Lactococcus lactis - Globe Thesis

Keyword [Lactococcus lactis] Result: 21 - 40 \| Page: 2 of 4
21.	Construction Of An Expression Vector With Nisin Resistant Gene NisI As A Food Grade Selection Marker For Lactococcus Lactis
22.	Cloning Of β-GALACTOSIDASE Gene From Lactobacillus Acidophilus And Study Of Its Activity In Lactococcus Lactis As A Food-grade Selection Marker
23.	The Food-grade Expression Of Helicobacter Pylori UreB Gene In Lactococcus Lactis And Its Immunoreactivity
24.	The Proteomics Research Of Toxicity Mechanism Of Resistance To Cadmium In Lactococcus Lactis Subsp. Lactis
25.	Synthesis, Expression And Purification Of Microcystin-degrading Enzyme Mir A Gene Optimized By Lactococcus Lactis Preference Codon
26.	Recombinant Expression Of Human Metallothionein HMT-I And Surface Display It On Lactococcus Lactis
27.	Prevention Of Gastrointestinal Lead Poisoning Using Recombinant Lactococcus Lactis Expressing Human Metallothionein-i Fusion Protein
28.	Heterologous Expression Of Cholesterol Oxidase And Study On Its Application
29.	Studies On The Expression Of Nattokinase In Recombinant Lactococcus Lactis
30.	The Researchs On Expression Of Plant Sweet-tasting Protein Mabinlin Ⅱin E. Coli And Food-grade L. Lactis And Its Activity Analysis
31.	Construction Of Lactococcus Lactis Uppdefective Complementary Plasmid Vector System And Study On Upp Deletion Strain’s Biological Characteristics
32.	Genetic Breeding Of Lactococcus Lactis ATCC11454 For High-Yield Nisin Strain
33.	Study On Breeding Of Oxygen Tolerant Lactobacillus Delbrueckii Strains By Protoplast Technique
34.	Study On High-level Diacetyl Production By Lactococcus Lactis And Enterococcus Faecalis
35.	Screen Of High Acid-tolerant SRNAs In Lactococcus Lactis And Investigation Of Their Effect On Improving Nisin Yield
36.	The Identification And Function Study Of Acid-tolerant SRNA042 In Lactococuus Lactis
37.	Preliminary Study On The Regulation Mechanisms Of Peptidoglycan Assembly-associated Enzymes In Lactococcus Lactis Under Acid Stress
38.	Construction And Application Of Genome Editing Tools Based On Prophage Recombinases In Lactic Acid Bacteria
39.	Efficient Identification Of Anti-acid Components In Lactococcus Lactis And Its Function Analysis
40.	Construction Of An Anti-helicobacter Pylori Vaccine Using A Food-grade Lactic Acid Bacterium As The Vector And Evaluation Of Its Immune Efficacy
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