Codon changed immobilization antigen (iAg), a potent DNA vaccine in fish against Cryptocaryon irritans infection
Highlights ► Codon changed iAg (optiAg) expressed in both prokaryotic and eukaryotic cell systems. ► In vitro immunological data confirmed that optiAg retained the native confirmation. ► iAg is immunogenic due to the protection it conferred to the immunized fish. ► iAg can be a potent DNA vaccine in...
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Published in | Vaccine Vol. 30; no. 5; pp. 893 - 903 |
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Main Authors | , , , , , |
Format | Journal Article |
Language | English |
Published |
Netherlands
Elsevier Ltd
20.01.2012
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Abstract | Highlights ► Codon changed iAg (optiAg) expressed in both prokaryotic and eukaryotic cell systems. ► In vitro immunological data confirmed that optiAg retained the native confirmation. ► iAg is immunogenic due to the protection it conferred to the immunized fish. ► iAg can be a potent DNA vaccine in fish against infection by C. irritans. |
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AbstractList | The immobilization antigen (iAg) DNA sequence from Chiayi isolate of Cryptocaryon irritans was computationally reviewed to replace the stop codons with suitable amino acids and its GC content was intensified. The plasmid construct comprising the codon changed iAg (optiAg/optimized iAg) was successfully expressed in the bacterial strain BL21 and also in grouper fin cells (GF-1). Results of immobilization assay, ELISA and western blot of C. irritans theront and recombinant iAg by grouper antiserum against optiAg DNA indicated that the codon changed iAg retains the native conformation. The DNA vaccine construct pcDNA3.1-optiAg was encapsulated in water-oil-water triple layer emulsions measuring 19 μm diameters and was used for the immunization experiment. In trial I experiment, grouper fish were immunized twice via intramuscular injection with the pcDNA3.1-optiAg and were challenged with C. irritans at 8-day post immunization (dpi), which resulted in 46% relative percent survival (RPS). In trial II, single immunization with pcDNA3.1-optiAg boosted with recombinant iAg protein, resulted in 40% RPS. The data from this study reveal that codon change in iAg not only accomplished the expression of iAg protein in both prokaryotic and eukaryotic cell systems, but also optiAg was proved as immunogenic due to the protection it confers to the immunized fish against C. irritans infection. Hence, it is concluded that iAg can be a potent DNA vaccine in fish against infection of the ciliated protozoan, C. irritans. Highlights ► Codon changed iAg (optiAg) expressed in both prokaryotic and eukaryotic cell systems. ► In vitro immunological data confirmed that optiAg retained the native confirmation. ► iAg is immunogenic due to the protection it conferred to the immunized fish. ► iAg can be a potent DNA vaccine in fish against infection by C. irritans. The immobilization antigen (iAg) DNA sequence from Chiayi isolate of Cryptocaryon irritans was computationally reviewed to replace the stop codons with suitable amino acids and its GC content was intensified. The plasmid construct comprising the codon changed iAg (optiAg/optimized iAg) was successfully expressed in the bacterial strain BL21 and also in grouper fin cells (GF-1). Results of immobilization assay, ELISA and western blot of C. irritans theront and recombinant iAg by grouper antiserum against optiAg DNA indicated that the codon changed iAg retains the native conformation. The DNA vaccine construct pcDNA3.1-optiAg was encapsulated in water-oil-water triple layer emulsions measuring 19 mu m diameters and was used for the immunization experiment. In trial I experiment, grouper fish were immunized twice via intramuscular injection with the pcDNA3.1-optiAg and were challenged with C. irritans at 8-day post immunization (dpi), which resulted in 46% relative percent survival (RPS). In trial II, single immunization with pcDNA3.1-optiAg boosted with recombinant iAg protein, resulted in 40% RPS. The data from this study reveal that codon change in iAg not only accomplished the expression of iAg protein in both prokaryotic and eukaryotic cell systems, but also optiAg was proved as immunogenic due to the protection it confers to the immunized fish against C. irritans infection. Hence, it is concluded that iAg can be a potent DNA vaccine in fish against infection of the ciliated protozoan, C. irritans. The immobilization antigen (iAg) DNA sequence from Chiayi isolate of Cryptocaryon irritans was computationally reviewed to replace the stop codons with suitable amino acids and its GC content was intensified. The plasmid construct comprising the codon changed iAg (optiAg/optimized iAg) was successfully expressed in the bacterial strain BL21 and also in grouper fin cells (GF-1). Results of immobilization assay, ELISA and western blot of C. irritans theront and recombinant iAg by grouper antiserum against optiAg DNA indicated that the codon