが主催するオーガニックライフスタイルEXPO2026では、様々なトークセッションが展開されます。オーガニックの未来について語る専門家たちの見解をお楽しみに！
AGBIOTECHが主催するオーガニックライフスタイルEXPO2026では、様々なトークセッションが展開されます。オーガニックの未来について語る専門家たちの見解をお楽しみに！
Researchers demonstrated that natural variation in the cotton gene GhFLA9_D12 alters arabinogalactan-pectin cell wall plasticity to regulate fiber cell expansion and lint percentage. 🌾🤖 #CottonGenomics #PlantCommunications #GhFLA9_D12 #CellWallPlasticity #CRISPR #AgBiotech
November 10, 2026 at 8:00 AM
Researchers demonstrated that natural variation in the cotton gene GhFLA9_D12 alters arabinogalactan-pectin cell wall plasticity to regulate fiber cell expansion and lint percentage. 🌾🤖 #CottonGenomics #PlantCommunications #GhFLA9_D12 #CellWallPlasticity #CRISPR #AgBiotech
AGBIOTECHが農業の未来を見据えた展示会に出展します#東京都#江東区#農業#アグリビジネス#AGBIOTECH
2026年11月に東京ビッグサイトで開催されるアグリビジネス創出フェア2026にAGBIOTECHが出展します。持続可能な農業の取り組みを紹介！
2026年11月に東京ビッグサイトで開催されるアグリビジネス創出フェア2026にAGBIOTECHが出展します。持続可能な農業の取り組みを紹介！
AGBIOTECHが農業の未来を見据えた展示会に出展します
2026年11月に東京ビッグサイトで開催されるアグリビジネス創出フェア2026にAGBIOTECHが出展します。持続可能な農業の取り組みを紹介！
news.3rd-in.co.jp
November 6, 2026 at 9:33 AM
AGBIOTECHが農業の未来を見据えた展示会に出展します#東京都#江東区#農業#アグリビジネス#AGBIOTECH
2026年11月に東京ビッグサイトで開催されるアグリビジネス創出フェア2026にAGBIOTECHが出展します。持続可能な農業の取り組みを紹介！
2026年11月に東京ビッグサイトで開催されるアグリビジネス創出フェア2026にAGBIOTECHが出展します。持続可能な農業の取り組みを紹介！
Liu & Zhu's team at SCAU developed the AP/Exo-Cas12 toolbox, combining PapE exonuclease and BER modules with xCas12iMax to achieve up to 100% T0 biallelic editing and 4-locus multiplexing in rice. 🌾🤖 #RiceGenomics #CRISPR #Cas12iMax #JIPB2026 #SCAU #AgBiotech
November 5, 2026 at 8:13 AM
Liu & Zhu's team at SCAU developed the AP/Exo-Cas12 toolbox, combining PapE exonuclease and BER modules with xCas12iMax to achieve up to 100% T0 biallelic editing and 4-locus multiplexing in rice. 🌾🤖 #RiceGenomics #CRISPR #Cas12iMax #JIPB2026 #SCAU #AgBiotech
Researchers developed an epicotyl wound-mediated in-planta transformation platform using agarose tip chambers, producing transgene-free CRISPR-edited citrus plants in ~40 days without tissue culture. 🍊🤖 #CitrusGenomics #InPlantaTransformation #CRISPR #FruitTreeBreeding #AgBiotech
November 5, 2026 at 8:22 AM
Researchers developed an epicotyl wound-mediated in-planta transformation platform using agarose tip chambers, producing transgene-free CRISPR-edited citrus plants in ~40 days without tissue culture. 🍊🤖 #CitrusGenomics #InPlantaTransformation #CRISPR #FruitTreeBreeding #AgBiotech
Researchers identified TaHGH1 as a dual temperature-sensing regulator that drives amyloplast biogenesis and auxin signaling to control wheat gravitropism and tiller angle. 🌾🤖 #WheatGenomics #PlantArchitecture #TaHGH1 #Gravitropism #AgBiotech #CropBreeding
November 2, 2026 at 8:29 AM
Researchers identified TaHGH1 as a dual temperature-sensing regulator that drives amyloplast biogenesis and auxin signaling to control wheat gravitropism and tiller angle. 🌾🤖 #WheatGenomics #PlantArchitecture #TaHGH1 #Gravitropism #AgBiotech #CropBreeding
University of Hamburg researchers reconstructed maize tissue culture without morphogenic factors, using Silwet flash treatment and callus splitting to achieve 671.4% regeneration and robust CRISPR editing. 🌽🤖 #MaizeGenomics #CRISPR #TissueCulture #PlantJournal2026 #AgBiotech #CropTransformation
October 28, 2026 at 7:27 AM
University of Hamburg researchers reconstructed maize tissue culture without morphogenic factors, using Silwet flash treatment and callus splitting to achieve 671.4% regeneration and robust CRISPR editing. 🌽🤖 #MaizeGenomics #CRISPR #TissueCulture #PlantJournal2026 #AgBiotech #CropTransformation
