🆕📰‼️#PaperCBGP
🌱 Investigadores trazan una hoja de ruta para aprovechar todo el potencial de las tecnologías ómicas espaciales en la investigación vegetal.
🔗 Puedes leer la noticia completa aquí: www.cbgp.upm.es/index.php/es...
🌱 Investigadores trazan una hoja de ruta para aprovechar todo el potencial de las tecnologías ómicas espaciales en la investigación vegetal.
🔗 Puedes leer la noticia completa aquí: www.cbgp.upm.es/index.php/es...
September 30, 2026 at 10:33 AM
🆕📰‼️#PaperCBGP
🌱 Investigadores trazan una hoja de ruta para aprovechar todo el potencial de las tecnologías ómicas espaciales en la investigación vegetal.
🔗 Puedes leer la noticia completa aquí: www.cbgp.upm.es/index.php/es...
🌱 Investigadores trazan una hoja de ruta para aprovechar todo el potencial de las tecnologías ómicas espaciales en la investigación vegetal.
🔗 Puedes leer la noticia completa aquí: www.cbgp.upm.es/index.php/es...
#PaperCBGP
🌱🔬 Plant cell walls are more than physical barriers. They are dynamic shields!
A CBGP review published in @jxbotany.bsky.social explores how cell walls shape plant defense against pests, paving the way for more sustainable farming strategies ♻️🌍
📎 More: shorturl.at/GLNYL
🌱🔬 Plant cell walls are more than physical barriers. They are dynamic shields!
A CBGP review published in @jxbotany.bsky.social explores how cell walls shape plant defense against pests, paving the way for more sustainable farming strategies ♻️🌍
📎 More: shorturl.at/GLNYL
September 10, 2025 at 11:39 AM
#PaperCBGP
🌱🔬 Plant cell walls are more than physical barriers. They are dynamic shields!
A CBGP review published in @jxbotany.bsky.social explores how cell walls shape plant defense against pests, paving the way for more sustainable farming strategies ♻️🌍
📎 More: shorturl.at/GLNYL
🌱🔬 Plant cell walls are more than physical barriers. They are dynamic shields!
A CBGP review published in @jxbotany.bsky.social explores how cell walls shape plant defense against pests, paving the way for more sustainable farming strategies ♻️🌍
📎 More: shorturl.at/GLNYL
#PaperCBGP 🆕📰‼️
Can we predict which bacteria will turn into #superbugs? 🦠
A study led by Dr. Alejandro Couce and published in PLoS Genetics (@plos.org) shows that a single DNA change can open “bridges” to modern resistances.
🔗 Read more here: https://shorturl.at/TRRwD
Can we predict which bacteria will turn into #superbugs? 🦠
A study led by Dr. Alejandro Couce and published in PLoS Genetics (@plos.org) shows that a single DNA change can open “bridges” to modern resistances.
🔗 Read more here: https://shorturl.at/TRRwD
October 5, 2025 at 11:01 AM
#PaperCBGP 🆕📰‼️
Can we predict which bacteria will turn into #superbugs? 🦠
A study led by Dr. Alejandro Couce and published in PLoS Genetics (@plos.org) shows that a single DNA change can open “bridges” to modern resistances.
🔗 Read more here: https://shorturl.at/TRRwD
Can we predict which bacteria will turn into #superbugs? 🦠
A study led by Dr. Alejandro Couce and published in PLoS Genetics (@plos.org) shows that a single DNA change can open “bridges” to modern resistances.
