k Misfolded RNA from tetrahymena ribozyme, molecular model Misfolded RNA ribonucleic acid from tetrahymena ribozyme, molecular model. The requirement that RNAs fold into their functional threedimensional structures introduces what is termed the RNA folding problem, analogous to the protein folding problem. The tetrahymena group I intron has been a key system in the understanding of RNA folding and misfolding., by LAGUNA DESIGNSCIENCE PHOTO LIBRARY Stock Photo - Afloimages
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Misfolded RNA from tetrahymena ribozyme, molecular model Misfolded RNA  ribonucleic acid  from tetrahymena ribozyme, molecular model. The requirement that RNAs fold into their functional three dimensional structures introduces what is termed the  RNA folding problem , analogous to the  protein folding problem . The tetrahymena group I intron has been a key system in the understanding of RNA folding and misfolding., by LAGUNA DESIGN SCIENCE PHOTO LIBRARY
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Misfolded RNA from tetrahymena ribozyme, molecular model

Misfolded RNA (ribonucleic acid) from tetrahymena ribozyme, molecular model. The requirement that RNAs fold into their functional three-dimensional structures introduces what is termed the 'RNA folding problem', analogous to the 'protein folding problem'. The tetrahymena group I intron has been a key system in the understanding of RNA folding and misfolding., by LAGUNA DESIGN/SCIENCE PHOTO LIBRARY

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