ribozymes การใช้

• Some transcripts act as ribozymes and self-regulate their expression.
• Ribozymes can be designed to destroy RNA molecules with specific sequences.
• Already there are hammerhead ribozymes which are close to clinical application.
• Ribozymes are catalytic RNA molecules used to inhibit gene expression.
• VS ribozymes have nothing in common with other nucleolytic ribozymes.
• VS ribozymes have nothing in common with other nucleolytic ribozymes.
• The twister sister ribozyme has a possible structural similarity to twister ribozymes.
• Such RNA structures would then be candidates as self-cleaving ribozymes.
• Lower eukaryotes and a few bacteria contain group I and group II ribozymes.
• Ribozymes are a small piece of synthetic RNA which can digest RNA molecules.
• At the time of the hypercycle theory formulation, ribozymes were not known.
• Similarly to hammerhead ribozymes, some eukaryotes contain large numbers of twister ribozymes.
• Similarly to hammerhead ribozymes, some eukaryotes contain large numbers of twister ribozymes.
• The nearby elements also include twister and hammerhead ribozymes.
• It is now possible to make ribozymes that will specifically cleave any RNA molecule.
• Many ribozymes also feature stem-loop structures.
• Ligase ribozymes may have been part of such a pre-biotic RNA world.
• These mechanisms generally involve the use of siRNA, antisense oligonucleotides, and ribozymes.
• Like many protein enzymes metal binding is also critical to the function of many ribozymes.
• Several types of ribozyme motifs exist, including group II, and RNase P ribozymes.