Products

Ehrlichiacanis canis cDNA and Antigen

Cat#

Product Name

Swiss Prot#

Size

Price (US$)

Order

PP0306

Recombinant Protein-Ehrlichiacanis canis 28 kDa major surface antigen-1 (a.a.37 to 287)

Q9ZGJ0

100 µg

1195

Order

PP0307

Recombinant Protein-Ehrlichiacanis canis Immunodominant surface protein gp36 (a.a.20 to 287)

A9XM77

100 µg

1195

Order

PP0308

Recombinant Protein-Ehrlichiacanis canis Major P30-10 (a.a.18 to 280)

Q9F476

100 µg

1195

Order

PP0309

Recombinant Protein-Ehrlichiacanis canis Major P30 (P28-8) (a.a.20 to 288)

Q9ZGJ2

100 µg

1195

Order

PP0310

Recombinant Protein-Ehrlichiacanis canis Major P30-1 (a.a.31 to 307)

Q9ZGJ1

100 µg

1195

Order

PP0311

Recombinant Protein-Ehrlichiacanis canis Major P30-11 (a.a.30 to 279)

Q9ADV8

100 µg

1195

Order

PP0312

Recombinant Protein-Ehrlichiacanis canis Major P30-13 (a.a.46 to 278)

Q9ADW1

100 µg

1195

Order

PP0313

Recombinant Protein-Ehrlichiacanis canis Major P30-14 (a.a.20 to 289)

Q9ADW2

100 µg

1195

Order

PP0314

Recombinant Protein-Ehrlichiacanis canis Major P30-17 (a.a.18 to 316)

Q9ADW5

100 µg

1195

Order

PP0315

Recombinant Protein-Ehrlichiacanis canis Major P30-19 (a.a.37 to 296)

Q9ADW8

100 µg

1195

Order

PP0316

Recombinant Protein-Ehrlichiacanis canis Major P30-20 (a.a.33 to 275)

Q3YQQ6

100 µg

1195

Order

PP0317

Recombinant Protein-Ehrlichiacanis canis Major P30-5 (P28-1) (a.a.25 to 293)

Q9F477

100 µg

1195

Order

PP0318

Recombinant Protein-Ehrlichiacanis canis Major P30-6 (a.a.23 to 294)

Q9ADV4

100 µg

1195

Order

PP0319

Recombinant Protein-Ehrlichiacanis canis Major P30-8 (a.a.21 to 299)

Q9ADV6

100 µg

1195

Order

PP0320

Recombinant Protein-Ehrlichiacanis canis P28-9 (a.a.30 to 271)

Q9F471

100 µg

1195

Order

PP0321

Recombinant Protein-Ehrlichiacanis canisPhosphoribosylaminoimidazole carboxylase (a.a.36 to 363)

Q9AGZ2

100 µg

1195

Order

PP0322

Recombinant Protein-Ehrlichiacanis canis Preprotein translocase SecA subunit (a.a.14 to 106)

Q9ADU9

100 µg

1195

Order

PP0323

Recombinant Protein-Ehrlichiacanis canis Surface antigen D15 (a.a.18 to 418)

Q3YQW1

100 µg

1195

Order

PP0324

Recombinant Protein-Ehrlichiacanis canis Surface antigen msp4 (a.a.26 to 264)

Q3YQS4

100 µg

1195

Order

PP0325

Recombinant Protein-Ehrlichiacanis canis Surface antigen D15 (a.a.61 to 460)

Q3YQW1

100 µg

1195

Order

RPP0306

cDNA-Ehrlichiacanis canis 28 kDa major surface antigen-1 (a.a.37 to 287)

Q9ZGJ0

2 µg

1250

Order

RPP0307

cDNA-Ehrlichiacanis canis Immunodominant surface protein gp36 (a.a.20 to 287)

A9XM77

2 µg

1335

Order

RPP0308

cDNA-Ehrlichiacanis canis Major P30-10 (a.a.18 to 280)

Q9F476

2 µg

1310

Order

RPP0309

cDNA-Ehrlichiacanis canis Major P30 (P28-8) (a.a.20 to 288)

Q9ZGJ2

2 µg

1340

Order

RPP0310

cDNA-Ehrlichiacanis canis Major P30-1 (a.a.31 to 307)

Q9ZGJ1

2 µg

1380

Order

RPP0311

cDNA-Ehrlichiacanis canis Major P30-11 (a.a.30 to 279)

Q9ADV8

2 µg

1245

Order

RPP0312

cDNA-Ehrlichiacanis canis Major P30-13 (a.a.46 to 278)

Q9ADW1

2 µg

1160

Order

RPP0313

cDNA-Ehrlichiacanis canis Major P30-14 (a.a.20 to 289)

Q9ADW2

2 µg

1345

Order

RPP0314

cDNA-Ehrlichiacanis canis Major P30-17 (a.a.18 to 316)

Q9ADW5

2 µg

1490

Order

RPP0315

cDNA-Ehrlichiacanis canis Major P30-19 (a.a.37 to 296)

