Photosynthesis, the process by which some organisms convert sunlight into chemical energy, is well known. But, it is a complex phenomenon, which involves a myriad of proteins. Now, scientists have uncover the location and functions of a new type of chlorophyll molecule for the first time.
What if we could grow plants that are larger and also have higher nutritional content? For decades, scientists have been trying to dial up amino acid content in crops by ramping up their production systems, but they always run into the same problem: the crops get sick. Until now.
Genome Duplication Events May Have Contributed to Floral Scent Biosynthesis and Other Traits of Early-diverged Flowering Plants
A research team recently developed new methods that will make it significantly faster to produce gene-edited plants. They hope to alleviate a long-standing bottleneck in gene editing and, in the process, make it easier and faster to develop and test new crop varieties with two new approaches.
A new study that examines the genetics behind the bitter taste of some sorghum plants and one of Africa’s most reviled bird species illustrates how human genetics, crops and the environment influence one another in the process of plant domestication.
Researchers have lift the veil on the “conductor” plant root stem cell gene that helps orchestrate and coordinate stem cell division of different root stem cell types, ensuring the harmonic communication necessary for plant growth and maintenance.
Success with improving Arabidopsis mitochondrial respiration in response to harsh conditions is leading plant molecular researchers to move to food crops including wheat, barley, rice and chickpeas.
A new study reveals how sorghum crops alter the expression of their genes to adapt to drought conditions. Understanding how sorghum survives could help researchers design crops that are more resilient to climate change.
Biologists have demonstrated for the first time that cyanobacteria and plants employ similar mechanisms and key proteins to regulate cyclic electron flow during photosynthesis.
Biologists have described a new molecular mechanism that allows plants to optimize their growth under suboptimal high-temperature conditions.
