輪読 NLR immune receptor–nanobody fusions confer plant disease resistance https://t.co/iQKGTbekUk
RT @ClemMarchal: Check out the final version of our #Pikobodies story as first seen on @biorxiv ! One step further to building made-to-orde…
RT @alan_wanke: Concurrent Session 4 on single-cell and spatial technologies (@sardineboy_DING @RedkarAmey) starts with the brilliant Pikob…
RT @alan_wanke: Concurrent Session 4 on single-cell and spatial technologies (@sardineboy_DING @RedkarAmey) starts with the brilliant Pikob…
RT @alan_wanke: Concurrent Session 4 on single-cell and spatial technologies (@sardineboy_DING @RedkarAmey) starts with the brilliant Pikob…
RT @alan_wanke: Concurrent Session 4 on single-cell and spatial technologies (@sardineboy_DING @RedkarAmey) starts with the brilliant Pikob…
RT @alan_wanke: Concurrent Session 4 on single-cell and spatial technologies (@sardineboy_DING @RedkarAmey) starts with the brilliant Pikob…
RT @alan_wanke: Concurrent Session 4 on single-cell and spatial technologies (@sardineboy_DING @RedkarAmey) starts with the brilliant Pikob…
RT @alan_wanke: Concurrent Session 4 on single-cell and spatial technologies (@sardineboy_DING @RedkarAmey) starts with the brilliant Pikob…
Concurrent Session 4 on single-cell and spatial technologies (@sardineboy_DING @RedkarAmey) starts with the brilliant Pikobody story, introducing an elegant way of bioengineering disease resistant crops. #2023ISMPMI @ClemMarchal @JiorgosKourelis https://
RT @SuayibUestuen: We start with @ClemMarchal who will talk about #pikobodies see pub below #2023ISMPMI https://t.co/lYbZxG0Vpj
We start with @ClemMarchal who will talk about #pikobodies see pub below #2023ISMPMI https://t.co/lYbZxG0Vpj
RT @ClemMarchal: Check out the final version of our #Pikobodies story as first seen on @biorxiv ! One step further to building made-to-orde…
RT @dromius: Antibodies for a bespoke plant immunity @cellhostmicrobe @gao_mingjun https://t.co/yEJBumkmIn
RT @dromius: Antibodies for a bespoke plant immunity @cellhostmicrobe @gao_mingjun https://t.co/yEJBumkmIn
RT @dromius: Antibodies for a bespoke plant immunity @cellhostmicrobe @gao_mingjun https://t.co/yEJBumkmIn
RT @dromius: Antibodies for a bespoke plant immunity @cellhostmicrobe @gao_mingjun https://t.co/yEJBumkmIn
RT @dromius: Antibodies for a bespoke plant immunity @cellhostmicrobe @gao_mingjun https://t.co/yEJBumkmIn
RT @dromius: Antibodies for a bespoke plant immunity @cellhostmicrobe @gao_mingjun https://t.co/yEJBumkmIn
RT @dromius: Antibodies for a bespoke plant immunity @cellhostmicrobe @gao_mingjun https://t.co/yEJBumkmIn
RT @dromius: Antibodies for a bespoke plant immunity @cellhostmicrobe @gao_mingjun https://t.co/yEJBumkmIn
Antibodies for a bespoke plant immunity @cellhostmicrobe @gao_mingjun https://t.co/yEJBumkmIn
RT @mpcontreras4: This NLR engineering approach is highly complementary to the Pikobody synthetic NLR tech developed by @JiorgosKourelis an…
RT @mpcontreras4: This NLR engineering approach is highly complementary to the Pikobody synthetic NLR tech developed by @JiorgosKourelis an…
RT @mpcontreras4: This NLR engineering approach is highly complementary to the Pikobody synthetic NLR tech developed by @JiorgosKourelis an…
RT @mpcontreras4: This NLR engineering approach is highly complementary to the Pikobody synthetic NLR tech developed by @JiorgosKourelis an…
This NLR engineering approach is highly complementary to the Pikobody synthetic NLR tech developed by @JiorgosKourelis and @ClemMarchal to bioengineer novel disease resistance specificities! Check their paper out too if you haven't! https://t.co/mHxU7IBYF
Alpaka derived nanobody fusion Proteins for plant protection https://t.co/MhSaWAq9Yj
NLR immune receptor–nanobody fusions confer plant disease resistance | Science https://t.co/RsNTUtonOM
RT @PlantEvolution: Inspiring work from @JiorgosKourelis @KamounLab & colleagues now out in final form: nanobody-NLR chimeras poised to gre…
RT @peiferlabunc: However, these receptors lack the broad adaptability of the vertebrate adaptive immune system, which can generate antibod…
RT @microbioSaroj: An interesting work from @KamounLab was presented today in our departmental weekly Club Coli. Follow the shared thread f…
An interesting work from @KamounLab was presented today in our departmental weekly Club Coli. Follow the shared thread for a quick rundown.
However, these receptors lack the broad adaptability of the vertebrate adaptive immune system, which can generate antibodies against virtually any antigen to which it is exposed. The @KamounLab now has developed a clever approach to bridge this gap 3/n htt
RT @JiorgosKourelis: 0/ Excited to share the final version of our #Pikobodies paper first seen @biorxiv : bioengineered plant immune recept…
what a great way to "functionalize" antibody fragments @KamounLab: https://t.co/q7UhvlAtrj
What a super cool study! Retooling the plant immune system!
