"The retention of the duplicated enzymes of the luciferin pathway in nonluminescent fungi shows that the gene duplication was followed by functional sequence divergence of enzymes of at least one gene in the biosynthetic pathway..."
RT @StearnsLab: Bioluminescent fungi! Only about 80 species are known to have this property, with an interesting evolutionary history. htt…
RT @StearnsLab: Bioluminescent fungi! Only about 80 species are known to have this property, with an interesting evolutionary history. htt…
RT @Prodigi0_1: ¡Hongos bioluminiscentes! Se sabe que solo unas 80 especies tienen esta propiedad, con una interesante historia evolutiva.…
RT @StearnsLab: Bioluminescent fungi! Only about 80 species are known to have this property, with an interesting evolutionary history. htt…
RT @StearnsLab: Bioluminescent fungi! Only about 80 species are known to have this property, with an interesting evolutionary history. htt…
RT @StearnsLab: Bioluminescent fungi! Only about 80 species are known to have this property, with an interesting evolutionary history. htt…
RT @Prodigi0_1: ¡Hongos bioluminiscentes! Se sabe que solo unas 80 especies tienen esta propiedad, con una interesante historia evolutiva.…
RT @Prodigi0_1: ¡Hongos bioluminiscentes! Se sabe que solo unas 80 especies tienen esta propiedad, con una interesante historia evolutiva.…
RT @Prodigi0_1: ¡Hongos bioluminiscentes! Se sabe que solo unas 80 especies tienen esta propiedad, con una interesante historia evolutiva.…
RT @Prodigi0_1: ¡Hongos bioluminiscentes! Se sabe que solo unas 80 especies tienen esta propiedad, con una interesante historia evolutiva.…
¡Hongos bioluminiscentes! Se sabe que solo unas 80 especies tienen esta propiedad, con una interesante historia evolutiva. Hongo fantasma en Dooleys Hill, una pequeña reserva forestal dentro de la ciudad de Latrobe https://t.co/5b4KoLcJeM https://t.co/Gsc
amazing!
RT @StearnsLab: Bioluminescent fungi! Only about 80 species are known to have this property, with an interesting evolutionary history. htt…
RT @StearnsLab: Bioluminescent fungi! Only about 80 species are known to have this property, with an interesting evolutionary history. htt…
RT @StearnsLab: Bioluminescent fungi! Only about 80 species are known to have this property, with an interesting evolutionary history. htt…
RT @StearnsLab: Bioluminescent fungi! Only about 80 species are known to have this property, with an interesting evolutionary history. htt…
RT @StearnsLab: Bioluminescent fungi! Only about 80 species are known to have this property, with an interesting evolutionary history. htt…
RT @StearnsLab: Bioluminescent fungi! Only about 80 species are known to have this property, with an interesting evolutionary history. htt…
RT @StearnsLab: Bioluminescent fungi! Only about 80 species are known to have this property, with an interesting evolutionary history. htt…
RT @StearnsLab: Bioluminescent fungi! Only about 80 species are known to have this property, with an interesting evolutionary history. htt…
RT @StearnsLab: Bioluminescent fungi! Only about 80 species are known to have this property, with an interesting evolutionary history. htt…
Bioluminescent fungi! Only about 80 species are known to have this property, with an interesting evolutionary history. https://t.co/djh2r5ykwL
Genetically encodable bioluminescent system from fungi https://t.co/HZYDWv7XLe PDF: https://t.co/VD7TCyeFmH Report on identification of the fungal luciferase & three other key enzymes that together form the biosynthetic cycle of the fungal luciferin
