Colorful Heliconius butterflies grace the tropics with their beautiful wide wings. Their survival depends on more features than what simply resides in their physical bodies. The challenge is trying to explain the origins of the way their body parts not only mesh perfectly with each other, but also with their butterfly behavior.

Scientists have known for several years that the human genome is pervasively copied into various RNA molecules (transcripts), although scientists have been unsure about what much of it actually does. New research shows that about 10 percent of the genome encodes a newly characterized type of regulatory molecules called "vlincRNA."¹

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

Secular scientists have uncovered new evidence indicating the Martian crust may be a lot younger than they previously thought. Unfortunately, they haven't come up with a date based on factual data, but are still relying on dates based on unfounded evolutionary assumptions.

The onset of pregnancy presents an apparent contradiction. Ovulating and initially pregnant mothers experience an increase in progesterone. On the one hand, this hormone signals the immune system to back down and lay low. That's critical, because otherwise her body would fight and kill sperm cells as though they were unwelcome invaders, and she would never become pregnant.