🔗 Read more here: https://shorturl.at/TRRwD
🆕📰‼️ #PaperCBGP
🔬 A new @jxbotany.bsky.social review conducted by CBGP researcher examines how plastids are regulated across space, time, and species
🧬 Understanding chloroplast and chromoplast development could unlock new biotech tools to fight climate change
📎 shorturl.at/FnA1D
🔬 A new @jxbotany.bsky.social review conducted by CBGP researcher examines how plastids are regulated across space, time, and species
🧬 Understanding chloroplast and chromoplast development could unlock new biotech tools to fight climate change
📎 shorturl.at/FnA1D
January 19, 2026 at 11:34 AM
🆕📰‼️ #PaperCBGP
🔬 A new @jxbotany.bsky.social review conducted by CBGP researcher examines how plastids are regulated across space, time, and species
🧬 Understanding chloroplast and chromoplast development could unlock new biotech tools to fight climate change
📎 shorturl.at/FnA1D
🔬 A new @jxbotany.bsky.social review conducted by CBGP researcher examines how plastids are regulated across space, time, and species
🧬 Understanding chloroplast and chromoplast development could unlock new biotech tools to fight climate change
📎 shorturl.at/FnA1D
#PaperCBGP
🆕📄A new study, led by @cbm-csic-uam.bsky.social & @wabniklab.bsky.social from the CBGP and published in @natplants.nature.com, shows plant roots have an “internal clock” ⏱️
🧬Key findings on how plants coordinate growth and enhance root strength & efficiency
📎 More: shorturl.at/yzTxO
🆕📄A new study, led by @cbm-csic-uam.bsky.social & @wabniklab.bsky.social from the CBGP and published in @natplants.nature.com, shows plant roots have an “internal clock” ⏱️
🧬Key findings on how plants coordinate growth and enhance root strength & efficiency
📎 More: shorturl.at/yzTxO
September 19, 2025 at 10:30 AM
#PaperCBGP
🆕📄A new study, led by @cbm-csic-uam.bsky.social & @wabniklab.bsky.social from the CBGP and published in @natplants.nature.com, shows plant roots have an “internal clock” ⏱️
🧬Key findings on how plants coordinate growth and enhance root strength & efficiency
📎 More: shorturl.at/yzTxO
🆕📄A new study, led by @cbm-csic-uam.bsky.social & @wabniklab.bsky.social from the CBGP and published in @natplants.nature.com, shows plant roots have an “internal clock” ⏱️
🧬Key findings on how plants coordinate growth and enhance root strength & efficiency
📎 More: shorturl.at/yzTxO
🆕📰‼️ #PaperCBGP
🫚 A new study, published in Science Advances by @wabniklab.bsky.social & Dr. Sabatini's team of University La Sapienza in Rome, reveals how cell wall–derived mechanical signals control root growth
📎 Read more here: shorturl.at/gIc6U
🫚 A new study, published in Science Advances by @wabniklab.bsky.social & Dr. Sabatini's team of University La Sapienza in Rome, reveals how cell wall–derived mechanical signals control root growth
📎 Read more here: shorturl.at/gIc6U
December 19, 2025 at 8:24 PM
🆕📰‼️ #PaperCBGP
🫚 A new study, published in Science Advances by @wabniklab.bsky.social & Dr. Sabatini's team of University La Sapienza in Rome, reveals how cell wall–derived mechanical signals control root growth
📎 Read more here: shorturl.at/gIc6U
🫚 A new study, published in Science Advances by @wabniklab.bsky.social & Dr. Sabatini's team of University La Sapienza in Rome, reveals how cell wall–derived mechanical signals control root growth
📎 Read more here: shorturl.at/gIc6U
🆕📰‼️ #PaperCBGP
🔬 Researchers from CBGP (@stephanpollmann.bsky.social) together with @cnb-csic.bsky.social, uncover a new biochemical link between auxin and ABA
🌱 The study, published in @newphyt.bsky.social, reveals how IAM connects plant growth and stress responses
📎 shorturl.at/KBi3w
🔬 Researchers from CBGP (@stephanpollmann.bsky.social) together with @cnb-csic.bsky.social, uncover a new biochemical link between auxin and ABA
