Synthetic biology is transforming conservation by merging biology and engineering to create innovative solutions for protecting our planet’s biodiversity. This approach offers new methods to tackle environmental challenges and support endangered species. Understanding Synthetic Biology Synthetic biology involves designing and constructing new biological parts, devices, and systems, or redesigning existing ones for useful purposes. By ...
In a landmark move for reproductive biology, researchers have grown the most advanced artificial amniotic sacs yet developed in a lab raising basic questions regarding the future of pregnancy science and treatment for infertility. The sacs filled with liquid, grown from stem cells, mimic the natural protective shell that surrounds an embryo developing, providing scientists ...
Hidden deep within each living cell, there is an unseen battle that ensues not among microbes or viruses, but among metal ions battling for supremacy. Zinc, copper, manganese, and other transition metals compete over binding sites within proteins, each competing for authority over life’s vital chemical reactions. Scientists have long been aware that cells jealously ...
Buried deep within European museum archives, amidst thousands of mounted insects, was a secret that had the potential to rechart our definition of biodiversity in one of the most imperiled ecosystems on Earth. Researchers from the Museum für Naturkunde Berlin have discovered 40 previously unknown moth species in the Philippines, all entirely new to science. ...
Plankton are an array of tiny organisms that drift in water bodies, serving as a vital component of aquatic ecosystems. Despite their minuscule size, they play a disproportionally significant role in the marine food chain. The collective power of plankton is pivotal not only for marine life but also for global ecological balance and climate ...
Jen Fitschen, Author, BSc Computer Science and Oceanography
