ALT Recent research suggests that the famous case study of peppered moth evolution has a new twist: their intriguing coloration changes are driven by RNA molecules that don’t code for proteins. Just how common such cases are remains the subject of debate.
Image credit: Shutterstock/IanRedding.
ALT Two pink flowers grow in a patch of grass. Only in recent years have researchers discovered that noncoding RNAs have a significant role in the evolution of the oft-studied plant model system, monkeyflowers.
Image credit: Science Source/Stuart Wilson.
ALT Four peppered moths on a rock. Recent research suggests that the famous case study of peppered moth evolution has a new twist: their intriguing coloration changes are driven by RNA molecules that don’t code for proteins. How common these cases are is still up for debate. Image credit: Shutterstock/IanRedding.
Pleasure to speak at the #APSA 2024 Spring Research Seminar on our lab’s project on linc00152 #longnoncodingRNA in glioblastoma and share some insight into the #TURBOID proximal proteomics approach we’re utilizing to find RNA-protein interactions @A_P_S_A@UABSOM_APSA