Q9ADW8

2 µg

1295

Order

RPP0316

cDNA-Ehrlichiacanis canis Major P30-20 (a.a.33 to 275)

Q3YQQ6

2 µg

1210

Order

RPP0317

cDNA-Ehrlichiacanis canis Major P30-5 (P28-1) (a.a.25 to 293)

Q9F477

2 µg

1340

Order

RPP0318

cDNA-Ehrlichiacanis canis Major P30-6 (a.a.23 to 294)

Q9ADV4

2 µg

1355

Order

RPP0319

cDNA-Ehrlichiacanis canis Major P30-8 (a.a.21 to 299)

Q9ADV6

2 µg

1390

Order

RPP0320

cDNA-Ehrlichiacanis canis P28-9 (a.a.30 to 271)

Q9F471

2 µg

1205

Order

RPP0321

cDNA-Ehrlichiacanis canisPhosphoribosylaminoimidazole carboxylase (a.a.36 to 363)

Q9AGZ2

2 µg

1635

Order

RPP0322

cDNA-Ehrlichiacanis canis Preprotein translocase SecA subunit (a.a.14 to 106)

Q9ADU9

2 µg

800

Order

RPP0323

cDNA-Ehrlichiacanis canis Surface antigen D15 (a.a.18 to 418)

Q3YQW1

2 µg

2000

Order

RPP0324

cDNA-Ehrlichiacanis canis Surface antigen msp4 (a.a.26 to 264)

Q3YQS4

2 µg

1190

Order

RPP0325

cDNA-Ehrlichiacanis canis Surface antigen D15 (a.a.61 to 460)

Q3YQW1

2 µg

1995

Order

Ehrlichiacanis canis cDNA and recombinant antigen

  • Codon-optimized cDNA is cloned into E. coli expression vector with 6x His-tag at N-terminus and ready-to-use for recombinant protein production.
  • Recombinant protein applications: Western Blot may be used for other applications determined by the user.
  • Protein Purity: >90%, as determined by SDS-PAGE under reducing conditions.
  • Protein Activity: N/A
  • Protein Tag:  Contains A 6x histidine tag at N-terminus.
  • Protein Formulation: Liquid
  • Source: Produced from E. coli

Ehrlichiacanis canis is a species of gram-negative obligate intracellular bacteria that is the causative agent of canine ehrlichiosis. It is transmitted to dogs by bites from infected brown dog ticks and can cause a variety of symptoms ranging from fever, anemia, and lymphadenopathy, to depression, lameness, and even death. The diagnosis of E. canis infection is typically made by looking for the presence of the organism’s antigen in the blood. This is done through a serologic test, such as the indirect fluorescent antibody test, or the enzyme-linked immunosorbent assay.Several proteins have been identified in Ehrlichiacanis canis, which play a crucial role in the pathogenesis of the disease.

One of the most important proteins is the 28 kDa major surface antigen 1, which is responsible for the attachment of the bacteria to the host cells. This protein is also considered a potential vaccine candidate against ehrlichiosis.

Another significant protein is the immunodominant surface protein gp36, which is involved in the binding of the bacteria to the host cells and helps in the establishment of infection. The major P30 proteins (P30-10, P30, P30-1, P30-11, P30-13, P30-14, P30-17, P30-19, P30-20, P30-5, P30-6, and P30-8) are known to play a role in antigenicity and are potential targets for diagnostic tests.

The lipoprotein antigen P28-9 is involved in the stimulation of the host immune system and may be considered as a potential vaccine candidate. Phosphoribosylaminoimidazole carboxylase, Preprotein translocase SecA subunit, and surface antigen D15 are also potential vaccine candidates against ehrlichiosis.

The surface antigen msp4 is involved in the attachment of the bacteria to host cells and helps in the establishment of the infection. The surface antigen D15 is involved in the survival and replication of the bacteria inside the host cells.

Overall, these proteins play a critical role in the pathogenesis of ehrlichiosis and provide potential targets for the development of vaccines and diagnostic tests against the disease.

The use of recombinant proteins/cDNA in academic research and therapeutic applications has skyrocketed. However, in heterologous expression systems, successful recombinant protein expression is dependent on a variety of factors, including codon preference, RNA secondary structure, and GC content. When compared to pre-optimization, more and more experimental results demonstrated that the expression level was dramatically increased, ranging from two to hundred times depending on the gene. Bioclone has created a proprietary technology platform that has resulted in the creation of over 6,000 artificially synthesized codon-optimized cDNA clones (cloned in E. coli expression Vector), which are ready for production of the recombinant proteins.

Ehrlichiacanis canis cDNA and recombinant antigen can be used in ELISA (Enzyme-Linked ImmunoSorbent Assay) to detect E. canis infection in dogs. Using cDNA and recombinant antigen, researchers can develop an ELISA test that is sensitive and specific for the detection of E. canis antibodies. The ELISA test can be used to test for the presence of E. canis antibodies in canine serum or other bodily fluids. The test will detect antibodies to the E. canis antigen, which will indicate that the dog has been exposed to E. canis and may be infected with the pathogen.

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