eLS

eLS

Online ISBN: 9780470015902

DOI: 10.1002/047001590X

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  1. Biochemistry
  2. Bioethics & Philosophy
  3. Cell Biology
  4. Developmental Biology
  5. Ecology
  6. Evolution & Diversity of Life
  7. Genetics & Disease
  8. Immunology
  9. Microbiology
  10. Molecular Biology
    1. Chromosomes and Chromatin Modifications
    2. Computational Molecular Biology
    3. DNA Damage and Repair
    4. DNA Structure and function
      1. Agrobacterium tumefaciens-mediated Transformation of Plant Cells
      2. Alternative Promoter Usage
      3. Apolipoprotein Gene Structure and Function
      4. Bacillus subtilis as a Model for Bacterial Systems Biology
      5. Bacterial DNA Polymerase I
      6. Bacterial Primosome
      7. Bacterial Replication Fork: Synthesis of Lagging Strand
      8. You have free access to this content
        Bacterial Transcription Regulation
      9. Base Composition Patterns
      10. Base Flipping
      11. Base Pairing in DNA: Unusual Patterns
      12. Basepair (bp)
      13. Blocks of Limited Haplotype Diversity
      14. Caenorhabditis elegans Genome Project
      15. Cancer Cytogenetics
      16. Cell Death in C. elegans
      17. Centromeres
      18. Centromeres
      19. Centromeric Sequences and Sequence Structures
      20. Checkpoints in the Cell Cycle
      21. Chromatin Diminution
      22. Chromatin Structure and Modification: Defects
      23. Chromosomal Bands and Sequence Features
      24. Chromosomal Genetic Disease: Structural Aberrations
      25. Chromosome 22: Sequencing
      26. Chromosome Condensation and Cohesion
      27. Chromosome Function: Sex Differences
      28. Chromosome Mechanics
      29. You have free access to this content
        Chromosome Preparation and Banding
      30. Chromosome Structure
      31. Chromosome X
      32. Chromosome X: General Features
      33. Chromosome Y
      34. Chromosome-specific Repeats (Low-copy Repeats)
      35. Chromosomes and Chromatin
      36. Chromosomes: Noncoding DNA (Including Satellite DNA)
      37. Chromosomes: Nonhistone Proteins
      38. Chromothripsis and Human Genetic Disease
      39. Clustering of Highly Expressed Genes in the Human Genome
      40. Comparative Chromosome Mapping: Rodent Models
      41. Comparative Cytogenetics Technologies
      42. Comparing the Human and Fish Genomes
      43. Contig Assembly
      44. Cot Analysis: Single-copy versus Repetitive DNA
      45. Cre–lox-Inducible Gene Targeting
      46. Crystallisation of Nucleic Acids
      47. Developmentally Programmed DNA Rearrangements
      48. DNA Chemical Instability
      49. DNA Chip Revolution
      50. DNA Cloning
      51. DNA Coiling and Unwinding
      52. DNA Looping and Transcription Regulation
      53. DNA Mechanics and Statistical Mechanics
      54. DNA Methylation
      55. DNA Methylation and Histone Acetylation
      56. DNA Methylation and Mutation
      57. DNA Methylation: Enzymology
      58. DNA Packaging in Sperm
      59. DNA Polymerase Fidelity Mechanisms
      60. DNA Polymerases: Eukaryotic
      61. You have free access to this content
        DNA Profiling in Forensic Science
      62. You have free access to this content
        DNA Replication
      63. You have free access to this content
        DNA Replication Fidelity
      64. DNA Replication Origins
      65. DNA Replication: Mammalian
      66. DNA Replication: Prokaryotes and Yeast
      67. DNA Sequencing
      68. DNA Structure
      69. DNA Structure Changes Coupled to Protein Binding
      70. DNA Structure: A-, B- and Z-DNA Helix Families
      71. DNA Structure: Sequence Effects
      72. DNA Topology: Fundamentals
      73. DNA Topology: Supercoiling and Linking
      74. DNA Transposition: Classes and Mechanisms
      75. DNA: Mechanical Breakage
