1. 1️⃣ Prelims
  2. 💪C3. Genetic Control of Protein Synthesis

2. DNA code to RNA code (Transcription)

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Subdecks (6)

  • 2.6 Ribosome Protein Formation

    🩺 Medical Physiology > Lecture 📖 > 1️⃣ Prelims > 💪C3. Genetic Control of Protein Synthesis > 2. DNA code to RNA code (Transcription)
    24 cards
  • 2.5 miRNA and siRNA

    🩺 Medical Physiology > Lecture 📖 > 1️⃣ Prelims > 💪C3. Genetic Control of Protein Synthesis > 2. DNA code to RNA code (Transcription)
    20 cards
  • 2.4 Ribosomal RNA

    🩺 Medical Physiology > Lecture 📖 > 1️⃣ Prelims > 💪C3. Genetic Control of Protein Synthesis > 2. DNA code to RNA code (Transcription)
    23 cards
  • 2.3 mRNA and tRNA

    🩺 Medical Physiology > Lecture 📖 > 1️⃣ Prelims > 💪C3. Genetic Control of Protein Synthesis > 2. DNA code to RNA code (Transcription)
    18 cards
  • 2.2 Assembly of RNA chain from Activated Nucelotides

    🩺 Medical Physiology > Lecture 📖 > 1️⃣ Prelims > 💪C3. Genetic Control of Protein Synthesis > 2. DNA code to RNA code (Transcription)
    28 cards
  • 2.1 RNA is synthesized from DNA

    🩺 Medical Physiology > Lecture 📖 > 1️⃣ Prelims > 💪C3. Genetic Control of Protein Synthesis > 2. DNA code to RNA code (Transcription)
    17 cards