The invention provides a multi-
epitope vaccine for a
helicobacter pylori tetravalent adhesion, wherein the activity of the multi-
epitope vaccine is presented as a polypeptide which mainly consists of
urease A and B subunits, superior Th and
B cell epitopes or fragments of three outer membrane proteins (Lpp20, HpaA and CagL) as well as
cholera toxin B
subunit. According to the invention, an artificial
gene is synthesized by virtue of
gene synthesis technology, wherein the synthesized artificial
gene consists of
urease A and B subunits, and superior Th and
B cell epitopes or fragments of three outer membrane proteins (Lpp20, HpaA and CagL), and the artificial gene is coupled with
gene sequence of the
cholera toxin B
subunit, so as to form a
fusion gene. The
fusion gene is expressed by
escherichia coli, and upon
protein purification, the tetravalent adhesion multi-
epitope vaccine is obtained. The vaccine can be used for inducing a body to generate T cellullar immunologic response and
specific antibody humoral immune response in accordance with the
urease A and B subunits and the three outer membrane proteins (Lpp20, HpaA and CagL); and the vaccine is suitable for preventing and controlling
helicobacter pylori infection related diseases.