Researchers engineered a conditional-stability dCas13X-SunTag system using the cPIL degron, boosting SNR 6.67-fold to track live-cell endogenous FT mRNA transport and identify GRP7 as its transfer facilitator. 🌿🤖 #PlantGenomics #CRISPR #RNAImaging #dCas13X #AgBiotech #Florigen
October 28, 2026 at 8:24 AM
Researchers engineered a conditional-stability dCas13X-SunTag system using the cPIL degron, boosting SNR 6.67-fold to track live-cell endogenous FT mRNA transport and identify GRP7 as its transfer facilitator. 🌿🤖 #PlantGenomics #CRISPR #RNAImaging #dCas13X #AgBiotech #Florigen
AGBIOTECHとPPIが結んだ環境と健康の新たなパートナーシップ#東京都#港区#プラネタリーヘルス#AGBIOTECH#PPI
AGBIOTECHとPPIが新たに包括的パートナーシップ協定を締結。地球環境と人類の健康の両立を目指す取り組みを紹介。
AGBIOTECHとPPIが新たに包括的パートナーシップ協定を締結。地球環境と人類の健康の両立を目指す取り組みを紹介。
AGBIOTECHとPPIが結んだ環境と健康の新たなパートナーシップ
AGBIOTECHとPPIが新たに包括的パートナーシップ協定を締結。地球環境と人類の健康の両立を目指す取り組みを紹介。
news.3rd-in.co.jp
October 26, 2026 at 10:34 AM
AGBIOTECHとPPIが結んだ環境と健康の新たなパートナーシップ#東京都#港区#プラネタリーヘルス#AGBIOTECH#PPI
AGBIOTECHとPPIが新たに包括的パートナーシップ協定を締結。地球環境と人類の健康の両立を目指す取り組みを紹介。
AGBIOTECHとPPIが新たに包括的パートナーシップ協定を締結。地球環境と人類の健康の両立を目指す取り組みを紹介。
AGBIOTECH and Planetary Platformers Initiative (PPI) sign comprehensive partnership agreement on planetary health
https://prtimes.jp/main/html/rd/p/000000042.000106855.html
#JapanStartups #JSB #HealthTech
https://prtimes.jp/main/html/rd/p/000000042.000106855.html
#JapanStartups #JSB #HealthTech
October 26, 2026 at 2:00 PM
AGBIOTECH and Planetary Platformers Initiative (PPI) sign comprehensive partnership agreement on planetary health
https://prtimes.jp/main/html/rd/p/000000042.000106855.html
#JapanStartups #JSB #HealthTech
https://prtimes.jp/main/html/rd/p/000000042.000106855.html
#JapanStartups #JSB #HealthTech
CAAS and CAU researchers engineered popcorn-scented wheat via CRISPR editing of TaBADH1 and TaBADH2, driving an 11.24-fold increase in grain 2-AP without yield penalties. 🌾🤖 #WheatGenomics #CRISPR #FragrantWheat #JIPB2026 #2AP #AgBiotech
October 22, 2026 at 4:43 AM
CAAS and CAU researchers engineered popcorn-scented wheat via CRISPR editing of TaBADH1 and TaBADH2, driving an 11.24-fold increase in grain 2-AP without yield penalties. 🌾🤖 #WheatGenomics #CRISPR #FragrantWheat #JIPB2026 #2AP #AgBiotech
Henan University researchers engineered 5'UTR uORFs in hexaploid wheat via CRISPR and ABE, achieving precise translational tuning to enhance salt, cold, and drought tolerance without yield penalties. 🌾🤖 #WheatGenomics #CRISPR #uORF #BaseEditing #NewPhytologist2026 #AgBiotech
October 20, 2026 at 3:41 AM
Henan University researchers engineered 5'UTR uORFs in hexaploid wheat via CRISPR and ABE, achieving precise translational tuning to enhance salt, cold, and drought tolerance without yield penalties. 🌾🤖 #WheatGenomics #CRISPR #uORF #BaseEditing #NewPhytologist2026 #AgBiotech
#CaixiaGao and Yuhang Chen’s teams developed a two-tier #primeediting strategy combining active-site mutations with PE-inserted promoter EME elements to confer 4× field-dose herbicide tolerance in rice and wheat without yield penalties. 🌾🤖 #CropGenomics #HerbicideTolerance #HPPD #AgBiotech
October 16, 2026 at 5:34 AM
#CaixiaGao and Yuhang Chen’s teams developed a two-tier #primeediting strategy combining active-site mutations with PE-inserted promoter EME elements to confer 4× field-dose herbicide tolerance in rice and wheat without yield penalties. 🌾🤖 #CropGenomics #HerbicideTolerance #HPPD #AgBiotech
The move also gives agbiotech startups an opportunity to enter the European market, and others, if trends continue to favor reduced restrictions globally. Updates to agency rules have allowed startups like Resurrect Bio to launch crop plant programs that not feasible under older pathways.