Genetically encodable bioluminescent system from fungi https://t.co/6rGBxc7M3H
RT @uni15236058: Genetically encodable bioluminescent system from fungi | PNAS https://t.co/sPiYjsdjzK
Genetically encodable bioluminescent system from fungi | PNAS https://t.co/sPiYjsdjzK
RT @eleldai: 📝先行研究 PNAS(2018)🍄 キノコ(Neonothopanus nambi)から発光基質の生合成経路の遺伝子(4つ)を同定、酵母で再構築 HispS：コーヒー酸⇒ヒスピジン H3H：ヒスピジン⇒ルシフェリン Luz：ルシフェリン⇒オキシルシフェ…
RT @eleldai: 📝先行研究 PNAS(2018)🍄 キノコ(Neonothopanus nambi)から発光基質の生合成経路の遺伝子(4つ)を同定、酵母で再構築 HispS：コーヒー酸⇒ヒスピジン H3H：ヒスピジン⇒ルシフェリン Luz：ルシフェリン⇒オキシルシフェ…
📝先行研究 PNAS(2018)🍄 キノコ(Neonothopanus nambi)から発光基質の生合成経路の遺伝子(4つ)を同定、酵母で再構築 HispS：コーヒー酸⇒ヒスピジン H3H：ヒスピジン⇒ルシフェリン Luz：ルシフェリン⇒オキシルシフェリン(＋光)☀️ CPH：オキシルシフェリン⇒コーヒー酸 https://t.co/Q3lcu5mAeD 2/3
発光キノコの生物発光システムに関しては，nature biotechnologyに出したロシアのグルーブがオリジネーター． https://t.co/IPMA740NH8 https://t.co/SM2wdh32ln
@Parapriacanthus @yoshidamasaaki ありがとうございます！ ちなみに3つのアミノ酸は決まってるのでしょうか？ 生物発光基質を作るのが目的でしょうか？ ルシフェリンやセレンテラジンなどの生合成経路の酵素や遺伝子ってほとんど分かってないそうですね… そこがわかれば、光る細胞ができるはず！？ https://t.co/Q3lcu5mAeD
RT @kfuku0502: 光るキノコNeonothopanus nambiではカフェ酸から２ステップでルシフェリンを作っているらしい。チロシンからなら３ステップ。ルシフェラーゼに加えて２、３個の遺伝子を導入すれば外生的なルシフェリン投与なしに任意の生物を発光させられることに…
RT @kfuku0502: 光るキノコNeonothopanus nambiではカフェ酸から２ステップでルシフェリンを作っているらしい。チロシンからなら３ステップ。ルシフェラーゼに加えて２、３個の遺伝子を導入すれば外生的なルシフェリン投与なしに任意の生物を発光させられることに…
RT @kfuku0502: 光るキノコNeonothopanus nambiではカフェ酸から２ステップでルシフェリンを作っているらしい。チロシンからなら３ステップ。ルシフェラーゼに加えて２、３個の遺伝子を導入すれば外生的なルシフェリン投与なしに任意の生物を発光させられることに…
RT @kfuku0502: 光るキノコNeonothopanus nambiではカフェ酸から２ステップでルシフェリンを作っているらしい。チロシンからなら３ステップ。ルシフェラーゼに加えて２、３個の遺伝子を導入すれば外生的なルシフェリン投与なしに任意の生物を発光させられることに…
RT @kfuku0502: 光るキノコNeonothopanus nambiではカフェ酸から２ステップでルシフェリンを作っているらしい。チロシンからなら３ステップ。ルシフェラーゼに加えて２、３個の遺伝子を導入すれば外生的なルシフェリン投与なしに任意の生物を発光させられることに…
RT @kfuku0502: 光るキノコNeonothopanus nambiではカフェ酸から２ステップでルシフェリンを作っているらしい。チロシンからなら３ステップ。ルシフェラーゼに加えて２、３個の遺伝子を導入すれば外生的なルシフェリン投与なしに任意の生物を発光させられることに…
RT @kfuku0502: 光るキノコNeonothopanus nambiではカフェ酸から２ステップでルシフェリンを作っているらしい。チロシンからなら３ステップ。ルシフェラーゼに加えて２、３個の遺伝子を導入すれば外生的なルシフェリン投与なしに任意の生物を発光させられることに…
RT @kfuku0502: 光るキノコNeonothopanus nambiではカフェ酸から２ステップでルシフェリンを作っているらしい。チロシンからなら３ステップ。ルシフェラーゼに加えて２、３個の遺伝子を導入すれば外生的なルシフェリン投与なしに任意の生物を発光させられることに…
RT @kfuku0502: 光るキノコNeonothopanus nambiではカフェ酸から２ステップでルシフェリンを作っているらしい。チロシンからなら３ステップ。ルシフェラーゼに加えて２、３個の遺伝子を導入すれば外生的なルシフェリン投与なしに任意の生物を発光させられることに…
RT @kfuku0502: 光るキノコNeonothopanus nambiではカフェ酸から２ステップでルシフェリンを作っているらしい。チロシンからなら３ステップ。ルシフェラーゼに加えて２、３個の遺伝子を導入すれば外生的なルシフェリン投与なしに任意の生物を発光させられることに…
RT @krnsrksn: The first genetically encodable bioluminescent system for eukaryotes – a few genes to turn any organism into a glowing one.…
RT @macro_momo: Genetically encodable bioluminescent system from fungi https://t.co/jCefIjdgo6
Genetically encodable bioluminescent system from fungi https://t.co/jCefIjdgo6
RT @krnsrksn: The first genetically encodable bioluminescent system for eukaryotes – a few genes to turn any organism into a glowing one.…
RT @jimhaseloff: Great talk by Karen Sarkisyan @krnsrksn about taming of new fungal bioluminescence system for use in plants. Check out the…
RT @jimhaseloff: Great talk by Karen Sarkisyan @krnsrksn about taming of new fungal bioluminescence system for use in plants. Check out the…
RT @jimhaseloff: Great talk by Karen Sarkisyan @krnsrksn about taming of new fungal bioluminescence system for use in plants. Check out the…
RT @jimhaseloff: Great talk by Karen Sarkisyan @krnsrksn about taming of new fungal bioluminescence system for use in plants. Check out the…