      76. DNA: Methods for Preparation
      77. DNA/RNA Flexibility
      78. Electrophoresis and Blotting of DNA
      79. Enhancers
      80. Environmental Carcinogens and Mutagens
      81. You have free access to this content
        Escherichia coli Lactose Operon
      82. Eukaryotic Chromosomes
      83. Eukaryotic DNA Polymerases
      84. Eukaryotic Recombination: Initiation by Double-strand Breaks
      85. Eukaryotic Replication Fork
      86. Eukaryotic Replication Origins and Initiation of DNA Replication
      87. Eukaryotic Replication Protein A
      88. Evolution of Human Retrosequences: Alu
      89. Evolution of Microsatellite DNA
      90. Exonic Splicing Enhancers
      91. Exonucleases
      92. Expression Studies
      93. Fragile Sites
      94. Functional Constraint and Molecular Evolution
      95. Gene Conversion
      96. Gene Distribution in Human Chromosomes
      97. Gene Duplication and Redundancy
      98. Gene Expression in Yeast
      99. Gene Families
      100. You have free access to this content
        Gene Silencing in Development (Drosophila)
      101. You have free access to this content
        Gene Structure and Organization
      102. Gene Synthesis for Protein Production
      103. Gene Targeting by Homologous Recombination
      104. Genes: Definition and Structure
      105. Genes: Types
      106. Genetic and Physical Map Correlation
      107. Genetic Code: Introduction
      108. Genetic Engineering: Reporter Genes
      109. Genetic Mapping: Comparison of Direct and Indirect Approaches
      110. Genetic Maps: Direct Meiotic Analysis
      111. Genetic Maps: Integration
      112. Genetic Networks
      113. Genome Organisation and Chromosome Architecture from Interphase to Metaphase
      114. Genome Organization of Vertebrates
      115. Genome Sequence Analysis
      116. Genome Size
      117. Genomic DNA: Purification
      118. Genomics, Pharmacogenetics and Proteomics: An Integration
      119. Hidden Markov Models
      120. Histidine Triad (HIT) Superfamily
      121. Histone Acetylation: Long-range Patterns in the Genome
      122. Histones
      123. Histones: Gene Organisation and Post-translational Modification
      124. HMG Domain Superfamily of DNA-bending Proteins: HMG, UBF, TCF, LEF, SOX, SRY and Related Proteins
      125. Homologous DNA Interactions in Interphase: Spatial Organization of Interphase Nucleus
      126. Homologous Genetic Recombination during Bacterial Conjugation
      127. Homologous Genetic Recombination in Eukaryotes
      128. Human Chromosome Evolution
      129. Human Chromosomes
      130. Human Genome Variation Society
      131. Human Genome: Draft Sequence
      132. Human Topoisomerase I Inhibitors
      133. You have free access to this content
        Immunoglobulin Gene Construction: Human
      134. Immunoglobulin Gene Rearrangements
      135. Immunoglobulin Genes
      136. Imprinting (Mammals)
      137. Integrase Class Site-specific Recombinases
      138. Intragenomic Conflict
      139. Intron Homing
      140. Intronless Genes
      141. Introns: Group I Structure and Function
      142. Kilobase Pair (kbp)
      143. L Isochore Map: Gene-poor Isochores
      144. Ligation: Theory and Practice
      145. Linkage and Crossing over
      146. Long Interspersed Nuclear Elements (LINEs)
      147. Loss of Heterozygosity
      148. Macromolecular Interactions: Aptamers
      149. Magnetic Tweezers
      150. Mammalian Artificial Chromosomes (MACs)
      151. Matrix-associated Regions (MARs) and Scaffold Attachment Regions (SARs)
      152. Mechanism of Single-Stranded DNA Transposition: A Structural Perspective
      153. You have free access to this content
        Mechanisms of X-inactivation
      154. Megabase Pair (Mbp)
      155. Megasatellite DNA
      156. Meiosis
      157. Meiotic Recombination Pathways