October 6, 2026 at 9:09 PM
The move also gives agbiotech startups an opportunity to enter the European market, and others, if trends continue to favor reduced restrictions globally. Updates to agency rules have allowed startups like Resurrect Bio to launch crop plant programs that not feasible under older pathways.
CAS researchers assembled a 568.88 Mb #T2T gapless genome of Medicago lupulina and established its first #CRISPR/Cas9 editing platform, targeting MlPINNA1 to generate a 5-leaflet pentafoliate mutant phenotype. 🌿🤖
#MedicagoLupulina #JIPB2026 #LegumeGenomics #ForageBreeding #AgBiotech
#MedicagoLupulina #JIPB2026 #LegumeGenomics #ForageBreeding #AgBiotech
September 22, 2026 at 5:58 AM
CAS researchers assembled a 568.88 Mb #T2T gapless genome of Medicago lupulina and established its first #CRISPR/Cas9 editing platform, targeting MlPINNA1 to generate a 5-leaflet pentafoliate mutant phenotype. 🌿🤖
#MedicagoLupulina #JIPB2026 #LegumeGenomics #ForageBreeding #AgBiotech
#MedicagoLupulina #JIPB2026 #LegumeGenomics #ForageBreeding #AgBiotech
Researchers cloned maize Miniature5 (Mn5), revealing that a natural missense variant in this P-type PPR protein impairs mitochondrial nad1 trans-splicing and complex I assembly to regulate kernel size without seed lethality. 🌽🤖 #MaizeGenomics #Mn5 #PPRprotein #Mitochondria #GrainYield #AgBiotech
September 18, 2026 at 5:47 AM
Researchers cloned maize Miniature5 (Mn5), revealing that a natural missense variant in this P-type PPR protein impairs mitochondrial nad1 trans-splicing and complex I assembly to regulate kernel size without seed lethality. 🌽🤖 #MaizeGenomics #Mn5 #PPRprotein #Mitochondria #GrainYield #AgBiotech
While "Roundup Ready Corn" has great yields, and ignoring issues of herbicide usages, there is a license cost to use the "technology". As far as I can tell (I've not worked in AgBiotech for 20+ years), there are some yield loss without Roundup but if you mange the weeds its not huge....
Our neighbor, Mexico, seems to care about the food their people eat. Wish that were so here.
September 6, 2026 at 6:53 PM
While "Roundup Ready Corn" has great yields, and ignoring issues of herbicide usages, there is a license cost to use the "technology". As far as I can tell (I've not worked in AgBiotech for 20+ years), there are some yield loss without Roundup but if you mange the weeds its not huge....
