Biochemistry, Genetics and Molecular Biology
Histone H2B
100%
DNA Replication
100%
Ubiquitination
100%
Nucleosome
75%
S Phase
75%
Histone
37%
Transcription
37%
Origin of Replication
37%
RNA
31%
Dynamics
25%
Epigenetics
25%
Replisome
25%
Protease
18%
DNA Synthesis
18%
DNA Template
18%
Ubiquitin
18%
Primase
18%
Replication Protein A
18%
Histone Modification
12%
Polymerase
12%
Chromatin Structure
6%
Helicase
6%
RNA Polymerase II
6%
Cell Growth
6%
Tumor Suppressor Protein
6%
Gene Expression
6%
Keyphrases
H2Bub1
75%
DNA Replication
75%
H2B Ubiquitination
75%
Pob3
37%
SPT16
37%
Sigma Phase
28%
Replication Origin
18%
Ubiquitylation
18%
Nucleosome Dynamics
15%
Replication Fork
15%
Replisome
15%
Polymerase II
12%
Histone Modification
12%
Ubp8
12%
Primase
9%
Histone H2B
9%
Lines of Evidence
9%
Replication Protein A
9%
Dynamic Regulation
9%
Ubiquitin-specific Protease
9%
Chaperone Complex
9%
Histone Chaperone
9%
Specific Intent
9%
Rad6
9%
DNA Synthesis
9%
Histone
9%
Bre1
9%
G1-S Transition
9%
Discussion Section
6%
Gene Expression
6%
Human Health
6%
Resume
6%
Replication Machinery
6%
Chromatin Function
6%
Cancer Treatment
6%
Deleterious Effects
6%
New Therapies
6%
Health Relevance
6%
Single-stranded DNA (ssDNA)
6%
Pol1
6%
Tumor Suppressor
6%
Terminally Differentiated Cells
6%
Review Meetings
6%
RNA Polymerase II (RNAPII)
6%
Epigenetic Regulators
6%
Public Health
6%
Chromatin Structure
6%
Cancer Hallmarks
6%
Chemotherapeutic Strategies
6%
Cell Growth
6%
MCM Helicase
6%
Target DNA
6%
Leukemia
6%
Epigenetic Marks
6%
Immunology and Microbiology
Ubiquitination
100%
DNA Replication
100%
Nucleosome
75%
DNA Replication Origin
37%
Epigenetics
25%
Replisome
25%
Dynamics
25%
DNA Template
18%
DNA Synthesis
18%
Replication Factor A
18%
Histone Modification
12%
RNA Polymerase
6%
Chromatin Structure
6%
Gene Expression
6%
Cell Growth
6%