changed iAg retains the native conformation. The DNA vaccine construct pcDNA3.1-optiAg was encapsulated in water–oil–water triple layer emulsions measuring 19μm diameters and was used for the immunization experiment. In trial I experiment, grouper fish were immunized twice via intramuscular injection with the pcDNA3.1-optiAg and were challenged with C. irritans at 8-day post immunization (dpi), which resulted in 46% relative percent survival (RPS). In trial II, single immunization with pcDNA3.1-optiAg boosted with recombinant iAg protein, resulted in 40% RPS. The data from this study reveal that codon change in iAg not only accomplished the expression of iAg protein in both prokaryotic and eukaryotic cell systems, but also optiAg was proved as immunogenic due to the protection it confers to the immunized fish against C. irritans infection. Hence, it is concluded that iAg can be a potent DNA vaccine in fish against infection of the ciliated protozoan, C. irritans. ► Codon changed iAg (optiAg) expressed in both prokaryotic and eukaryotic cell systems. ► In vitro immunological data confirmed that optiAg retained the native confirmation. ► iAg is immunogenic due to the protection it conferred to the immunized fish. ► iAg can be a potent DNA vaccine in fish against infection by C. irritans. The immobilization antigen (iAg) DNA sequence from Chiayi isolate of Cryptocaryon irritans was computationally reviewed to replace the stop codons with suitable amino acids and its GC content was intensified. The plasmid construct comprising the codon changed iAg (optiAg/optimized iAg) was successfully expressed in the bacterial strain BL21 and also in grouper fin cells (GF-1). Results of immobilization assay, ELISA and western blot of C. irritans theront and recombinant iAg by grouper antiserum against optiAg DNA indicated that the codon changed iAg retains the native conformation. The DNA vaccine construct pcDNA3.1-optiAg was encapsulated in water–oil–water triple layer emulsions measuring 19μm diameters and was used for the immunization experiment. In trial I experiment, grouper fish were immunized twice via intramuscular injection with the pcDNA3.1-optiAg and were challenged with C. irritans at 8-day post immunization (dpi), which resulted in 46% relative percent survival (RPS). In trial II, single immunization with pcDNA3.1-optiAg boosted with recombinant iAg protein, resulted in 40% RPS. The data from this study reveal that codon change in iAg not only accomplished the expression of iAg protein in both prokaryotic and eukaryotic cell systems, but also optiAg was proved as immunogenic due to the protection it confers to the immunized fish against C. irritans infection. Hence, it is concluded that iAg can be a potent DNA vaccine in fish against infection of the ciliated protozoan, C. irritans. |
Author | Lin, Yen-Hong Wang, Yu-Chi Yang, Chii-Shen Song, Yen-Ling Jose Priya, T.A Chang, Poh-Shing |
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BackLink | https://www.ncbi.nlm.nih.gov/pubmed/22154774$$D View this record in MEDLINE/PubMed |
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Keywords | DNA vaccine Codon change Cryptocaryon irritans Immobilization antigen |
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Snippet | Highlights ► Codon changed iAg (optiAg) expressed in both prokaryotic and eukaryotic cell systems. ► In vitro immunological data confirmed that optiAg retained... ► Codon changed iAg (optiAg) expressed in both prokaryotic and eukaryotic cell systems. ► In vitro immunological data confirmed that optiAg retained the native... The immobilization antigen (iAg) DNA sequence from Chiayi isolate of Cryptocaryon irritans was computationally reviewed to replace the stop codons with... |
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SubjectTerms | Allergy and Immunology amino acids Animals antigens Antigens, Protozoan - genetics Antigens, Protozoan - immunology antiserum Ciliophora - genetics Ciliophora - immunology Ciliophora Infections - immunology Ciliophora Infections - prevention & control Ciliophora Infections - veterinary Codon change Cryptocaryon irritans DNA vaccine DNA, Protozoan - chemistry DNA, Protozoan - genetics emulsions enzyme-linked immunosorbent assay eukaryotic cells Fish Diseases - immunology Fish Diseases - prevention & control grouper Immobilization antigen immunization Injections, Intramuscular intramuscular injection Marine Molecular Sequence Data plasmids Protozoa Protozoan Infections, Animal - immunology Protozoan Infections, Animal - prevention & control Protozoan Proteins - genetics Protozoan Proteins - immunology Protozoan Vaccines - administration & dosage Protozoan Vaccines - genetics Protozoan Vaccines - immunology recombinant vaccines Sequence Analysis, DNA stop codon Survival Analysis Vaccines, DNA - administration & dosage Vaccines, DNA - genetics Vaccines, DNA - immunology Western blotting |
Title | Codon changed immobilization antigen (iAg), a potent DNA vaccine in fish against Cryptocaryon irritans infection |
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