Drought; Endangered Plants; Agriculture and Food; Botany; Food and Agriculture; Nature; Soil Types; Pests and Parasites

Scientists uncover new way viruses fight back against bacteria
  1. Life Sciences

Study shows how plant roots access deeper soils in search of water

Scientists have discovered how plants adapt their root systems in drought conditions to grow steeper into the soil to access deeper water reserves. Plant scientists from the University of Nottingham, in collaboration with Shanghai Jiao Tong University, have identified how abscisic acid (ABA), a plant hormone known for its role in drought response, influences root […]
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From Brisbane to London to Paris: Vicebio´s Sanofi deal

What began in the labs of the University of Queensland has now set the stage for one of Europe’s largest biotech acquisitions of the year. Sanofi has announced it will acquire UK-based vaccine developer Vicebio for $1.15 billion upfront, with an additional $450 million tied to clinical milestones—underscoring a major commitment to next-generation respiratory vaccines. […]
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The Unkempt RNA-binding protein reveals a local translation program in centriole overduplication

Excess centrosomes cause defects in mitosis, cell-signaling, and cell migration, and therefore their assembly is tightly regulated. The divergent Polo kinase, PLK4, controls centriole duplication at the heart of centrosome assembly, and elevated PLK4 levels promote centrosome amplification (CA), a founding event of tumorigenesis. Here, we investigate the transcriptional consequences of elevated PLK4 and find […]
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Worlwide

Curevac_2ndgen.jpg

From Brisbane to London to Paris: Vicebio´s Sanofi deal

What began in the labs of the University of Queensland has now set the stage for one of Europe’s largest biotech acquisitions of the year. Sanofi has announced it will acquire UK-based vaccine developer Vicebio for $1.15 billion upfront, with an additional $450 million tied to clinical milestones—underscoring a major commitment to next-generation respiratory vaccines. […]
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The Unkempt RNA-binding protein reveals a local translation program in centriole overduplication

Excess centrosomes cause defects in mitosis, cell-signaling, and cell migration, and therefore their assembly is tightly regulated. The divergent Polo kinase, PLK4, controls centriole duplication at the heart of centrosome assembly, and elevated PLK4 levels promote centrosome amplification (CA), a founding event of tumorigenesis. Here, we investigate the transcriptional consequences of elevated PLK4 and find […]
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