RT @ADHansonLab: Phenylpropanoid-based luciferin that emits in the waveband btwn leaf absorption peaks - ideal for plant applications! http…
RT @jimhaseloff: Great talk by Karen Sarkisyan @krnsrksn about taming of new fungal bioluminescence system for use in plants. Check out the…
RT @jimhaseloff: Great talk by Karen Sarkisyan @krnsrksn about taming of new fungal bioluminescence system for use in plants. Check out the…
Great talk by Karen Sarkisyan @krnsrksn about taming of new fungal bioluminescence system for use in plants. Check out the paper: https://t.co/pI9VL0JuKL, and his new lab in London: https://t.co/cWeRoJLhFo https://t.co/2ieQjwRTUG
Phenylpropanoid-based luciferin that emits in the waveband btwn leaf absorption peaks - ideal for plant applications!
https://t.co/VTQmevHwDm こんな論文をご紹介いただいた！！！
RT @PNASNews: Scientists in @PNASNews have identified genes that cause #bioluminescence in #fungi, shedding light on #mushroom evolution, w…
RT @PNASNews: Scientists in @PNASNews have identified genes that cause #bioluminescence in #fungi, shedding light on #mushroom evolution, w…
RT @animalculum: Genetically encodable bioluminescent system from fungi https://t.co/CCCBqTU96c With the fungal system being a geneticall…
RT @NikonInst: Light it up! Researchers characterize a genetically encodable luciferase system from fungi for straightforward bioluminescen…
RT @PNASNews: Scientists in @PNASNews have identified genes that cause #bioluminescence in #fungi, shedding light on #mushroom evolution, w…
Light it up! Researchers characterize a genetically encodable luciferase system from fungi for straightforward bioluminescence in eukaryotes. https://t.co/Z0BR2RewzQ https://t.co/wQGzQQPpQa
Genetically encodable bioluminescent system from fungi. https://t.co/9ax9EkWkPo
A genetically encodable bioluminescent system .. a few genes can turn any organism into a glowing one • PNAS • via https://t.co/O2p8uy7Yxx https://t.co/HOmIrBaGnC
A genetically encodable bioluminescent luciferin system from fungi • potential applications in biomedicine and bioengineering. @PNASNews https://t.co/vPHXUKmSI4 https://t.co/eNsLUz5Q0m
Throwing light on it! Nicolas Buchler @buchler_nicolas @NCState recommends this article that describes a newly characterized #bioluminescent system derived from #fungi that was also successfully grafted into a eukaryote. https://t.co/vsij8WClXG https://t.c
RT @animalculum: How is Light Made? – A Snippet https://t.co/F6H56XzXc3 #fungi @ASMicrobiology @STCmicrobeblog Genetically encodable biolu…
RT @animalculum: How is Light Made? – A Snippet https://t.co/F6H56XzXc3 #fungi @ASMicrobiology @STCmicrobeblog Genetically encodable biolu…
RT @animalculum: How is Light Made? – A Snippet https://t.co/F6H56XzXc3 #fungi @ASMicrobiology @STCmicrobeblog Genetically encodable biolu…
RT @animalculum: How is Light Made? – A Snippet https://t.co/F6H56XzXc3 #fungi @ASMicrobiology @STCmicrobeblog Genetically encodable biolu…
RT @animalculum: How is Light Made? – A Snippet https://t.co/F6H56XzXc3 #fungi @ASMicrobiology @STCmicrobeblog Genetically encodable biolu…
How is Light Made? – A Snippet https://t.co/F6H56XzXc3 #fungi @ASMicrobiology @STCmicrobeblog Genetically encodable bioluminescent system from fungi. https://t.co/91VLaRkjAD https://t.co/U4aMzcHywu
RT @F1000Prime: The light shows the way! Wenjun Zhang & William Porterfield @UCBerkeley recommends this report on the first genetically enc…
18 . Genetically encodable #bioluminescent #system from #fungi..