🌱 The study, published in @newphyt.bsky.social, reveals how IAM connects plant growth and stress responses
📎 shorturl.at/KBi3w
January 13, 2026 at 11:12 AM
🆕📰‼️ #PaperCBGP
🔬 Researchers from CBGP (@stephanpollmann.bsky.social) together with @cnb-csic.bsky.social, uncover a new biochemical link between auxin and ABA
🌱 The study, published in @newphyt.bsky.social, reveals how IAM connects plant growth and stress responses
📎 shorturl.at/KBi3w
🔬 Researchers from CBGP (@stephanpollmann.bsky.social) together with @cnb-csic.bsky.social, uncover a new biochemical link between auxin and ABA
🌱 The study, published in @newphyt.bsky.social, reveals how IAM connects plant growth and stress responses
📎 shorturl.at/KBi3w
🆕📰‼️ #PaperCBGP
🔬 New review from CBGP’s @wabniklab.bsky.social group explores how biology, computer science, math & AI are decoding plant patterning
🧬The integrative approach is shaping a new era in plant biology 🌱
📎 More here: shorturl.at/jHEt9
🔬 New review from CBGP’s @wabniklab.bsky.social group explores how biology, computer science, math & AI are decoding plant patterning
🧬The integrative approach is shaping a new era in plant biology 🌱
📎 More here: shorturl.at/jHEt9
January 29, 2026 at 8:17 AM
🆕📰‼️ #PaperCBGP
🔬 New review from CBGP’s @wabniklab.bsky.social group explores how biology, computer science, math & AI are decoding plant patterning
🧬The integrative approach is shaping a new era in plant biology 🌱
📎 More here: shorturl.at/jHEt9
🔬 New review from CBGP’s @wabniklab.bsky.social group explores how biology, computer science, math & AI are decoding plant patterning
🧬The integrative approach is shaping a new era in plant biology 🌱
📎 More here: shorturl.at/jHEt9
🆕📰‼️ #PaperCBGP
🌱 A Hidden Defense: Human Bacteria That Break Down Dangerous Peanut Allergen
📎 short.upm.es/u0iss
🌱 A Hidden Defense: Human Bacteria That Break Down Dangerous Peanut Allergen
📎 short.upm.es/u0iss
March 27, 2026 at 9:13 AM
🆕📰‼️ #PaperCBGP
🌱 A Hidden Defense: Human Bacteria That Break Down Dangerous Peanut Allergen
📎 short.upm.es/u0iss
🌱 A Hidden Defense: Human Bacteria That Break Down Dangerous Peanut Allergen
📎 short.upm.es/u0iss
🆕📰‼️ #PaperCBGP
🔬 A study, co-authored by @wabniklab.bsky.social and published in Science, reveals a molecular mechanism blocking inflorescence termination
🧬 A negative feedback loop buffers the floral signal, opening the door to faster-growing & more efficient crops
📎 shorturl.at/rkPwJ
🔬 A study, co-authored by @wabniklab.bsky.social and published in Science, reveals a molecular mechanism blocking inflorescence termination
🧬 A negative feedback loop buffers the floral signal, opening the door to faster-growing & more efficient crops
📎 shorturl.at/rkPwJ
January 23, 2026 at 8:06 AM
🆕📰‼️ #PaperCBGP
🔬 A study, co-authored by @wabniklab.bsky.social and published in Science, reveals a molecular mechanism blocking inflorescence termination
🧬 A negative feedback loop buffers the floral signal, opening the door to faster-growing & more efficient crops
📎 shorturl.at/rkPwJ
🔬 A study, co-authored by @wabniklab.bsky.social and published in Science, reveals a molecular mechanism blocking inflorescence termination
🧬 A negative feedback loop buffers the floral signal, opening the door to faster-growing & more efficient crops
📎 shorturl.at/rkPwJ
🆕📰 #PaperCBGP
🥵 Rising global temperatures threaten crop productivity by increasing heat stress in plants
🫚 A new review, published in @jxbotany.bsky.social , highlights the need to integrate roots, microbiome & epigenetics towards more sustainable agriculture
📎https://shorturl.at/pQzcs
🥵 Rising global temperatures threaten crop productivity by increasing heat stress in plants
🫚 A new review, published in @jxbotany.bsky.social , highlights the need to integrate roots, microbiome & epigenetics towards more sustainable agriculture
