Herpes Virus Isolation Kit Development

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Herpes Virus Isolation Kit Development

Herpes viruses are a group of enveloped DNA viruses with similar biological properties and are classified as Herpesviridae. More than 100 species have been identified and are classified into three subfamilies: α, β, and γ, based on their physicochemical properties. α herpes viruses (e.g., pseudorabies virus, Marek's disease virus) proliferate rapidly and cause cytopathic lesions. β herpes viruses (e.g., murid betaherpesvirus 3, suid betaherpesvirus 2), have a long growth cycle and infect cells that form giant cells. γ herpes viruses (e.g., liquid gammaherpesvirus 5, felid gammaherpesvirus 1, bovine gammaherpesvirus 6), which infect target cells that are lymphocytes, can cause lymphoproliferation. Herpesviruses infect a wide range of hosts and can infect humans and other vertebrates.

Known and possible equine herpesviruses (EHV) transmission pathways.Figure 1. Known and possible equine herpesviruses (EHV) transmission pathways. When hosts are under stress, EHV is likely to become reactivated enabling hosts to shed virus and spread via different pathways; (A) transmission through direct contact with other animals; (B) indirect transmission through water; (C) indirect transmission via fecal matter; (D) indirect transmission by fomites (Dayaram, Anisha, et al. 2017).

Herpes Virus Isolation Kit Development

Herpes viruses mainly attack the skin, mucous membranes and nerve tissue. The sites of infection and the diseases caused are diverse, such as respiratory diseases, liver necrosis or hemorrhage, abortion, neonatal death and spinal encephalopathy, which seriously threaten animal health and cause huge economic losses to the livestock and poultry farming industries. Therefore, the development of an effective method for the isolation and identification of herpes viruses is crucial for the control and treatment of animal diseases. Virus isolation technique is a well-established method for virus identification and is regarded as the gold standard for virus diagnosis. At present, researchers have developed a variety of herpes virus isolation kits for the diagnosis of animal diseases.

BioVenic is a supplier of virus isolation kits and has been working on the development of animal virus diagnostics regents for many years. Our laboratory has specialized cell culture equipment for the propagation of animal viruses, and we also have a professional team with extensive experience in virus isolation and kit development. We can develop a series of herpes virus isolation kits for customers according to their needs. If you have any needs, please feel free to contact us. We will provide you with high-quality products and services.      

The Herpes Virus Isolation Kits We Can Develop

Bovine herpes virus isolation kit
Equine herpes virus isolation kit
Goat herpes virus isolation kit
Feline herpes virus isolation kit
Chicken herpes virus isolation kit
Goose herpes virus isolation kit

Canine herpes virus isolation kit
Porcine herpes virus isolation kit
Sheep herpes virus isolation kit
Mouse herpes virus isolation kit
Duck herpes virus isolation kit
Other herpes virus isolation kit

Workflow of Herpes Virus Isolation Kit Development

Workflow Details
Sample collection Samples are collected from infected animals.
Cell culture Samples were inoculated onto the culture medium for propagation.
DNA isolation and purification Isolation and purification of herpes virus DNA from cell culture fluid.
Structural analysis of herpes virus The isolated herpes virus acid and protein coat were analyzed.
Herpes virus isolation kit development Development of kit to isolate herpes virus.
Herpes virus isolation kit delivery We will provide you with customized herpes virus isolation kits and complete product quality inspection reports.

Delivery

  • A series of herpes virus isolation kits
  • Product quality inspection report (COA)
  • Other experimental data you need

Our Advantages

  • High sensitivity and reliable results
  • Advanced equipment and professional technicians
  • Reasonable price and short turnaround time

Reference

  1. Dayaram, Anisha, Peter A. Seeber, and Alex D. Greenwood. "Environmental detection and potential transmission of equine herpesviruses." Pathogens 10.4 (2021): 423.

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