subject area of
- 3-DIMENSIONAL MODEL OF THE ACTIVE-SITE OF THE SELF-SPLICING RIBOSOMAL-RNA PRECURSOR OF TETRAHYMENA Journal Article
- AUTOCATALYTIC CYCLIZATION OF AN EXCISED INTERVENING SEQUENCE RNA IS A CLEAVAGE LIGATION REACTION Journal Article
- BIOLOGICAL CATALYSIS BY RNA Journal Article
- INVITRO SPLICING OF THE RIBOSOMAL-RNA PRECURSOR IN NUCLEI OF TETRAHYMENA Journal Article
- INVITRO SPLICING OF THE RIBOSOMAL-RNA PRECURSOR OF TETRAHYMENA - INVOLVEMENT OF A GUANOSINE NUCLEOTIDE IN THE EXCISION OF THE INTERVENING SEQUENCE Journal Article
- MECHANISM OF RECOGNITION OF THE 5' SPLICE SITE IN SELF-SPLICING GROUP-I INTRONS Journal Article
- NEW REACTIONS OF THE RIBOSOMAL-RNA PRECURSOR OF TETRAHYMENA AND THE MECHANISM OF SELF-SPLICING Journal Article
- OLIGOMERIZATION OF INTERVENING SEQUENCE RNA MOLECULES IN THE ABSENCE OF PROTEINS Journal Article
- REVERSIBILITY OF CYCLIZATION OF THE TETRAHYMENA RIBOSOMAL-RNA INTERVENING SEQUENCE - IMPLICATION FOR THE MECHANISM OF SPLICE SITE CHOICE Journal Article
- RIBOZYME INHIBITORS - DEOXYGUANOSINE AND DIDEOXYGUANOSINE ARE COMPETITIVE INHIBITORS OF SELF-SPLICING OF THE TETRAHYMENA RIBOSOMAL RIBONUCLEIC-ACID PRECURSOR Journal Article
- ROLE OF CONSERVED SEQUENCE ELEMENT-9L AND ELEMENT-2 IN SELF-SPLICING OF THE TETRAHYMENA RIBOSOMAL-RNA PRECURSOR Journal Article
- SECONDARY STRUCTURE OF THE CIRCULAR FORM OF THE TETRAHYMENA RIBOSOMAL-RNA INTERVENING SEQUENCE - A TECHNIQUE FOR RNA STRUCTURE-ANALYSIS USING CHEMICAL PROBES AND REVERSE-TRANSCRIPTASE Journal Article
- SITES OF CIRCULARIZATION OF THE TETRAHYMENA RIBOSOMAL-RNA IVS ARE DETERMINED BY SEQUENCE AND INFLUENCED BY POSITION AND SECONDARY STRUCTURE Journal Article
- SPECIFIC INTERACTION BETWEEN THE SELF-SPLICING RNA OF TETRAHYMENA AND ITS GUANOSINE SUBSTRATE - IMPLICATIONS FOR BIOLOGICAL CATALYSIS BY RNA Journal Article
- THE INTERVENING SEQUENCE OF THE RIBOSOMAL-RNA PRECURSOR IS CONVERTED TO A CIRCULAR RNA IN ISOLATED-NUCLEI OF TETRAHYMENA Journal Article
- Use of T4 RNA ligase to construct model substrates for a ribosomal RNA maturation endonuclease. Journal Article