Cancer RNome: Nature & Evolution

<p>1.&nbsp; &nbsp; Section 1. RNome: Evolution and nature.- Chapter.&nbsp;1.1.&nbsp; RNA world hypothesis.-&nbsp;Chapter.1.2.&nbsp;Various classes of RNAs (coding as well non-coding), their biosynthesis and basic functions.-&nbsp;2.&nbsp; &nbsp; &nbsp;&nbsp;Section 2. Cellular RNome: Chromatin dynamics.-&nbsp;Chapter.&nbsp;2.1.&nbsp; Chromatin modifications & transcription.-&nbsp;Chapter.&nbsp;2.2. RNA modifications and epitranscriptomics.-&nbsp;Chapter.&nbsp;2.3. Cellular RNome: Contribution of non-coding RNA.-&nbsp;3.&nbsp; &nbsp; &nbsp;Section 3. Cancer RNome: Evolution and Sustenance.(How is cancer RNome different from RNome of healthy cell?&nbsp;How does the cancer RNome regulate the evolution as well as the sustenance of cancer?).-&nbsp;Chapter.&nbsp;3.1.&nbsp; Genome instability and mutation.-&nbsp;Chapter.&nbsp;3.2.&nbsp; Tumor-promoting inflammation.-&nbsp;Chapter.&nbsp;3.3.&nbsp; DNA methylation addiction.-&nbsp;Chapter.&nbsp;3.4.&nbsp; Oncoviruses.-&nbsp;Chapter.&nbsp;3.5.&nbsp; Sustained proliferative signaling.-&nbsp;Chapter.&nbsp;3.6.&nbsp; Evasion of growth suppressors.-&nbsp;Chapter.&nbsp;3.7.&nbsp; Replicative immortality.-&nbsp;Chapter.&nbsp;3.8.&nbsp; Resisting Cell death.- Chapter.&nbsp;3.9.&nbsp; Invasion and metastasis.- Chapter.&nbsp;3.10.&nbsp;&nbsp;&nbsp;&nbsp; Angiogenesis induction.-Chapter.&nbsp;3.11.&nbsp;&nbsp;&nbsp;&nbsp; Deregulated cellular energetics/Molecular sweet tooth.- Chapter.&nbsp;3.12.&nbsp;&nbsp;&nbsp;&nbsp; Tumor Immune-evasion.- Chapter.&nbsp;3.13.&nbsp;&nbsp;&nbsp;&nbsp; Cancer stem cells and tumor cell plasticity.-&nbsp;4.&nbsp; &nbsp; &nbsp;Section 4. Cancer RNome: Therapeutic implications(Translational implications of the cancer RNome).&nbsp;Chapter.&nbsp;4.1.&nbsp; RNAs as diagnostic/prognostic biomarkers.-&nbsp;Chapter. 4.2.&nbsp;RNAs in cancer therapy & chemo-resistance.</p>