Shuttle vectors for the introduction of DNA into mycobacteria and utilization of such bacteria as vaccines
AssigneesInstitut National De La Sante Et De La Recherche Medicale (Inserm), Institut Paster de Lille
InventorsVincent Escuyer, Alain Baulard, Patrick Berche, Camille Locht, Nadia Haddad
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Abstract
Shuttle vectors for inserting DNA in mycobacteria including at least one origin of functional replication in said mycobacteria, another origin of functional replication in other bacteria, an enzyme cutting site allowing the insertion of DNA coding for a protein capable of being expressed in the mycobacteria, wherein the shuttle vectors also carry a gene providing on said mycobacteria resistance to a compound containing a heavy metal.
Claims4
A shuttle vector comprising at least one origin of functional replication in mycobacteria, another orgin of functional replication from another bacteria, an enzyme cutting site allowing the insertion of a heterologous DNA coding for a protein to be expressed in the mycobacteria, wherein the vector comprises a gene providing on said mycobacteria resistance to a compound containing a heavy metal, and wherein the the shuttle vector comprises operon merA and operon merB of the plasmid pDU 1358.
A shuttle vector comprising at least one origin of functional replication in mycobacteria, another orgin of functional replication from another bacteria, an enzyme cutting site allowing the insertion of a heterologous DNA coding for a protein to be expressed in the mycobacteria, wherein the vector comprises a gene providing on said mycobacteria resistance to a compound containing a heavy metal, and wherein the the shuttle vector comprises plasmid pMR001 deposited with the BCCM under Accession No. LMBP 3046.
A shuttle vector comprising at least one origin of functional replication in mycobacteria, another orgin of functional replication from another bacteria, an enzyme cutting site allowing the insertion of a heterologous DNA coding for a protein to be expressed in the mycobacteria, wherein the vector comprises a gene providing on said mycobacteria resistance to a compound containing a heavy metal, and wherein the the shuttle vector comprises plasmid pVN2 deposited with the BCCM under Accession No. LMBP 3047.
A shuttle vector comprising at least one origin of functional replication in mycobacteria, another orgin of functional replication from another bacteria, an enzyme cutting site allowing the insertion of a heterologous DNA coding for a protein to be expressed in the mycobacteria, wherein the vector comprises a gene providing on said mycobacteria resistance to a compound containing a heavy metal, and wherein the the shuttle vector comprises plasmid pVN3 deposited at BCCM under Accession No. LMBP 3048.
Dependencies are inferred from the claim text.