RT @physorg_com: Giving #plants animal antibodies to help them ward off diseases @sciencemagazine https://t.co/i0Jfh7dxNM https://t.co/1dNZ…
Chimeric Pathogen Receptors to engineer disease resistance in crop plants. Plants rely heavily on their innate immune system where germ line encoded pattern recognition receptors such as NLRs (Nucleotide binding Leucine Rich) and TLRs recognise plant https
RT @AsaiShuta: 「気まぐれScienceレポート」vol. 13 できる限り短く要約し、専門外の一般の方に理解していただけることを目指していますので、ご意見などいただけますと幸いです。 「植物免疫の革新:哺乳類抗体の特異性と多様性を利用した手法」 ↓続 #サイエ…
By fusing components from the adaptive immune system of animals with the innate immune system of plants, Jiorgos Kourelis & colleagues present an approach to bioengineer "made-to-order” synthetic immune receptors in plants. 🌿🌱🐭🌳 @ScienceMagazine 📰⬇ ht
RT @adnroide: What an exciting time for plant immunity and protein engineering! And what a privilege to be able to work alongside and lear…
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
RT @MaddySeale: ...this paper from @JiorgosKourelis @ClemMarchal @adnroide @Adeline_Harant @KamounLab engineering plant disease resistance…
RT @JiorgosKourelis: 0/ Excited to share the final version of our #Pikobodies paper first seen @biorxiv : bioengineered plant immune recept…
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
RT @ClemMarchal: Check out the final version of our #Pikobodies story as first seen on @biorxiv ! One step further to building made-to-orde…
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
The living world has the key that opens the boundary door~~~NLR immune receptor–nanobody fusions confer plant disease resistance https://t.co/4FFeA9vM7h
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers present in Science an approach to bioengineer “made-to-order” synthetic immune receptors in plants. Learn more: https://t.co/LjT8CEnyKj h
RT @MaddySeale: ...this paper from @JiorgosKourelis @ClemMarchal @adnroide @Adeline_Harant @KamounLab engineering plant disease resistance…
RT @MaddySeale: ...this paper from @JiorgosKourelis @ClemMarchal @adnroide @Adeline_Harant @KamounLab engineering plant disease resistance…
Can mammalian antibodies help protect global food security? Scientists show that by combining plant immune receptors (NLRs) with small antibodies (nanobodies) from camelids, they can engineer crops that are resistant to specific pathogens. https://t.co/kBj
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
RT @JiorgosKourelis: 0/ Excited to share the final version of our #Pikobodies paper first seen @biorxiv : bioengineered plant immune recept…
RT @JiorgosKourelis: 0/ Excited to share the final version of our #Pikobodies paper first seen @biorxiv : bioengineered plant immune recept…
Scientists are using antibodies to help crops fight off new infections! Kourelis et al. modified rice receptors with camelid antibody fragments, giving plants new immune response capabilities. #PlantImmunity #CropProtection https://t.co/b8JGuMM2yd
RT @JiorgosKourelis: 0/ Excited to share the final version of our #Pikobodies paper first seen @biorxiv : bioengineered plant immune recept…
Fascinating
RT @ellen_rim: Cool story where the pathogen recognizing domain of a rice immune receptor was replaced with a nanobody - opening doors to e…
RT @manavellalab: This is simply espectacular!!!! Wow, just wow!!! Congrats @KamounLab and team! https://t.co/MY1jF7rBgD
RT @ellen_rim: Cool story where the pathogen recognizing domain of a rice immune receptor was replaced with a nanobody - opening doors to e…
RT @JiorgosKourelis: 0/ Excited to share the final version of our #Pikobodies paper first seen @biorxiv : bioengineered plant immune recept…
RT @JiorgosKourelis: 0/ Excited to share the final version of our #Pikobodies paper first seen @biorxiv : bioengineered plant immune recept…
RT @JiorgosKourelis: 0/ Excited to share the final version of our #Pikobodies paper first seen @biorxiv : bioengineered plant immune recept…
RT @JiorgosKourelis: 0/ Excited to share the final version of our #Pikobodies paper first seen @biorxiv : bioengineered plant immune recept…
RT @JiorgosKourelis: 0/ Excited to share the final version of our #Pikobodies paper first seen @biorxiv : bioengineered plant immune recept…
RT @ClemMarchal: Check out the final version of our #Pikobodies story as first seen on @biorxiv ! One step further to building made-to-orde…
RT @ClemMarchal: Check out the final version of our #Pikobodies story as first seen on @biorxiv ! One step further to building made-to-orde…
RT @talbotlabTSL: 'Game-changing' is an often used term that is seldom deserved. But, this report from @KamounLab @JiorgosKourelis @ClemMar…
RT @ScienceMagazine: By fusing components from the adaptive immune system of animals with the innate immune system of plants, researchers p…
RT @ClemMarchal: Check out the final version of our #Pikobodies story as first seen on @biorxiv ! One step further to building made-to-orde…
RT @ambernhafeez: Incredible work from my friend @ClemMarchal and colleagues, read this thread to see how #Pikobodies work!!!
RT @ClemMarchal: Check out the final version of our #Pikobodies story as first seen on @biorxiv ! One step further to building made-to-orde…
RT @sergiolandeo: Esto es un hito. La transferencia de componentes del sistema inmune de los animales a las plantas permite desarrollar nue…
RT @GomollonSara: Plant/animal hybrid antibodies protect plants from pathogens. Congratulations @KamounLab And team! https://t.co/DbOHyDN…
NLR immune receptor–nanobody fusions confer plant disease resistance | Science https://t.co/SG9ML5a0X5