Italian National Research Council - The Institute of Agricultural Biology and Biotechnology

Joined December 2017
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12 Nov 2024
Alessandra Stella is the new Director of IBBA-CNR ibba.cnr.it/en/staff/alessan…

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4 Dec 2024
Rennato Precariato all'albero di Natale di CNR Area 1 a Milano supporterà i @ricercatoriimperdibili_2.0 !!! @CNRsocial_ #bastaprecariato #duespicciperlaricerca
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28 Oct 2024
The SMARTER-database, by @HerrFalloppio, @pbuozzi & team, standardizes global genomic data for ~12K sheep & 6K goats, enabling robust analyses on adaptation. Access via FTP & web interface. 🔗doi.org/10.1101/2024.09.01.6…
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28 Oct 2024
Brown Swiss cows maintain stable body temps & milk quality in hot weather, while Holsteins see larger shifts in microbiota diversity. The study underscores breed-specific resilience. By @HerrFalloppio and colleagues doi.org/10.3168/jds.2024-249…
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IBBA CNR retweeted
Our latest work on GWAS (genome-wide association study) for morphology and hunting-behavior in Braque Français dogs is out: sciencedirect.com/science/ar…

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28 Oct 2024
New study reveals tRNA topological & Shannon entropy as key discriminators of Archaea vs. Bacteria, with ML models achieving up to 99.8% accuracy. tRNA, rRNA, and ncRNA genes drive these genomic differences. By @HerrFalloppio and colleagues. doi.org/10.1186/s12864-024-1…
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27 Oct 2024
Sprouting, cooking, & fermenting quinoa & amaranth seeds with Lactobaillcus plantarum boost antioxidants & mineral content. These processes make seeds ideal for health-focused diets & supplements. By Martina Vento, Lucia Giorgetti & colleagues doi.org/10.3390/ijms25201097…
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27 Oct 2024
🚨 Legionella pneumophila (Lp) strains can be differentiated: 100% of the virulent serogroup 1 carried virulence genes - and biofilm genes in >90% of samples - a boost for water system safety! by @BiancaBiCast, Paola Cremonesi and colleagues doi.org/10.3389/fmicb.2024.1… #PublicHealth
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12 Oct 2024
🌱 CRFs transcription factors can boost crop resilience without sacrificing growth under stress! 🧬 Targeting CRFs helps crops adapting to climate change by balancing stress responses and development. By D. Gentile & colleagues doi.org/10.3389/fgene.2024.1…
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12 Oct 2024
🌍 Storing hydrogen underground? Microbial activity poses new challenges! 🦠 Acidogenic/acetogenic processes dominate, with minimal methanogenic or sulfate-reducing activity. Nutrients play a key role! By B. Menin & colleagues doi.org/10.3389/fmicb.2024.1…
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12 Oct 2024
🌿 *Salicornia europaea* young leaves show powerful antioxidant activity and protect against fatty liver disease! 🧪 Reduced oxidative stress, liver damage, and inflammation in rats treated with *Salicornia*. By A. Souid & colleagues doi.org/10.3390/antiox130505…
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12 Oct 2024
🦆 Adding Black soldier fly and Yellow mealworm larvae to Muscovy duck diets boosts gut health! 🧬 Improved immune response (IL-6) and beneficial changes in gut microbiota, with no impact on growth or mucin composition. By Sara Pozzo and colleagues doi.org/10.1186/s42523-024-0…
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12 Oct 2024
🌿 Long-lived plants like *Festuca rubra* rapidly evolve under changing climate conditions! 🌧️ Soil moisture rather than temperature selects genotypes. 💡 Rapid adaptation in alpine grasslands. By F. Biscarini and colleagues in Prague doi.org/10.1093/jeb/voae060
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12 Oct 2024
🔬 New genome interpretation models use transfer learning & sparse neural networks to predict plant traits with fewer parameters! 🌱 💡 Population stratification impacts model evaluation & generalization. By F. Biscarini and colleagues. doi.org/10.1038/s41598-024-6…
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12 Oct 2024
🔬 Key genetic markers linked to metabolic stress response in Holstein cows. 🧬 Paraoxonase & γ-glutamyl transferase show strong genetic associations. B J. Ramirez, A. Stella and colleagues. doi.org/10.3168/jds.2023-246…
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12 Oct 2024
🌍 Obesity has doubled globally since 1990! 🔬 High-fat diets reduce gut metabolites like short-chain fatty acids & amino acids. 💡 Spectroscopy offers a rapid, low-energy way to track these changes. By A. Vornoli, L. Pozzo 4, V. Longo and colleagues doi.org/10.1016/j.foodchem.2…
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12 Oct 2024
🛏️ Improving cow bedding with lime-based conditioners reduces bacterial growth and boosts bedding quality! by F. Biscarini and colleagues 🧪 Higher concentrations = better health for cows and improved farm productivity. doi.org/10.3389/fvets.2024.1…
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