      158. The Meselson–Stahl Experiment
      159. Methylated DNA-binding Proteins
      160. Microarrays: Use in Gene Identification
      161. Microdeletions and Microduplications: Mechanism
      162. Microsatellite Instability
      163. Microsatellites
      164. Minigenes
      165. Minisatellites
      166. Mitochondrial DNA and Diseases
      167. Mitosis: Chromosomal Rearrangements
      168. You have free access to this content
        Molecular Biology: The Central Dogma
      169. Mutagenesis
      170. Mutagenesis Mechanisms
      171. Mutagenesis: Site-Specific
      172. Mutation Rate of Non-CpG DNA
      173. Mutations and the Genetic Code
      174. Negative Regulatory Elements (NREs)
      175. Neurospora Genetics
      176. Non-B DNA Structure and Mutations Causing Human Genetic Disease
      177. Nonprotein-coding Genes
      178. Nuclear Receptor Genes
      179. Nucleases
      180. You have free access to this content
        Nucleic Acid Backbone Structure Variations: Peptide Nucleic Acids
      181. You have free access to this content
        Nucleic Acids as Genetic Material
      182. Nucleic Acids: General Properties
      183. Nucleic Acids: Hybridisation
      184. Nucleic Acids: Subtractive Hybridization
      185. Nucleic Acids: Thermal Stability and Denaturation
      186. Nucleolus: Structure and Function
      187. Nucleosomes: Detailed Structure and Mutations
      188. Nucleosomes: Structure and Function
      189. Nucleotides: Structure and Properties
      190. Nucleotides: Uncommon, Modified and Synthetic
      191. Olfactory Receptors
      192. You have free access to this content
        Oncogenes
      193. Oxidative Phosphorylation System: Nuclear Genes and Genetic Disease
      194. Paramutation in Plants
      195. Plant Centromeres
      196. Plant Nuclear Genome Composition
      197. Plasmids
      198. Polyploidy
      199. You have free access to this content
        Polytene Chromosomes
      200. Position Effect Variegation in Human Genetic Disease
      201. Primary Protein and Nucleic Acid Three-dimensional Structure Databases
      202. Primer Walking
      203. Prokaryotic DNA-binding Proteins
      204. Prokaryotic Replication Origins: Structure and Function in the Initiation of DNA Replication
      205. Promoter Haplotypes and Gene Expression
      206. Promoters
      207. Protein Coding
      208. Protein Domain Fusion
      209. Protein-Coding Segments: Evolution of Exon–Intron Gene Structure
      210. Protein–DNA Complexes: Nonspecific
      211. Protein–DNA Complexes: Specific
      212. Protein–DNA Interactions: Polyelectrolyte Effects
      213. Protein–DNA Interactions: Structure and Energetics
      214. Protein–Nucleic Acid Interaction: Major Groove Recognition Determinants
      215. Pseudoautosomal Inheritance
      216. Pseudogenes and Their Evolution
      217. Pulsed-field Gel Electrophoresis
      218. Rad51 and Eukaryotic Recombination Proteins
      219. RecA Protein
      220. RecBCD Helicase/Nuclease
      221. Repetitive DNA: Evolution
      222. Repetitive Elements: Bioinformatic Identification, Classification and Analysis
      223. Repression Mechanism
      224. Restriction Enzymes
      225. Retrotransposons and Human Disease
      226. Retroviral Repeat Sequences
      227. Retroviruses in Human Gene Therapy
      228. RNA Gene Prediction
      229. RNA–DNA Molecules
      230. The Role of Insulators in Genome Organization and Gene Expression
      231. Sequence Accuracy and Verification
      232. Sequence Finishing
      233. Sequence Finishing on New Platforms
      234. Short DNA Sequence Repeats
      235. Short Interspersed Elements (SINEs)
      236. Shotgunning the Human Genome: A Personal View
      237. Simple Repeats
      238. Single Nucleotide Polymorphism (SNP)
