Proteomics identification of overexpressed serum proteins in dogs with infection.

Background And Aim: Canine babesiosis, caused by the protozoan parasite , is characterized by clinical manifestations, including hemolytic anemia, thrombocytopenia, multiple organ failure, and may result in death. This disease is detected using conventional blood smears, which are time-consuming and have low sensitivity. This study aimed to investigate a more rapid and sensitive method for detecting infection in dogs by examining the expressed serum protein profiles using proteomics.

Peptidomic Analysis and Antimicrobial Activity of Serum Peptide from Clone BPM24.

Background: Hevea brasiliensis is severely affected by the fungal disease caused by spp. Significant loss of rubber yield is widespread and extensive use of chemical fungicides has resulted in health and environmental problems.

Objective: This work aims to extract and identify the latex serum peptides from a disease tolerant clone of , and study the inhibitory efficacy against pathogenic bacteria and fungi.

Analysis and comparison of tear protein profiles in dogs using different tear collection methods.

Background: Tear proteomic analysis has become an important tool in medical and veterinary research. The tear collection method could influence the tear protein profile. This study aims to evaluate the protein profiles of dog tears collected using microcapillary tubes (MT), Schirmer tear strips (ST), and ophthalmic sponges (OS).

Changes in tear protein profile in dogs with keratoconjunctivitis sicca following topical treatment using cyclosporine A.

Background And Aim: Keratoconjunctivitis sicca (KCS) is a chronic inflammatory ocular disease that occurs in many dog breeds worldwide. This study aimed to investigate the tear protein pattern of healthy dogs, KCS dogs, and KCS dogs after treatment with cyclosporine A (CsA).

Materials And Methods: Twenty-eight dogs of any breed were enrolled in the study.

Caspase-3, a shrimp phosphorylated hemocytic protein is necessary to control YHV infection.

By using immunohistochemistry detection, yellow head virus (YHV) was found to replicate in granule-containing hemocytes including semi-granular hemocytes (SGC) and granular hemocytes (GC) during the early phase (24 h post injection) of YHV-infected shrimp. Higher signal of YHV infection was found in GC more than in SGC. Comparative phosphoproteomic profiles between YHV-infected and non-infected GC reveal a number of phosphoproteins with different expression levels.