Nucleic Acids and Proteins
Android app by StudyZoom. Education · StudyZoom
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- Unknown
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- Unknown
- Download price
- Free to download
- In-app purchases
- Listed by the store
- Version
- 1.3
- Listing last refreshed
- 2026-09-11
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Store description excerpt
📘 Nucleic Acids and Proteins (2025–2026 Edition) Nucleic Acids & Proteins (2025–2026 Edition) is a comprehensive & research-oriented mobile app for Biochemistry, Molecular Biology, Biotechnology, Life Sciences, & Biomedical students. It provides full syllabus coverage, MCQs, quizzes, & analytical tools for exam preparation, lab research, & advanced studies. The book emphasizes biomolecular structure, function, interaction, enzymology, & applications in biotechnology & medicine. 🧬 Unit 1: Introduction to Macromolecules • Overview of biomolecules: proteins & nucleic acids • Chemical composition & bonding in macromolecules • Types of non-covalent interactions in biomolecules • Hydrophobic effect & macromolecular assembly • Covalent vs. non-covalent stabilization • Biological functions of proteins & nucleic acids 🧪 Unit 2: Nucleotides & Nucleic Acid Structure • Structure and classification of nucleotides • Nucleosides vs. nucleotides: structural differences • DNA and RNA components: purines & pyrimidines • Sugar–phosphate backbone & phosphodiester bonds • Double helix models (A, B, Z forms) 🧫 Unit 3: DNA Replication & Repair Mechanisms • DNA polymerases & processivity • Origin of replication & initiation mechanisms • Leading vs lagging strand synthesis • Replication fork dynamics & helicase function • Proofreading & mismatch repair 🔬 Unit 4: Transcription & RNA Processing • RNA polymerase structure & function • Promoters, enhancers, & transcription factors • Initiation, elongation, & termination in transcription • mRNA capping, polyadenylation, & splicing • Types of RNA: mRNA, tRNA, rRNA, snRNA, miRNA, siRNA 🧾 Unit 5: Genetic Code & Translation • The triplet codon system & start-stop codons • Wobble base pairing & codon usage • Structure & charging of tRNA • Ribosome structure: prokaryotic vs eukaryotic • Translation initiation, elongation, & termination 📊 Unit 6: Amino Acids & Peptides • Classification of amino acids based on side chains • Acid-base properties & isoelectric points • Peptide bond formation & resonance structures • Essential vs. non-essential amino acids • Non-proteinogenic amino acids & derivatives 🧬 Unit 7: Protein Structure & Folding • Primary, secondary, tertiary, & quaternary structure • α-helices, β-sheets, loops, & turns • Protein folding pathways & intermediates • Role of chaperones & folding enzymes • Structural motifs & domains 🧪 Unit 8: Enzyme Structure & Catalysis • General properties of enzymes • Active sites & substrate binding • Enzyme kinetics: Michaelis–Menten & Lineweaver–Burk • Catalytic mechanisms (acid-base, covalent, metal ion) 🧫 Unit 9: Protein–Nucleic Acid Interactions • DNA-binding motifs (zinc fingers, leucine zippers, helix-turn-helix) • Protein recognition of specific DNA sequences • RNA-binding domains & RNA–protein complexes • Transcription factors & gene regulation • CRISPR-Ca
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