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Scientists identify protein that activates plant response to nitrogen deficiency

E-Mail IMAGE: The blue regions in this plant contain the protein CEPH, which activates the nitrate transporter protein NRT2.1 in response to nitrogen deficiency view more Credit: Yoshikatsu Matsubayashi Nitrates are critical for the growth of plants, so plants have evolved sophisticated mechanisms to ensure sufficient nitrate uptake from their environments. In a new study published in Nature Plants, researchers at Nagoya University, Japan, have identified a plant enzyme that is key to activating a nitrate uptake mechanism in response to nitrogen starvation. This finding explains how plants meet their needs in challenging environments, opening doors to improving agriculture in such environments.

Yoshikatsu matsubayashiNagoya universityNature plantsEcology environmentNutrition nutrientsPlant sciencesநாகோயா பல்கலைக்கழகம்இயற்கை செடிகள்

How a Venus flytrap knows to snap shut

The fly, attracted to nectar on a strange leaf shaped like an open clam, was about to have a really bad day. Fly, meet the Venus flytrap.

United statesNorth carolinaSouth carolinaShireen gonzagaEd yongShireen gonzaga flickr venusNational institute of basic biology in okazakiNational institute for basic biologySociety of americaUniversity of zurichNational instituteBasic biologyNature plantsBotanical societyCarnivorous plant nurseryHowa venus flytrap knows to snap shut

Legendary lost coffee with great flavour could help save your cup of joe from climate change

Stenophylla coffee has ‘superior flavour’ and could help futureproof the industry against climate change, according to new research into the rare,…

South sudanWestern areaSierra leoneRepublic ofUnited kingdomCoted ivoireCity ofYa yuSri lankaSri lankanSierra leoneanIvory coastJeremy haggarIndian oceanAaron davisWilliamh ukers

New mechanism to control tomato ripening discovered

Credit: UPV An international research group involving the Institute of Molecular and Cellular Biology of Plants (IBMCP), a joint centre of the Universitat Politècnica de València (UPV) and the Spanish National Research Council (CSIC), has discovered that a genetic mechanism, called CHLORAD, which is involved in the ageing of plant leaves, also plays a decisive role in the tomato ripening process. Thus, tomatoes with an activated CHLORAD system turn red more quickly, and accumulate more lycopene, a compound beneficial to health. The results, which have been published in the latest issue of the journal Nature Plants, will lead to better quality tomatoes.

Manuel rodrInstitute of molecularUniversity of oxford united kingdomValencian institute of molecularSpanish national research councilCellular biologyUniversitat politNature plantsUnited kingdomValencian instituteCell biologyAgricultural production economicsMolecular biologyநிறுவனம் ஆஃப் மூலக்கூறுபல்கலைக்கழகம் ஆஃப் ஆக்ஸ்ஃபர்ட் ஒன்றுபட்டது கிஂக்டம்ஸ்பானிஷ் தேசிய ஆராய்ச்சி சபை

Legendary lost coffee with great flavour could help save your cup of joe from climate change

Legendary lost coffee with great flavour could help save your cup of joe from climate change
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South sudanWestern areaSierra leoneRepublic ofUnited kingdomCoted ivoireCity ofSri lankaSri lankanSierra leoneanIvory coastJeremy haggarIndian oceanAaron davisWilliamh ukersDaniel sarmu