📎https://shorturl.at/pQzcs
December 16, 2025 at 3:51 PM
🆕📰 #PaperCBGP
🥵 Rising global temperatures threaten crop productivity by increasing heat stress in plants
🫚 A new review, published in @jxbotany.bsky.social , highlights the need to integrate roots, microbiome & epigenetics towards more sustainable agriculture
📎https://shorturl.at/pQzcs
🥵 Rising global temperatures threaten crop productivity by increasing heat stress in plants
🫚 A new review, published in @jxbotany.bsky.social , highlights the need to integrate roots, microbiome & epigenetics towards more sustainable agriculture
📎https://shorturl.at/pQzcs
🆕📰‼️ #PaperCBGP
🌱 TreeProfiler: A New Bioinformatics Tool for Analysis and Visualization of Phylogenomic Data at Scale
📎 short.upm.es/xxxva
🌱 TreeProfiler: A New Bioinformatics Tool for Analysis and Visualization of Phylogenomic Data at Scale
📎 short.upm.es/xxxva
March 27, 2026 at 9:24 AM
🆕📰‼️ #PaperCBGP
🌱 TreeProfiler: A New Bioinformatics Tool for Analysis and Visualization of Phylogenomic Data at Scale
📎 short.upm.es/xxxva
🌱 TreeProfiler: A New Bioinformatics Tool for Analysis and Visualization of Phylogenomic Data at Scale
📎 short.upm.es/xxxva
🆕📰‼️ #PaperCBGP
🧬 New international study co-led by CBGP researcher Jaime Huerta-Cepas presents an updated phylogenomic database
🔬The new release improves ortholog prediction, protein evolution, and functional annotation across all domains of life
📎 More: shorturl.at/hwXfq
🧬 New international study co-led by CBGP researcher Jaime Huerta-Cepas presents an updated phylogenomic database
🔬The new release improves ortholog prediction, protein evolution, and functional annotation across all domains of life
📎 More: shorturl.at/hwXfq
January 12, 2026 at 12:20 PM
🆕📰‼️ #PaperCBGP
🧬 New international study co-led by CBGP researcher Jaime Huerta-Cepas presents an updated phylogenomic database
🔬The new release improves ortholog prediction, protein evolution, and functional annotation across all domains of life
📎 More: shorturl.at/hwXfq
🧬 New international study co-led by CBGP researcher Jaime Huerta-Cepas presents an updated phylogenomic database
🔬The new release improves ortholog prediction, protein evolution, and functional annotation across all domains of life
📎 More: shorturl.at/hwXfq
🆕📰‼️ #PaperCBGP
🧱 Plant cell walls are key defenses, but they don’t always activate
🔬 A CBGP study in @newphyt.bsky.social shows how Z. tritici limits wheat cell-wall signals that trigger immunity
♻️ The results provide new insights of molecular mechanisms in immune evasion
📎 shorturl.at/zYksl
🧱 Plant cell walls are key defenses, but they don’t always activate
🔬 A CBGP study in @newphyt.bsky.social shows how Z. tritici limits wheat cell-wall signals that trigger immunity
♻️ The results provide new insights of molecular mechanisms in immune evasion
📎 shorturl.at/zYksl
December 1, 2025 at 12:25 PM
🆕📰‼️ #PaperCBGP
🧱 Plant cell walls are key defenses, but they don’t always activate
🔬 A CBGP study in @newphyt.bsky.social shows how Z. tritici limits wheat cell-wall signals that trigger immunity
♻️ The results provide new insights of molecular mechanisms in immune evasion
📎 shorturl.at/zYksl
🧱 Plant cell walls are key defenses, but they don’t always activate
🔬 A CBGP study in @newphyt.bsky.social shows how Z. tritici limits wheat cell-wall signals that trigger immunity
♻️ The results provide new insights of molecular mechanisms in immune evasion
📎 shorturl.at/zYksl
🆕📰‼️#PaperCBGP en @science.org
🌱 Las plantas se protegen de las infecciones con fragmentos de su propia pared celular
🔗 Puedes leer la noticia completa aquí: www.cbgp.upm.es/index.php/es...
🌱 Las plantas se protegen de las infecciones con fragmentos de su propia pared celular
🔗 Puedes leer la noticia completa aquí: www.cbgp.upm.es/index.php/es...
