Opinion: ATG8 expansion as a driver of selective diversification of autophagy? ($)
Plant Science Research Weekly, Research0 Comments
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Autophagy is a process of selective membrane trafficking that delivers cargo to the vacuole or plasma membrane for recycling or secretion. ATG8 is a small ubiquitin-like protein that is required for formation of the double-membrane enclosed autophagy vesicle, the autophagosome. The ATG8 gene family has…
Review: Industrial biomanufacturing: the future of chemical production ($)
Plant Science Research Weekly, ResearchOur way of life depends on the chemical manufacture of thousands of products. Some of these can be produced through biomanufacturing, which may involve starting with a biological starting material, or using an enzyme or organism as catalyst. Advances in synthetic biology, metabolic engineering and genomics…
Review: New routes for plant iron mining
Plant Science Research Weekly, ResearchIron (Fe) is a frequently limiting nutrient for plant growth. Iron uptake requires that plants manipulate the extracellular environment through secretion of protons, chelators and other molecules. Curie and Mari review new studies on the importance of coumarin (phenolic compound) secretion in iron uptake,…
Review: Chloride on the move ($)
Plant Science Research Weekly, ResearchSaline soils are an ever growing problem, whether due to seawater incursions, for example in Bangladesh, or due to the rising water table in Australia. Salinity is harmful in three ways: non-specific osmotic effects, excess Na+, and excess Cl–. Of these, chloride has received the least attention. Li…
Review: Modeling stomatal conductance
Plant Science Research Weekly, ResearchThe transpiration rate of water though stomata, known as stomatal conductance or gs is one of the most critical and regulated of plant physiological processes. Buckley reviews recent progress on the development of comprehensive models of stomatal conductance, including the effect of soil moisture and…
Two Reviews: CRISPR/Cas for genome engineering in plants, and genome editing in cereal crops ($)
Plant Science Research Weekly, ResearchThe gene-editing technology CRISPR/Cas, which introduces double-strand breaks that are repaired by non-homologous end joining (NHEJ), is best known for the promise it holds in modifying an organism’s DNA without the introduction of exogenous genes. However, as Puchta describes (Curr. Opin. Plant Biol.…
Fine-tuning plant growth in the face of drought
Research, The Plant Cell, The Plant Cell: In BriefIN BRIEF by Kathleen L. Farquharson [email protected]
Limiting shoot growth is an important survival strategy for plants during times of drought; smaller leaves mean that less water is lost through transpiration and more is retained in the soil. As drought stress restricts both cell division and…
More than Window Dressing: Revealing 5-Methylcytocine Patterns that Decorate Arabidopsis RNA
Research, The Plant Cell, The Plant Cell: In BriefIN BRIEF by Jennifer Lockhart [email protected]
DNA is sculpted by several types of epigenetic modifications with profound effects on gene expression, development, and stress responses. Much less is known about the more than 100 chemical modifications shaping plant RNA, a topic explored in the newly…
Low Phytate Rice Grains
Plant Science Research Weekly, ResearchPhosphorus (P) is an important macronutrient for crop productivity. In cereal crops like rice, about 60-85% of total plant P is allocated to grains and therefore removed from fields at harvest. Furthermore, the major form of P in the grains is phytate (C6H18O24P6), which cannot be digested by humans…