Researchers identified the soybean dioxygenase gene GmSW6 via a 1,702-germplasm GWAS, using CRISPR knockouts to boost 100-seed weight and protein content without decreasing total yield per plant. 🫛🤖 #SoybeanGenomics #CRISPR #JAR2026 #CropBreeding #GmSW6 #AgBiotech
September 1, 2026 at 9:01 AM
Researchers identified the soybean dioxygenase gene GmSW6 via a 1,702-germplasm GWAS, using CRISPR knockouts to boost 100-seed weight and protein content without decreasing total yield per plant. 🫛🤖 #SoybeanGenomics #CRISPR #JAR2026 #CropBreeding #GmSW6 #AgBiotech
Vietnam Academy of Science and Technology researchers successfully deployed the AI-designed OpenCRISPR-1 nuclease in dicot plants, achieving 49.55% editing in soybean hairy roots and 75% T0 editing efficiency in tobacco. 🌿🤖 #OpenCRISPR #PlantGenomics #SoybeanEditing #CRISPR #bioRxiv2026 #AgBiotech
September 1, 2026 at 8:49 AM
Vietnam Academy of Science and Technology researchers successfully deployed the AI-designed OpenCRISPR-1 nuclease in dicot plants, achieving 49.55% editing in soybean hairy roots and 75% T0 editing efficiency in tobacco. 🌿🤖 #OpenCRISPR #PlantGenomics #SoybeanEditing #CRISPR #bioRxiv2026 #AgBiotech
Singh et al. established a direct-organogenesis pea CRISPR editing pipeline using de-capped nodal explants and an AtU6-26 dual-gRNA vector, achieving 8.85% stable transformation and up to 97% PsPDS knockout efficiency. 🫛🤖 #PlantGenomics #PisumSativum #CRISPR #PeaEditing #Agrobacterium#AgBiotech
August 27, 2026 at 5:36 AM
Singh et al. established a direct-organogenesis pea CRISPR editing pipeline using de-capped nodal explants and an AtU6-26 dual-gRNA vector, achieving 8.85% stable transformation and up to 97% PsPDS knockout efficiency. 🫛🤖 #PlantGenomics #PisumSativum #CRISPR #PeaEditing #Agrobacterium#AgBiotech
Caixia Gao's team co-engineered the ultra-compact ISCro4 bridge recombinase and bRNA to achieve a 30-fold efficiency boost, single-AAV delivery, and seamless 315 kb promoter-swapping inversions in rice. 🌾🤖 #PlantGenomics #BridgeRNA #TrendsInBiotech2026 #CaixiaGao #GeneEditing #AgBiotech
August 25, 2026 at 7:44 AM
Caixia Gao's team co-engineered the ultra-compact ISCro4 bridge recombinase and bRNA to achieve a 30-fold efficiency boost, single-AAV delivery, and seamless 315 kb promoter-swapping inversions in rice. 🌾🤖 #PlantGenomics #BridgeRNA #TrendsInBiotech2026 #CaixiaGao #GeneEditing #AgBiotech
Rutgers researchers developed the GGB system combining ZmBBM and TaGRF4-GIF1 to boost maize transformation efficiency to 18.5%, compress regeneration to 6 weeks, and enable leaf-tissue embryogenesis. 🌽🤖 #PlantGenomics #CRISPR #NewPhytologist2026 #MaizeBreeding #AgBiotech
August 21, 2026 at 8:00 AM
Rutgers researchers developed the GGB system combining ZmBBM and TaGRF4-GIF1 to boost maize transformation efficiency to 18.5%, compress regeneration to 6 weeks, and enable leaf-tissue embryogenesis. 🌽🤖 #PlantGenomics #CRISPR #NewPhytologist2026 #MaizeBreeding #AgBiotech
Benoit Danilo's team established the first #primeediting system in Marchantia paleacea, using an ePPE framework and a short 0.2 kb MpaU6 promoter to achieve 40%–45% precise ALS editing and pure homozygous mutants via gemma propagation. 🌿🤖 #Marchantia #Bryophytes #bioRxiv2026 #GeneEditing #AgBiotech
August 21, 2026 at 9:15 AM
Benoit Danilo's team established the first #primeediting system in Marchantia paleacea, using an ePPE framework and a short 0.2 kb MpaU6 promoter to achieve 40%–45% precise ALS editing and pure homozygous mutants via gemma propagation. 🌿🤖 #Marchantia #Bryophytes #bioRxiv2026 #GeneEditing #AgBiotech
Henrik Brinch-Pedersen's team edited the non-coding Kozak sequence of barley HvNEP-1 via CRISPR/Cas9, boosting protein translation to significantly reduce Fusarium Head Blight and fungal mycotoxins without yield penalties. 🌾🤖 #PlantGenomics #CRISPR #BarleyBreeding #PlantComm2026 #FHB #AgBiotech
August 19, 2026 at 8:16 AM
Henrik Brinch-Pedersen's team edited the non-coding Kozak sequence of barley HvNEP-1 via CRISPR/Cas9, boosting protein translation to significantly reduce Fusarium Head Blight and fungal mycotoxins without yield penalties. 🌾🤖 #PlantGenomics #CRISPR #BarleyBreeding #PlantComm2026 #FHB #AgBiotech
Beijing Institute of Technology researchers synthesized CRISPR engineering into a DBTL framework, showing how structural tuning, DMS, and generative AI (OpenCRISPR-1) are overcoming PAM and size bottlenecks. 🧬🤖 #CRISPR #GeneEditing #ACSSynBio2026 #GenerativeAI #SyntheticBiology #AgBiotech
August 19, 2026 at 8:03 AM
Beijing Institute of Technology researchers synthesized CRISPR engineering into a DBTL framework, showing how structural tuning, DMS, and generative AI (OpenCRISPR-1) are overcoming PAM and size bottlenecks. 🧬🤖 #CRISPR #GeneEditing #ACSSynBio2026 #GenerativeAI #SyntheticBiology #AgBiotech