increment of diversity - Globe Thesis

Keyword [increment of diversity] Result: 1 - 20 \| Page: 1 of 2
1.	Prediction Of Alternative Splice Sites And Skipped Exons Based On Sequence Features
2.	Research On Distance Conservation Of Transcription Regulatory Motifs And Prediction Of Transcription Start Sites In Human Genome
3.	A Study On The Protein Secondary Structure Prediction And The Connection Between Protein Secondary Structure And Its 3D Structure
4.	A Study On The Prediction Of The Subnuclear Location Of Nuclear Proteins And The Subcellular Location Of Plant, Non-Plant And Mouse Proteins
5.	Prediction Of The β-Hairpins, β(γ)-Turns And Four Kinds Simple Super-secondary Structures In Proteins
6.	Analysis And Prediction Of Transcription Factor Binding Sites And Animal Toxins
7.	The Effect Of Nucleosome Positioning On RNA Splicing And The Recognition Of Histone Variants
8.	The Sequence Analysis And Theoretical Prediction On Proteins Subcellular Location
9.	Structure And Function Research Of Antifreeze Proteins
10.	The Prediction Of Protein Structural Class And The Statistic Analysis Of The Correlations Between Different Amino Acids On Protein Sequence
11.	Identification Of The Protein Superfamilies Based On The Distribution Of Different Amino Acids
12.	Recognition Of Translation Initiation Site And Splicing Site In Eukaryote Genome
13.	The Recognition Of Subcellular Localization Of Proteins
14.	Diversity Of Translation Initiation Regulation In E.coli
15.	Prediction Of Alternative Splice Site And Analysis Of Sequence Characteristic In Model Organism Genome
16.	Analysis Of Conservative Motif Features Of The Protein Superfamilies And The Theoretical Prediction For Protein Superfamilies
17.	The Research Of Alu Sequence In Human Genome
18.	Prediction Of Protein-protein Interaction And DNA Methylation Sites Based On Increment Of Diversity Combined With Quadratic Discriminant Analysis
19.	The Prediction Of Retained Intron And The Analysis Of The Relationship Between Alternative Splicing And Protein Structure Diversity
20.	Identification Of Calcium-binding Residues In Proteins Based On Sequence Information
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