September 16, 2026 at 7:31 AM
🆕📰‼️#PaperCBGP en @science.org
🌱 Las plantas se protegen de las infecciones con fragmentos de su propia pared celular
🔗 Puedes leer la noticia completa aquí: www.cbgp.upm.es/index.php/es...
🌱 Las plantas se protegen de las infecciones con fragmentos de su propia pared celular
🔗 Puedes leer la noticia completa aquí: www.cbgp.upm.es/index.php/es...
🆕📰‼️#PaperCBGP
🌱 El momento en que una raíz siente la gravedad determina cómo explorará el suelo.
🔗 Puedes leer la noticia completa aquí: cbgp.upm.es/index.php/es...
🌱 El momento en que una raíz siente la gravedad determina cómo explorará el suelo.
🔗 Puedes leer la noticia completa aquí: cbgp.upm.es/index.php/es...
July 24, 2026 at 11:16 AM
🆕📰‼️#PaperCBGP
🌱 El momento en que una raíz siente la gravedad determina cómo explorará el suelo.
🔗 Puedes leer la noticia completa aquí: cbgp.upm.es/index.php/es...
🌱 El momento en que una raíz siente la gravedad determina cómo explorará el suelo.
🔗 Puedes leer la noticia completa aquí: cbgp.upm.es/index.php/es...
#PaperCBGP 🆕📜‼️
🌱CBGP researcher Daniel Conde joined an international study published in Genome Biology revealing new regulators of xylem development and a novel mechanism shaping vessel formation and stress adaptation
📎Full article here: doi.org/10.1186/s130...
🌱CBGP researcher Daniel Conde joined an international study published in Genome Biology revealing new regulators of xylem development and a novel mechanism shaping vessel formation and stress adaptation
📎Full article here: doi.org/10.1186/s130...
Deep tissue profiling of Populus stem at single nucleus level reveals uncharacterized cell types and cell-specific gene regulatory networks - Genome Biology
Background Single-cell genomics is revolutionizing plant developmental biology, enabling the transcriptome profiling of individual cells and their lineage relationships. However, plant cell walls poly...
doi.org
September 22, 2025 at 7:40 AM
#PaperCBGP 🆕📜‼️
🌱CBGP researcher Daniel Conde joined an international study published in Genome Biology revealing new regulators of xylem development and a novel mechanism shaping vessel formation and stress adaptation
📎Full article here: doi.org/10.1186/s130...
🌱CBGP researcher Daniel Conde joined an international study published in Genome Biology revealing new regulators of xylem development and a novel mechanism shaping vessel formation and stress adaptation
📎Full article here: doi.org/10.1186/s130...
#PaperCBGP 🆕‼️
🌍 An international team led by IPK Leibniz Institute, with the participation of CBGP, decodes the oat pangenome
🌾The studies published in @nature.com and @natcomms.nature.com reveal when and where oat genes are active across different parts of the plant
📎 shorturl.at/JXrUc
🌍 An international team led by IPK Leibniz Institute, with the participation of CBGP, decodes the oat pangenome
🌾The studies published in @nature.com and @natcomms.nature.com reveal when and where oat genes are active across different parts of the plant
📎 shorturl.at/JXrUc
October 30, 2025 at 8:21 AM
#PaperCBGP 🆕‼️
🌍 An international team led by IPK Leibniz Institute, with the participation of CBGP, decodes the oat pangenome
🌾The studies published in @nature.com and @natcomms.nature.com reveal when and where oat genes are active across different parts of the plant
📎 shorturl.at/JXrUc
🌍 An international team led by IPK Leibniz Institute, with the participation of CBGP, decodes the oat pangenome
🌾The studies published in @nature.com and @natcomms.nature.com reveal when and where oat genes are active across different parts of the plant
📎 shorturl.at/JXrUc
🆕📰‼️ #PaperCBGP
🌍 A reserach led by @daniconder.bsky.social
(CBGP) reveal how poplar trees survive droughts: WAT1-like genes control xylem plasticity, making smaller, more vessels & boosting water security
🌱 Read more: shorturl.at/al8Eh
🌍 A reserach led by @daniconder.bsky.social
(CBGP) reveal how poplar trees survive droughts: WAT1-like genes control xylem plasticity, making smaller, more vessels & boosting water security
