Anti-Lumpy Skin Disease Virus LSDV045 Monoclonal Antibody (MP-K3305) (Mouse IgG)(MPYF-1222-KX1839)
The antibody customized production platform is used to screen the mouse monoclonal antibodies with at least 5 synthetic peptides of Lumpy Skin Disease Virus LSDV045. The mAb with highest affinity will be selected. The selected antibody recognizes Lumpy Skin Disease Virus LSDV045. The isotype is Mouse IgG. It can be used in applications: WB (Other applications need to be tested.).
Product Description
Species Reactivity
Lumpy Skin Disease Virus
Specificity
This antibody recognizes Lumpy Skin Disease Virus LSDV045.
Antibody Isotype
Mouse IgG
Clonality
Monoclonal Antibody
Purification
Purified by Protein A/G chromatography.
Applications
WB (Other applications need to be tested.)
Storage
Store at 4°C for short term (1 week), store at -20°C to -80°C for long term (1 year). Avoid repeated freeze-thaw cycles.
Target
Introduction
Lumpy skin disease virus is a contagious poxvirus belonging to the genus Capripoxvirus. LSDV was first found in southern Africa and spread through the Middle East to the European countries and Russia. The natural hosts of LSDV are limited within the non-ruminants. LSDV primarily affects cattle and zebus, sometimes giraffes, water buffalo, and impalas, while goats and sheep do not develop lumpy skin disease (LSD) after exposure to this virus.
Alternative Names
LSDV045; DNA-binding phosphoprotein; has strong affinity for ssDNA suggesting a role in DNA replication and/or repair; The poxviridae are enveloped unsegmented dsDNA viruses; unlike many dsDNA viruses that replicate in the host nucleus poxviruses encode their own replication machinery and therefore replicate in the cytoplasm; viral genes are expressed in a bi-phasic manner with early genes encoding non-structural proteins involved in genome replication and late genes encoding the viral structural proteins; the DNA-binding phosphoprotein is expressed at early and intermediate times postinfection
Official Symbol
DNA-binding phosphoprotein
Datasheet