Tag: Synthetic Biology

As photosynthetic organisms, algae can harness solar energy to do useful things, from environmental cleanup to producing fuels and other beneficial molecules. This review by Goold et al. provides an overview of how algae can be valuable platforms for synthetic biology and metabolic engineering through…

This is an excellent introduction to how synthetic biology can be used to program plants for climate resilience by engineering them to respond predictably and in ways beyond those that evolution has explored, through the use of controllable synthetic gene circuits. Ragland et al. describe how precise…

Genome complexity in multicellular organisms is often associated with repetitive sequences from Transposable Elements (TEs). TE function, importance for genome integrity, and dispensability have not been completely characterized.  In prokaryotes and simple eukaryotes, genome synthesis (production of…

All organisms need nitrogen to produce nucleic and amino acids, but nitrogen-limitation is common for many plants. Although nitrogen is very abundant in the atmosphere, most is inaccessible due to the triple bond that renders N2 relatively inert. Tremendous crop yields in recent decades are attributable…

Insect sex pheromones, volatile molecules used to attract mates, are used commercially to disrupt breeding behavior of insect pests and can be a good alternative to harmful pesticides. These pheromones have been produced in plants at a low amount and shown to be released as volatiles, but their production…

The vertebrate adaptive immune system is truly an evolutionary marvel. With its ability to mix-and-match segments of immunoglobulin genes, a nearly unlimited diversity of antigens can be recognized. Plants lack this ability, greatly limiting the number of antigens (and pathogens) any individual can recognize.…

Synthetic genetic circuits offer a promising method to achieve beneficial changes in plant phenotypic traits. By combining different activator or repressor transcription factors (TFs) , the expression of target genes may be fine-tuned according to Boolean operations. Here, Brophy et al. describe a method…

Synthetic biology aims to engineer and redesign components of natural organisms for useful purposes.  One of the most prolific areas of synthetic biology is based on the engineering of photoreactive proteins with signaling potential, such as photoreceptors. Natural photoreceptors consist of a prosthetic…