Proteins - Globe Thesis

Keyword [Proteins] Result: 1 - 20 \| Page: 1 of 10
1.	Isolation,Purification And Characterization Of Two Novel Lower Molecular Weight Ribosome-inactivating Proteins From The Seeds Of Cucurbitaceae Plants
2.	Identification Of Immunostimulatory Sequence-specific DNA-binding Proteins
3.	Cytology, Biochemistry And Biological Roles Of Vegetative Storage Proteins In Woody Plants
4.	Studies On Versatile Plasmid Vectors And Engineered Bacteria Carrying Combined Bt Cry Genes
5.	Studies Of Purification, Properties And Physiological Role As Well As Distribution Of Several Ribosome-inactivating Proteins
6.	Motion And Function Of Proteins
7.	Influence Of Histone Acetylation On Cell Cycle Regulation And Its Mechanisms Of Action In Physarum Polycephalum
8.	Roles Of Dehydrins And CBF1 Transcription Factor In Plant Drought And Freezing Tolerance
9.	Screening Of Novel Proteins That Interact With G Protein Or CaM Using Yeast Two-hybrid System
10.	Study On The Effect Of Specially Down-regulated GRP94 On The Biological Properties Of Human Colorectal Cancer Cell Line
11.	Studies On CDNA Encoding A Kind Of Heat Shock Proteins 70 (HSP70) In Shrimps Fenneropenaeus Chinensis And Litopenaeus Vannamei
12.	Study Of Small Ribosome-inactivating Proteins (Peptides) From The Seeds Of Luffa Cylindrica And Trichosanthes Kirilowii
13.	The Roles Of High-level Expressed Aberrant Homologous Sequence And Virus Encoded Proteins In Gene Silencing
14.	Cloning And Expression Of ScFv Gene Anti-Bull Sperm Membrane Proteins
15.	Identification And Analysis Of Mouse Secretory Proteins On A Large Scale
16.	Regulation Of The Key Transcription Factor RBP-J Of Notch Signaling Pathway By PcG Proteins HPC2 And RING1
17.	The Roles Of HSP90 In Cellular Stress Adaptation And Primary Screening For Stress Protective Proteins
18.	Study On The Expression And Regulation Of Glucose Transporter Proteins In Rat Testis
19.	The Effect Of Force On The Electron Property Of Proteins By Atomic Force Microscopy At Nano-scale
20.	Ⅰ. Interaction Between PPARγ And Ligands Or Relative Nuclear Receptor Ⅱ. Thermodynamic And Kinetic Investigation Of SARS_CoV Spike Glycoprotein Immunological Fragment
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