🌱 Read more: shorturl.at/al8Eh
September 30, 2025 at 9:10 AM
🆕📰‼️ #PaperCBGP
🌍 A reserach led by @daniconder.bsky.social
(CBGP) reveal how poplar trees survive droughts: WAT1-like genes control xylem plasticity, making smaller, more vessels & boosting water security
🌱 Read more: shorturl.at/al8Eh
🌍 A reserach led by @daniconder.bsky.social
(CBGP) reveal how poplar trees survive droughts: WAT1-like genes control xylem plasticity, making smaller, more vessels & boosting water security
🌱 Read more: shorturl.at/al8Eh
🆕📰‼️ #PaperCBGP
🌱 Green Revolution crops boosted yields but increased dependence on N-fertilizers
🧬 A new study in @theplantcell.bsky.social by the CBGP reveals a molecular mechanism that could help reduce fertilizer use and improve crop stress tolerance
📎 shorturl.at/T4WNM
🌱 Green Revolution crops boosted yields but increased dependence on N-fertilizers
🧬 A new study in @theplantcell.bsky.social by the CBGP reveals a molecular mechanism that could help reduce fertilizer use and improve crop stress tolerance
📎 shorturl.at/T4WNM
February 16, 2026 at 9:50 AM
🆕📰‼️ #PaperCBGP
🌱 Green Revolution crops boosted yields but increased dependence on N-fertilizers
🧬 A new study in @theplantcell.bsky.social by the CBGP reveals a molecular mechanism that could help reduce fertilizer use and improve crop stress tolerance
📎 shorturl.at/T4WNM
🌱 Green Revolution crops boosted yields but increased dependence on N-fertilizers
🧬 A new study in @theplantcell.bsky.social by the CBGP reveals a molecular mechanism that could help reduce fertilizer use and improve crop stress tolerance
📎 shorturl.at/T4WNM
🆕📰‼️ #PaperCBGP
🌼 Flowering time is key for plant reproduction & crop yield.
🧬 A new study of CBGP researchers, published in @plantphys.bsky.social, reveals how the protein ING2 regulates flowering by modulating key floral switch genes
📎 Read more here: shorturl.at/GiLWL
🌼 Flowering time is key for plant reproduction & crop yield.
🧬 A new study of CBGP researchers, published in @plantphys.bsky.social, reveals how the protein ING2 regulates flowering by modulating key floral switch genes
📎 Read more here: shorturl.at/GiLWL
November 7, 2025 at 9:40 AM
🆕📰‼️ #PaperCBGP
🌼 Flowering time is key for plant reproduction & crop yield.
🧬 A new study of CBGP researchers, published in @plantphys.bsky.social, reveals how the protein ING2 regulates flowering by modulating key floral switch genes
📎 Read more here: shorturl.at/GiLWL
🌼 Flowering time is key for plant reproduction & crop yield.
🧬 A new study of CBGP researchers, published in @plantphys.bsky.social, reveals how the protein ING2 regulates flowering by modulating key floral switch genes
📎 Read more here: shorturl.at/GiLWL
#PaperCBGP 🆕📰‼️
🧬 Led by Alejandro Couce, researchers of the CBGP used experimental evolution to predict how the superbug enzyme KPC-2 could outsmart antibiotics
⚔️The study, published at @natecoevo.nature.com, lets us block it and protect our antibiotics
📎 shorturl.at/F7oOa
🧬 Led by Alejandro Couce, researchers of the CBGP used experimental evolution to predict how the superbug enzyme KPC-2 could outsmart antibiotics
⚔️The study, published at @natecoevo.nature.com, lets us block it and protect our antibiotics
📎 shorturl.at/F7oOa
October 2, 2025 at 8:38 AM
#PaperCBGP 🆕📰‼️
🧬 Led by Alejandro Couce, researchers of the CBGP used experimental evolution to predict how the superbug enzyme KPC-2 could outsmart antibiotics
⚔️The study, published at @natecoevo.nature.com, lets us block it and protect our antibiotics
📎 shorturl.at/F7oOa
🧬 Led by Alejandro Couce, researchers of the CBGP used experimental evolution to predict how the superbug enzyme KPC-2 could outsmart antibiotics
⚔️The study, published at @natecoevo.nature.com, lets us block it and protect our antibiotics
📎 shorturl.at/F7oOa
🆕📰‼️#PaperCBGP
🌱 Científicos del CBGP identifican un regulador que ajusta la floración de los cultivos al calor
🧬 La identificación del lector de cromatina MBD4 amplía el conocimiento sobre cómo se regula la respuesta de floración a temperaturas cálidas.
