Key Early Steps for Origin of Life Occur Under a Variety of ConditionsJuly 10, 2019 / Written by: Matthew Carroll
Scientists conducted a series of test meant to capture complex chemical mixtures like those that lightning strikes may have created before life on Earth. The resulting chemistry may reveal an important step toward the origin of life. Image: Pixabay / AbelEscobar
UNIVERSITY PARK, Pa. — Potential precursors to life on Earth form from a variety of complex mixtures, according to a team of scientists who say this could point to the development of building blocks crucial to forming genetic molecules for the origins of life on Earth.
Genetic molecules provide the ability to store and replicate information and may have been critical for the origin of life, but it is unclear how they arose from complex chemical environments that existed on early Earth. New findings, published this week in the journal Scientific Reports, suggest the answer may start with nitrogen heterocycles, ringed molecules believed to be common on young Earth and elsewhere in the solar system. Several types of heterocycles serve as nucleobases, or subunits, of DNA and RNA, the genetic molecules used by life as we know it.
Read the full article on PENN State News.
Source: [PENN State News]
- Alternative Earths
- Drilling for Rock-Powered Life
- Imagining a Living Universe
- Workshops Without Walls: Astrovirology
- Rutgers Researchers Identify the Origins of Metabolism
- Ramparts Discovered Around Titan Lakes
- Interdisciplinary Consortia for Astrobiology Research (ICAR) Schedule Update
- AbGradCon 2019
- Scientists Discover a New Method for Exploring Europa’s Extraterrestrial Ocean
- GSFC Summer Research Associate 2019 Presentations