Research Blog

De la Parra and Quave describe the fascinating intersection of ethnobotany and biotechnology, which they define as ethnophytotechnology: “the use of plant biotechnology to improve or enhance the inherent economic or culturally valuable traits of plants as described and influenced by ethnobotany". They…

Electricity-generating power plant produce CO2, and industrial and household waste water contains inorganic nutrients that can pollute waterways. What if both of these pollutants could be put to good use, for example in a growth medium for biofuel-producing algae? Ghosh and Kirin describe the feasibility…

Two of the key players in the plant-pathogen interaction are the effectors produced by pathogens (that “modulate plant physiology to favor host infection and colonization”) and the plant immune receptors (including NLR proteins: nucleotide-binding domain and leucine-rich repeatcontaining) that are…

The fungal pathogen  Hymenoscyphus fraxineus that infects European ash (Fraxinus excelsior) has caused a huge epidemic and cost millions of trees their lives. Downie describes the employment of molecular techniques to trace the origin of the fungus in Europe, and describes how the fungal life cycle…

Plants with thicker leaves are better able to retain water and deal with water-limiting conditions. Coneva et al. explored the genetic basis for leaf thickness by comparing introgression lines of cultivated tomato (Solanum lycopersicum) and a species adapted to the desert (Solanum pennillii). They found…

Guard cells are crucial gatekeepers that control entry and exit of gases, water vapor, and pathogens. Rapid stomatal pore closure in response to pathogen perception or the hormone abscisic acid (ABA) is supported by activation of the aquaporin (water channel) PIP2;1. Rodrigues et al. investigated the…

Sugars produced in photosynthetically active mesophyll cells move into the phloem through a process known as phloem loading, but not all plants phloem load the same way. Some use a passive process in which sugars move down a concentration gradient into the phloem, but others use active transport processes.…

Gibberella stalk rot (GSR) is a fungal disease of maize.  Through QTL-seq, a whole genome sequencing method, Chen et al. identified a new resistance quantitative trait locus (QTL) Rgsr8.1 that confers broad-spectrum resistance to GSR. Two candidate genes were identified, one encoding an auxin response…