Kathy Liu is associated with Department of Biochemistry and Biophysics, University of Pennsylvania Perelman School of Medicine.

• Section 1: RNA enzymes in transcription, RNA processing, and translation regulation1. RNA transcriptase in gene expression regulationJessie Yan Zhang2. Enzymes Involved in Ribosome Biogenesis and Translation RegulationDmitri N Ermolenko3. In Vitro Transcriptase: Methods for Studying RNA SynthesisLijun ZhouSection 2: RNA Enzymes in RNA Silencing and Regulation4. RNA Silencing Machinery: Mechanisms of RISC and MicroRNA RegulationAlicia RogersSection 3: Enzymes in RNA-Based Therapeutics5. Antisense Oligonucleotides (ASOs) and RNase H: Mechanisms and ApplicationsKathy Liu6. RNA Enzymes in Targeted Therapeutics: From Bench to BedsideYuru WangSection 4: Enzymes in RNA Sequencing and Analysis7. Enzymes in High-Throughput RNA Sequencing: Applications and ChallengesYaming HouSection 5: Advanced Techniques and Future Directions8. Innovative Methods for the Study of RNA EnzymesHuiqing Zhou9. Emerging RNA sequencing methodsJia Sheng10. RNA Enzymes in Disease Mechanisms and TherapeuticsMike Kearse

Kathy Liu is associated with Department of Biochemistry and Biophysics, University of Pennsylvania Perelman School of Medicine.

• Section 1: RNA enzymes in transcription, RNA processing, and translation regulation1. RNA transcriptase in gene expression regulationJessie Yan Zhang2. Enzymes Involved in Ribosome Biogenesis and Translation RegulationDmitri N Ermolenko3. In Vitro Transcriptase: Methods for Studying RNA SynthesisLijun ZhouSection 2: RNA Enzymes in RNA Silencing and Regulation4. RNA Silencing Machinery: Mechanisms of RISC and MicroRNA RegulationAlicia RogersSection 3: Enzymes in RNA-Based Therapeutics5. Antisense Oligonucleotides (ASOs) and RNase H: Mechanisms and ApplicationsKathy Liu6. RNA Enzymes in Targeted Therapeutics: From Bench to BedsideYuru WangSection 4: Enzymes in RNA Sequencing and Analysis7. Enzymes in High-Throughput RNA Sequencing: Applications and ChallengesYaming HouSection 5: Advanced Techniques and Future Directions8. Innovative Methods for the Study of RNA EnzymesHuiqing Zhou9. Emerging RNA sequencing methodsJia Sheng10. RNA Enzymes in Disease Mechanisms and TherapeuticsMike Kearse

Kathy Liu is associated with Department of Biochemistry and Biophysics, University of Pennsylvania Perelman School of Medicine.

• Section 1: RNA enzymes in transcription, RNA processing, and translation regulation1. RNA transcriptase in gene expression regulationJessie Yan Zhang2. Enzymes Involved in Ribosome Biogenesis and Translation RegulationDmitri N Ermolenko3. In Vitro Transcriptase: Methods for Studying RNA SynthesisLijun ZhouSection 2: RNA Enzymes in RNA Silencing and Regulation4. RNA Silencing Machinery: Mechanisms of RISC and MicroRNA RegulationAlicia RogersSection 3: Enzymes in RNA-Based Therapeutics5. Antisense Oligonucleotides (ASOs) and RNase H: Mechanisms and ApplicationsKathy Liu6. RNA Enzymes in Targeted Therapeutics: From Bench to BedsideYuru WangSection 4: Enzymes in RNA Sequencing and Analysis7. Enzymes in High-Throughput RNA Sequencing: Applications and ChallengesYaming HouSection 5: Advanced Techniques and Future Directions8. Innovative Methods for the Study of RNA EnzymesHuiqing Zhou9. Emerging RNA sequencing methodsJia Sheng10. RNA Enzymes in Disease Mechanisms and TherapeuticsMike Kearse