      239. Single Nucleotide Polymorphisms (SNPs): Identification and Scoring
      240. Single-stranded DNA-binding Proteins
      241. Site-specific Recombination
      242. Site-specific Recombination in Chromosome Function
      243. Site-specific Recombination: Uses in Biotechnology
      244. Small-molecule Inhibitors of DNA Base Excision Repair
      245. Somatic Hypermutation in Antibody Evolution
      246. Splice Sites
      247. Synchronous and Asynchronous Replication
      248. Systems Biology: Genomics Aspects
      249. Telomerase: Structure and Function
      250. Telomere
      251. Telomere Dysfunction in Human Genetic Disease
      252. Telomeres
      253. Telomeres in Cell Function: Cancer and Ageing
      254. Telomeres: Protection and Maintenance
      255. Telomeric and Subtelomeric Repeat Sequences
      256. Termination of Replication in Bacteria
      257. The Gene Content of Mammalian and Avian Sex Chromosomes
      258. The World of SET-Containing Lysine Methyltransferases
      259. Tissue-specific Locus Control: Structure and Function
      260. Topoisomerases
      261. Transcription Activation at Bacterial Promoters
      262. Transcription Factors
      263. Transposases and Integrases
      264. Transposons
      265. Transposons as Natural and Experimental Mutagens
      266. Transposons: Eukaryotic
      267. Transposons: Prokaryotic
      268. Two-hybrid and Related Systems
      269. Universal Genetic Code and its Natural Variations
      270. You have free access to this content
        Watson–Crick Base Pairs and Nucleic Acids Stability
      271. X and Y Chromosomes: Homologous Regions
      272. X-Chromosome Inactivation
      273. X-chromosome Inactivation
      274. Y Chromosome
      275. Y-chromosome-linked Traits
      276. Zinc-finger Genes
      277. Agrobacterium tumefaciens-mediated Transformation of Plant Cells
      278. Alternative Promoter Usage
      279. Apolipoprotein Gene Structure and Function
      280. Bacillus subtilis as a Model for Bacterial Systems Biology
      281. Bacterial DNA Polymerase I
      282. Bacterial Primosome
      283. Bacterial Replication Fork: Synthesis of Lagging Strand
      284. You have free access to this content
        Bacterial Transcription Regulation
      285. Base Composition Patterns
      286. Base Flipping
      287. Base Pairing in DNA: Unusual Patterns
      288. Basepair (bp)
      289. Blocks of Limited Haplotype Diversity
      290. Caenorhabditis elegans Genome Project
      291. Cancer Cytogenetics
      292. Cell Death in C. elegans
      293. Centromeres
      294. Centromeres
      295. Centromeric Sequences and Sequence Structures
      296. Checkpoints in the Cell Cycle
      297. Chromatin Diminution
      298. Chromatin Structure and Modification: Defects
      299. Chromosomal Bands and Sequence Features
      300. Chromosomal Genetic Disease: Structural Aberrations
      301. Chromosome 22: Sequencing
      302. Chromosome Condensation and Cohesion
      303. Chromosome Function: Sex Differences
      304. Chromosome Mechanics
      305. You have free access to this content
        Chromosome Preparation and Banding
      306. Chromosome Structure
      307. Chromosome X
      308. Chromosome X: General Features
      309. Chromosome Y
      310. Chromosome-specific Repeats (Low-copy Repeats)
      311. Chromosomes and Chromatin
      312. Chromosomes: Noncoding DNA (Including Satellite DNA)
      313. Chromosomes: Nonhistone Proteins
      314. Chromothripsis and Human Genetic Disease
      315. Clustering of Highly Expressed Genes in the Human Genome
      316. Comparative Chromosome Mapping: Rodent Models
      317. Comparative Cytogenetics Technologies
      318. Comparing the Human and Fish Genomes
      319. Contig Assembly
      320. Cot Analysis: Single-copy versus Repetitive DNA
      321. Cre–lox-Inducible Gene Targeting
