nuclear matrix - Globe Thesis

Keyword [nuclear matrix] Result: 1 - 19 \| Page: 1 of 1
1.	Studies On The Phylogenetics Of Four Species Of Hypotrich Ciliates By SSrRNA And The Cellular Structure Of One Ciliate
2.	Micro-ultrastructure Studies On Phaneroplasmodia And Nuclear Matrix Of Myxomycetes
3.	The Role Of Erythroid Differentiation Factor (EDF) Upon The Cellular Differentiation And Nuclear Matrix-Intermediate Fillament System Of The Human Erythroleukemia K562 Cells
4.	Screening Of Molecules Interacting With Nuclear Matrix Protein MINT
5.	Isolating And Identifying Plant MARs To Construct High Efficient Expression Vectors
6.	A Comparative Study On Ultrastructure And Intermediate-Type Filament Of The Vegetative Cell And Resting Cyst In Urostyla Grandis
7.	Identification Of The Interaction Between Guanine Nucleotide Exchange Factor Vavl And MINT In Nuclear Matrix
8.	Researches On Mechanism Of Nuclear Matrix Attachment Regions(MAR) From Tobacoo And Their Application
9.	Study On The Relationship Between STAT1 And Nuclear Matrix
10.	The Evidence Of β-actin And Nuclear Myosin Ⅰβ(NMⅠβ) In The Nuclei And Nuclear Matrices Of The Tobacco Suspension Cells
11.	Study On The Changes Of Nuclear Matrix Proteins During The Apoptosis Of The Immortalized Human Epithelial HaCaT Cells With Curcumin Treatment
12.	Studies On The High-Throughput Expression Technology Of Wild Soybean Genes In Arabidopsis
13.	Research On Phosphorylation Of Nuclear Matrix-binding Protein SATB1 By Akt1 And Its Functions
14.	Sirt1 To Acetylation Satb1 And Promote Epsilon - Globin Gene Expression
15.	Screening Of Dunaliella Salina Mbp Interaceting Protein By Yeast Two-hybrid System
16.	SATB2 Nuclear Matrix Binding Protein Regulation ~ Gγ And ~ Aγ Globin Gene Expression And Space Near
17.	A search for neutrinoless double beta decay of tellurium-130
18.	The Mechanisms By Which Nuclear Matrix-Enriched SUMOylated Proteins And SUMO E3 Ligase PIAS1 Interact With And Regulate Chromatin
19.	Research On Convergence Of The Nucleus Matrix Elements For Double-? Decay Based On The Nuclear Shell Model
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