CALL FOR PAPERS! The Plant Cell 30th Anniversary Collection: Rethinking the Past and Shaping the Future of Plant Biology

CALL FOR PAPERS! The Plant Cell 30th Anniversary Collection: Rethinking the Past and Shaping the Future of Plant Biology Deadline for submission: June 30, 2019 In celebration of 30 years of publishing the best research in plant molecular, cellular, and developmental biology, we encourage authors to submit their most exciting new results for consideration for a … Read more

ASPB Conviron Scholars Program: Highlights of the 2017-2018 program

The experience from the ASPB Conviron Scholars program serves as a foundation for a career in plant science. The scholarship consisted of the four major themes: 1) Career Planning 2) Writing and Communications 3) Leadership 4) Effective Presentations  Within each theme, the participants read collections of articles, attended webinars and completed assignments within a private Plantae Network. The assignments required … Read more

Gene Boosts Rice Growth and Yield in Salty Soil

Discovery of a gene that helps rice plants grow in salty soil paves the way to developing salt-tolerant crops Soil salinity poses a major threat to food security, greatly reducing the yield of agricultural crops. Rising global temperatures are expected to accelerate the buildup of salt in soil, placing an increasing burden on agricultural production. … Read more

New approach to improve nitrogen use, enhance yield, and promote flowering in rice

Expression of the nitrate transporter gene OsNRT1.1A improves yield and accelerates maturation. Using nitrogen fertilizer increases crop yields, but excess runoff causes environmental pollution. Moreover, in grains such as rice, large amounts of nitrogen fertilizer can delay flowering, leaving the crop vulnerable to late-season cold weather. A recent study in The Plant Cell identified a … Read more

Fanconi Anemia: Insight From a Green Plant

Model plant studies show key protein functions in the exchange of genetic material Fanconi anemia is a human genetic disorder with severe effects, including an increased risk of cancer and infertility. Work in animal systems has identified many factors involved in Fanconi anemia and showed that these factors function in the repair of DNA. However, … Read more