      322. Crystallisation of Nucleic Acids
      323. Developmentally Programmed DNA Rearrangements
      324. DNA Chemical Instability
      325. DNA Chip Revolution
      326. DNA Cloning
      327. DNA Coiling and Unwinding
      328. DNA Looping and Transcription Regulation
      329. DNA Mechanics and Statistical Mechanics
      330. DNA Methylation
      331. DNA Methylation and Histone Acetylation
      332. DNA Methylation and Mutation
      333. DNA Methylation: Enzymology
      334. DNA Packaging in Sperm
      335. DNA Polymerase Fidelity Mechanisms
      336. DNA Polymerases: Eukaryotic
      337. You have free access to this content
        DNA Profiling in Forensic Science
      338. You have free access to this content
        DNA Replication
      339. You have free access to this content
        DNA Replication Fidelity
      340. DNA Replication Origins
      341. DNA Replication: Mammalian
      342. DNA Replication: Prokaryotes and Yeast
      343. DNA Sequencing
      344. DNA Structure
      345. DNA Structure Changes Coupled to Protein Binding
      346. DNA Structure: A-, B- and Z-DNA Helix Families
      347. DNA Structure: Sequence Effects
      348. DNA Topology: Fundamentals
      349. DNA Topology: Supercoiling and Linking
      350. DNA Transposition: Classes and Mechanisms
      351. DNA: Mechanical Breakage
      352. DNA: Methods for Preparation
      353. DNA/RNA Flexibility
      354. Electrophoresis and Blotting of DNA
      355. Enhancers
      356. Environmental Carcinogens and Mutagens
      357. You have free access to this content
        Escherichia coli Lactose Operon
      358. Eukaryotic Chromosomes
      359. Eukaryotic DNA Polymerases
      360. Eukaryotic Recombination: Initiation by Double-strand Breaks
      361. Eukaryotic Replication Fork
      362. Eukaryotic Replication Origins and Initiation of DNA Replication
      363. Eukaryotic Replication Protein A
      364. Evolution of Human Retrosequences: Alu
      365. Evolution of Microsatellite DNA
      366. Exonic Splicing Enhancers
      367. Exonucleases
      368. Expression Studies
      369. Fragile Sites
      370. Functional Constraint and Molecular Evolution
      371. Gene Conversion
      372. Gene Distribution in Human Chromosomes
      373. Gene Duplication and Redundancy
      374. Gene Expression in Yeast
      375. Gene Families
      376. You have free access to this content
        Gene Silencing in Development (Drosophila)
      377. You have free access to this content
        Gene Structure and Organization
      378. Gene Synthesis for Protein Production
      379. Gene Targeting by Homologous Recombination
      380. Genes: Definition and Structure
      381. Genes: Types
      382. Genetic and Physical Map Correlation
      383. Genetic Code: Introduction
      384. Genetic Engineering: Reporter Genes
      385. Genetic Mapping: Comparison of Direct and Indirect Approaches
      386. Genetic Maps: Direct Meiotic Analysis
      387. Genetic Maps: Integration
      388. Genetic Networks
      389. Genome Organisation and Chromosome Architecture from Interphase to Metaphase
      390. Genome Organization of Vertebrates
      391. Genome Sequence Analysis
      392. Genome Size
      393. Genomic DNA: Purification
      394. Genomics, Pharmacogenetics and Proteomics: An Integration
      395. Hidden Markov Models
      396. Histidine Triad (HIT) Superfamily
      397. Histone Acetylation: Long-range Patterns in the Genome
      398. Histones
      399. Histones: Gene Organisation and Post-translational Modification
      400. HMG Domain Superfamily of DNA-bending Proteins: HMG, UBF, TCF, LEF, SOX, SRY and Related Proteins
      401. Homologous DNA Interactions in Interphase: Spatial Organization of Interphase Nucleus
      402. Homologous Genetic Recombination during Bacterial Conjugation
