Keyphrases
Tetrahymena
100%
Tetrahymena Thermophila
99%
DNA Rearrangement
67%
Germ Cells
64%
Internal Eliminated Sequences
57%
DNA Loss
48%
Macronucleus
40%
Excision
33%
DNA Deletion
31%
Somatic Genome
31%
Small Interfering RNA (siRNA)
29%
Conjugation
27%
Micronucleus
27%
Heterochromatin
26%
RNA Interference
26%
Macronuclear
25%
Chromatin
22%
Heterochromatic
17%
Paramecium
17%
Nuclear Differentiation
15%
Genome Rearrangement
15%
Sexual Reproduction
15%
Transfer RNA (tRNA)
15%
Chromosome Breakage
15%
Genome Reorganization
14%
Excise
14%
Programmed Genome Rearrangements
14%
Retrotransposon
14%
Chromoshadow Domain
13%
Nuclear Reorganization
13%
Chromodomain
13%
DNA Segment
13%
Paramecium Tetraurelia
12%
Zygotic
12%
Heterochromatin Formation
12%
Genome Remodeling
11%
RNA Polymerase III
11%
Transcription Initiation
11%
Nuclear Division
11%
Retrovirus
11%
Programmed DNA Elimination
11%
Transposon
11%
Inverted Repeats
11%
Homologous Sequences
11%
Coding Sequence
10%
Ciliated Protozoa
10%
Transposase
10%
Chromosome Fragmentation
10%
Regulatory Sequence
9%
Histone H3
8%
Biochemistry, Genetics and Molecular Biology
Tetrahymena
90%
Tetrahymena thermophila
82%
Germ Cell
79%
DNA Rearrangement
71%
Germline
46%
Heterochromatin
42%
Macronucleus
37%
RNA
30%
Small RNAs
30%
RNAI
27%
Paramecia
21%
Epigenetics
20%
Transposable Element
20%
Transcription
19%
Methylation
16%
Chromodomain
15%
Transfer RNA
15%
Transcription Initiation
14%
Retrotransposon
14%
Histone H3
14%
DNA Flanking Region
14%
Genomics
13%
Genetics
13%
Lysine
12%
Chromosome Breakage
12%
Nuclear Division
11%
Regulatory Sequence
11%
RNA Polymerase III
11%
Retrovirus
11%
Protein Tertiary Structure
11%
Wild Type
10%
Transposase
10%
Paramecium tetraurelia
9%
Oxytricha
8%
RNA-binding Protein
8%
Protozoon
8%
Pribnow Box
6%
Messenger RNA
6%
Helicase
6%
RNA Helicase
6%
Nuclear Protein
6%
Vegetative Growth
6%
RNA Gene
5%
Protein Motif
5%
Genome Evolution
5%
Histone Methylation
5%
Inverted Repeat
5%
Translation Elongation
5%
DNA-binding Protein
5%
Karyopherin
5%