RT @PNASNews: Scientists in @PNASNews have identified genes that cause #bioluminescence in #fungi, shedding light on #mushroom evolution, w…
RT @PNASNews: Evolution of fungal #bioluminescence through gene duplication. https://t.co/B669qk8cxX #luciferin #glow #fungi https://t.co/w…
RT @hyphaltip: “Shedding light” on mushroom 🍄 development. I see what you did there. https://t.co/tMb0ek9Nsr
RT @PNASNews: Researchers report a genetically encodable #bioluminescent luciferin system from #fungi, with potential applications in biome…
The light shows the way! Wenjun Zhang & William Porterfield @UCBerkeley recommends this report on the first genetically encodable #bioluminescent system derived from #Fungi. #Microbiology https://t.co/PZXbicJSaH https://t.co/CygNnn8QMl
RT @PNASNews: Scientists in @PNASNews have identified genes that cause #bioluminescence in #fungi, shedding light on #mushroom evolution, w…
RT @PNASNews: Scientists in @PNASNews have identified genes that cause #bioluminescence in #fungi, shedding light on #mushroom evolution, w…
RT @PNASNews: Evolution of fungal #bioluminescence through gene duplication. https://t.co/B669qk8cxX #luciferin #glow #fungi https://t.co/w…
RT @ExploreForage: Just another amazing advancement discovered because of #fungi. It appears they have isolated the bioluminescent enzymes…
RT @PNASNews: Scientists in @PNASNews have identified genes that cause #bioluminescence in #fungi, shedding light on #mushroom evolution, w…
Just another amazing advancement discovered because of #fungi. It appears they have isolated the bioluminescent enzymes of certain #mushrooms and can now use this to create bioluminescense with the potential use for imaging. Wow! #science
Genetically encodable bioluminescent system from fungi https://t.co/pl2oJ9ljbK
RT @PNASNews: Scientists in @PNASNews have identified genes that cause #bioluminescence in #fungi, shedding light on #mushroom evolution, w…
RT @PNASNews: Scientists in @PNASNews have identified genes that cause #bioluminescence in #fungi, shedding light on #mushroom evolution, w…
Scientists in @PNASNews have identified genes that cause #bioluminescence in #fungi, shedding light on #mushroom evolution, with applications in #biomedicine and #bioengineering. Read more at https://t.co/B669qk8cxX https://t.co/h4tFfRWwvd
RT @PNASNews: Scientists in @PNASNews have identified genes that cause #bioluminescence in #fungi, shedding light on #mushroom evolution, w…
RT @PNASNews: Scientists in @PNASNews have identified genes that cause #bioluminescence in #fungi, shedding light on #mushroom evolution, w…
RT @PNASNews: Scientists in @PNASNews have identified genes that cause #bioluminescence in #fungi, shedding light on #mushroom evolution, w…
RT @PNASNews: Scientists in @PNASNews have identified genes that cause #bioluminescence in #fungi, shedding light on #mushroom evolution, w…
RT @PNASNews: Scientists in @PNASNews have identified genes that cause #bioluminescence in #fungi, shedding light on #mushroom evolution, w…
RT @judithberman11: Illuminating! https://t.co/giMTeDFo7H
RT @judithberman11: Illuminating! https://t.co/giMTeDFo7H
RT @PNASNews: Scientists in @PNASNews have identified genes that cause #bioluminescence in #fungi, shedding light on #mushroom evolution, w…
RT @judithberman11: Illuminating! https://t.co/giMTeDFo7H
RT @judithberman11: Illuminating! https://t.co/giMTeDFo7H
RT @judithberman11: Illuminating! https://t.co/giMTeDFo7H