      403. Homologous Genetic Recombination in Eukaryotes
      404. Human Chromosome Evolution
      405. Human Chromosomes
      406. Human Genome Variation Society
      407. Human Genome: Draft Sequence
      408. Human Topoisomerase I Inhibitors
      409. You have free access to this content
        Immunoglobulin Gene Construction: Human
      410. Immunoglobulin Gene Rearrangements
      411. Immunoglobulin Genes
      412. Imprinting (Mammals)
      413. Integrase Class Site-specific Recombinases
      414. Intragenomic Conflict
      415. Intron Homing
      416. Intronless Genes
      417. Introns: Group I Structure and Function
      418. Kilobase Pair (kbp)
      419. L Isochore Map: Gene-poor Isochores
      420. Ligation: Theory and Practice
      421. Linkage and Crossing over
      422. Long Interspersed Nuclear Elements (LINEs)
      423. Loss of Heterozygosity
      424. Macromolecular Interactions: Aptamers
      425. Magnetic Tweezers
      426. Mammalian Artificial Chromosomes (MACs)
      427. Matrix-associated Regions (MARs) and Scaffold Attachment Regions (SARs)
      428. Mechanism of Single-Stranded DNA Transposition: A Structural Perspective
      429. You have free access to this content
        Mechanisms of X-inactivation
      430. Megabase Pair (Mbp)
      431. Megasatellite DNA
      432. Meiosis
      433. Meiotic Recombination Pathways
      434. The Meselson–Stahl Experiment
      435. Methylated DNA-binding Proteins
      436. Microarrays: Use in Gene Identification
      437. Microdeletions and Microduplications: Mechanism
      438. Microsatellite Instability
      439. Microsatellites
      440. Minigenes
      441. Minisatellites
      442. Mitochondrial DNA and Diseases
      443. Mitosis: Chromosomal Rearrangements
      444. You have free access to this content
        Molecular Biology: The Central Dogma
      445. Mutagenesis
      446. Mutagenesis Mechanisms
      447. Mutagenesis: Site-Specific
      448. Mutation Rate of Non-CpG DNA
      449. Mutations and the Genetic Code
      450. Negative Regulatory Elements (NREs)
      451. Neurospora Genetics
      452. Non-B DNA Structure and Mutations Causing Human Genetic Disease
      453. Nonprotein-coding Genes
      454. Nuclear Receptor Genes
      455. Nucleases
      456. You have free access to this content
        Nucleic Acid Backbone Structure Variations: Peptide Nucleic Acids
      457. You have free access to this content
        Nucleic Acids as Genetic Material
      458. Nucleic Acids: General Properties
      459. Nucleic Acids: Hybridisation
      460. Nucleic Acids: Subtractive Hybridization
      461. Nucleic Acids: Thermal Stability and Denaturation
      462. Nucleolus: Structure and Function
      463. Nucleosomes: Detailed Structure and Mutations
      464. Nucleosomes: Structure and Function
      465. Nucleotides: Structure and Properties
      466. Nucleotides: Uncommon, Modified and Synthetic
      467. Olfactory Receptors
      468. You have free access to this content
        Oncogenes
      469. Oxidative Phosphorylation System: Nuclear Genes and Genetic Disease
      470. Paramutation in Plants
      471. Plant Centromeres
      472. Plant Nuclear Genome Composition
      473. Plasmids
      474. Polyploidy
      475. You have free access to this content
        Polytene Chromosomes
      476. Position Effect Variegation in Human Genetic Disease
      477. Primary Protein and Nucleic Acid Three-dimensional Structure Databases
      478. Primer Walking
      479. Prokaryotic DNA-binding Proteins
      480. Prokaryotic Replication Origins: Structure and Function in the Initiation of DNA Replication
      481. Promoter Haplotypes and Gene Expression
      482. Promoters
      483. Protein Coding
      484. Protein Domain Fusion
      485. Protein-Coding Segments: Evolution of Exon–Intron Gene Structure
