Crassostrea - Globe Thesis

Keyword [Crassostrea] Result: 1 - 18 \| Page: 1 of 1
1.	Molecular Biological Characterization Of Oyster Chromosomes
2.	Molecular Marker Development And Linkage Mapping In The Pacific Oyster Crassostrea Gigas Thunberg
3.	Studies On The Molecular Phylogeny And Taxonomy Of Common Oysters In China Seas
4.	ITS Region Sequence Analysis And Genetic Diversity Study Of Several Bivalves
5.	AFLP Technique And Mitochondrial DNA Sequence Analyse To Clarify Taxonomic Status Of Crassostrea Oyster Species In China
6.	Recombinant Expression Of Marine Organism Lysozyme In Pichia Pastoris And Products Analysis
7.	Over-expression Of The Lysozyme Gene In E.Coli From Oyster Crassostrea Gigas
8.	The Preliminary Study On The Immunomodulatory Role Of Amino Acid Neurotransmitters In Crassostrea Gigas
9.	The Response And Adaptation Mechanism Of Pacific Oyster Crassostrea Gigas To Ocean Acidification
10.	The Molecular Mechanism Of Hypoxia Signal Pathway In The Pacific Oyster(Crassostrea Gigas)
11.	The Transcription Regulation Of ChHsc70 By Gnaq And The Expression Patterns Of The Two Genes Of Crassostrea Hongkongensis In Response To Physico-chemical Stressors
12.	The Crassostrea Hongkongensis YB-1 Positively Regulating Hsc70 Transcription Expression And The Transcriptional Expression Patterns Of YB-1 And Hsc70 Triggered By Heat Shock Or Chemical Pollutants
13.	Transcriptome Analysis Of Oyster Crassostrea Viginica Exposed To Nano Nickel Oxide
14.	Habitat complexity and habitat function of native (Crassostrea virginica) and non-native (C. ariakensis) oysters in the Chesapeake Bay region
15.	The mitochondrial genome of the eastern oyster, Crassostrea virginica: The complete DNA sequence and its application in local restoration efforts
16.	The fate of elements ingested by marine planktivores
17.	The influence of irradiance, nitrogen limitation, and temperature on the biochemical composition of marine phytoplankton and their nutritional value to larval Crassostrea gigas
18.	Screening Of CDNA Library Of Crassostrea Gigas And Prokaryotic Expression And Enzymatic Properties Of N-acetylneuraminate Lyase
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