📎 www.cbgp.upm.es/index.php/es...
🌱 Científicos del CBGP identifican un regulador que ajusta la floración de los cultivos al calor
🧬 La identificación del lector de cromatina MBD4 amplía el conocimiento sobre cómo se regula la respuesta de floración a temperaturas cálidas.
📎 www.cbgp.upm.es/index.php/es...
May 13, 2026 at 7:15 AM
🆕📰‼️#PaperCBGP
🌱 Científicos del CBGP identifican un regulador que ajusta la floración de los cultivos al calor
🧬 La identificación del lector de cromatina MBD4 amplía el conocimiento sobre cómo se regula la respuesta de floración a temperaturas cálidas.
📎 www.cbgp.upm.es/index.php/es...
🌱 Científicos del CBGP identifican un regulador que ajusta la floración de los cultivos al calor
🧬 La identificación del lector de cromatina MBD4 amplía el conocimiento sobre cómo se regula la respuesta de floración a temperaturas cálidas.
📎 www.cbgp.upm.es/index.php/es...
🆕📰‼️#PaperCBGP
🌱 Una raíz, muchas respuestas: cómo cada célula ayuda a la planta cuando falta fósforo.
La escasez de fósforo en el suelo limita la producción agrícola. Entender cómo las raíces se adaptan a esta falta es clave para una agricultura más sostenible y eficiente.
📎 bit.ly/3QTOcCM
🌱 Una raíz, muchas respuestas: cómo cada célula ayuda a la planta cuando falta fósforo.
La escasez de fósforo en el suelo limita la producción agrícola. Entender cómo las raíces se adaptan a esta falta es clave para una agricultura más sostenible y eficiente.
📎 bit.ly/3QTOcCM
May 7, 2026 at 1:15 PM
🆕📰‼️#PaperCBGP
🌱 Una raíz, muchas respuestas: cómo cada célula ayuda a la planta cuando falta fósforo.
La escasez de fósforo en el suelo limita la producción agrícola. Entender cómo las raíces se adaptan a esta falta es clave para una agricultura más sostenible y eficiente.
📎 bit.ly/3QTOcCM
🌱 Una raíz, muchas respuestas: cómo cada célula ayuda a la planta cuando falta fósforo.
La escasez de fósforo en el suelo limita la producción agrícola. Entender cómo las raíces se adaptan a esta falta es clave para una agricultura más sostenible y eficiente.
📎 bit.ly/3QTOcCM
🆕📰‼️#PaperCBGP
🌱 Cómo una molécula sencilla moldeó la vida de las plantas.
🔗 Puedes leer la noticia completa aquí: cbgp.upm.es/index.php/es...
🌱 Cómo una molécula sencilla moldeó la vida de las plantas.
🔗 Puedes leer la noticia completa aquí: cbgp.upm.es/index.php/es...
June 23, 2026 at 4:18 PM
🆕📰‼️#PaperCBGP
🌱 Cómo una molécula sencilla moldeó la vida de las plantas.
🔗 Puedes leer la noticia completa aquí: cbgp.upm.es/index.php/es...
🌱 Cómo una molécula sencilla moldeó la vida de las plantas.
🔗 Puedes leer la noticia completa aquí: cbgp.upm.es/index.php/es...