      486. Protein–DNA Complexes: Nonspecific
      487. Protein–DNA Complexes: Specific
      488. Protein–DNA Interactions: Polyelectrolyte Effects
      489. Protein–DNA Interactions: Structure and Energetics
      490. Protein–Nucleic Acid Interaction: Major Groove Recognition Determinants
      491. Pseudoautosomal Inheritance
      492. Pseudogenes and Their Evolution
      493. Pulsed-field Gel Electrophoresis
      494. Rad51 and Eukaryotic Recombination Proteins
      495. RecA Protein
      496. RecBCD Helicase/Nuclease
      497. Repetitive DNA: Evolution
      498. Repetitive Elements: Bioinformatic Identification, Classification and Analysis
      499. Repression Mechanism
      500. Restriction Enzymes
      501. Retrotransposons and Human Disease
      502. Retroviral Repeat Sequences
      503. Retroviruses in Human Gene Therapy
      504. RNA Gene Prediction
      505. RNA–DNA Molecules
      506. The Role of Insulators in Genome Organization and Gene Expression
      507. Sequence Accuracy and Verification
      508. Sequence Finishing
      509. Sequence Finishing on New Platforms
      510. Short DNA Sequence Repeats
      511. Short Interspersed Elements (SINEs)
      512. Shotgunning the Human Genome: A Personal View
      513. Simple Repeats
      514. Single Nucleotide Polymorphism (SNP)
      515. Single Nucleotide Polymorphisms (SNPs): Identification and Scoring
      516. Single-stranded DNA-binding Proteins
      517. Site-specific Recombination
      518. Site-specific Recombination in Chromosome Function
      519. Site-specific Recombination: Uses in Biotechnology
      520. Small-molecule Inhibitors of DNA Base Excision Repair
      521. Somatic Hypermutation in Antibody Evolution
      522. Splice Sites
      523. Synchronous and Asynchronous Replication
      524. Systems Biology: Genomics Aspects
      525. Telomerase: Structure and Function
      526. Telomere
      527. Telomere Dysfunction in Human Genetic Disease
      528. Telomeres
      529. Telomeres in Cell Function: Cancer and Ageing
      530. Telomeres: Protection and Maintenance
      531. Telomeric and Subtelomeric Repeat Sequences
      532. Termination of Replication in Bacteria
      533. The Gene Content of Mammalian and Avian Sex Chromosomes
      534. The World of SET-Containing Lysine Methyltransferases
      535. Tissue-specific Locus Control: Structure and Function
      536. Topoisomerases
      537. Transcription Activation at Bacterial Promoters
      538. Transcription Factors
      539. Transposases and Integrases
      540. Transposons
      541. Transposons as Natural and Experimental Mutagens
      542. Transposons: Eukaryotic
      543. Transposons: Prokaryotic
      544. Two-hybrid and Related Systems
      545. Universal Genetic Code and its Natural Variations
      546. You have free access to this content
        Watson–Crick Base Pairs and Nucleic Acids Stability
      547. X and Y Chromosomes: Homologous Regions
      548. X-Chromosome Inactivation
      549. X-chromosome Inactivation
      550. Y Chromosome
      551. Y-chromosome-linked Traits
      552. Zinc-finger Genes
    5. Evolution of Coding and Functional Modules
    6. General Molecular Biology
    7. Genetic Code
    8. Mechanisms of Cell Death, Senescence and Metabolism
    9. Nonchromosomal DNA
    10. Noncoding RNA
    11. Posttranscriptional Modification
    12. Posttranslational Modification
    13. Protein Degradation
    14. RNA Structure and Function
    15. Techniques and Tools in Molecular Biology
    16. Transcription of DNA
    17. Transcriptional Regulation
    18. Translation of RNA
    19. Translational Regulation
  11. Neuroscience
  12. Plant Science
  13. Science & Society
  14. Structural Biology
  15. Virology

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