A recently published study in the epigenetic modification of DNA regions similar among humans and three different apes not only provided a completely mixed up picture of evolution, but one that was entirely backwards.¹

Pseudogenes were once thought to be nothing but genomic fossils—the remnants of broken genes. Now they are being shown to be highly functional and critical to life processes in the cell.¹

Researchers have just documented how plants use underground fungal networks to warn neighboring plants of impending insect attack, uniquely illustrating the complex and highly designed interconnected cooperation found in nature.

Researchers have just identified over 12,000 novel DNA sequences in the human genome, most of them in areas once thought to be "Junk DNA."¹ These newly discovered DNA sequences, called "translation-enhancing elements," jumpstart protein production in certain situations and provide a whole new perspective on how proteins are produced in the cell.

A new study came out showing how plants utilize an efficient form of mathematics to precisely calculate how much starch to consume as food during the night.¹