Biochemistry, Genetics and Molecular Biology
2-Mercaptoethanol
21%
Affinity Chromatography
21%
Agglutinin
21%
Alternative Splicing
14%
Binding Affinity
9%
Binding Protein
65%
Binding Site
25%
Cav1.2
21%
Cell Function
21%
Cross-Link
13%
DNA Topoisomerase
21%
Electrophoretic Mobility Shift Assay
9%
Energy Transfer
21%
Enhancer Region
25%
Exon
100%
Galactose
8%
Galactoside
13%
Helicase
21%
Hematopoietic Stem Cell
21%
Intron
43%
Lactose
8%
Luteolin
21%
Messenger RNA
10%
Minigene
10%
Myeloid
21%
Oncogene Src
24%
Polypyrimidine Tract
87%
Precursor mRNA
49%
Protein Interaction
16%
PTBP2
21%
Ribonucleoprotein
10%
Ribosome Inactivating Protein
21%
Ricin
21%
RNA
39%
RNA Binding
9%
RNA Helicase
25%
RNA Recognition Motif
21%
RNA Splicing
78%
RNA-binding Protein
21%
RRM2
10%
Silencer Element
25%
Small Nuclear RNA
47%
Spectroscopy
21%
Spliceosome
43%
Splicing Factor
32%
Stem-Loop
50%
Stoichiometry
21%
Topoisomerase
21%
Transcriptome
10%
Ubiquitin
13%
Keyphrases
3′ Splice Site
12%
5′ Splice Site
12%
Antileishmanial Therapy
21%
C-Src
14%
Cav1.2 Calcium Channel
21%
Cibacron Blue F3GA
21%
Code Element
21%
Eukaryotic Organisms
10%
Excision
10%
Exon
18%
Exon 8
14%
Exon Definition
21%
Immunophenotypic Characterization
10%
Luteolin
21%
MRNA Variants
21%
Mutually Exclusive Exons
21%
Myeloid Disorders
21%
Myeloid Lineage Cells
21%
Non-canonical
21%
One-step Method
14%
Polypyrimidine
21%
Pre-mRNA
23%
Proerythroblast
21%
Protein Effect
21%
PTBP1
43%
PTBP2
21%
Reporter-based
21%
Ribonucleoprotein Particle
21%
Ricin
21%
RNA Affinity Chromatography
43%
RNA Pol II
13%
RNA Splicing
21%
RNA Stem-loop
21%
RNA-binding Domain
36%
RNA-binding Protein
21%
Sequence Specificity
21%
SF3A1
43%
Small nuclear Ribonucleoprotein (snRNP)
32%
SnRNA
21%
Spliceosome
13%
Splicing Efficiency
21%
Splicing Regulatory Proteins
21%
Splicing Silencer
29%
SRSF2
21%
Stem-loop
21%
Transcriptome
10%
U1 snRNA
24%
U2 snRNP
27%
U2AF
21%
Ubiquitin-like
13%