Molecular Characterization and Comparison of Phospholipase C zeta (PLCZ1) Gene Between Swamp (Bubalus carabanensis) and Riverine (Bubalus bubalis) Buffaloes: Its Implications and Future Perspectives. Issue 3 (3rd July 2018)

• Record Type: Journal Article
• Authors: Atabay, Eufrocina P.; Tadeo, Roseline D.; Atabay, Edwin C.; Venturina, Emma V.; Fissore, Rafael A.; Mingala, Claro N.
• Is Part Of: Animal biotechnology. Volume 29:Issue 3(2018)
• Page Start: 190
• Page End: 198
• Publication Date: 2018-07-03
• Subjects: Gene homology -- molecular characterization -- phospholipase C zeta -- sequence analysis -- water buffalo; Animal biotechnology -- Periodicals; Animals, Domestic -- genetics -- Periodicals; Animals, Genetically Modified -- Periodicals; 660.6
• DOI: 10.1080/10495398.2017.1350689
• Languages: English
• ISSNs: 1049-5398

Abstract

ABSTRACT: Phospholipase C zeta, a novel sperm-specific protein which is widely known to induce oocyte activation following fertilization, had already been characterized in various mammalian species, but not in water buffaloes thus far. The present study was conducted to initially characterize and compare the sequences of PLCZ1 gene of swamp and riverine buffaloes. Semen samples were collected; total RNA was extracted and reverse-transcribed. PLCZ1 cDNA was then amplified, and submitted for sequencing. Buffalo PLCZ1 gene yielded a sequence of 1905 base pair nucleotides translated into 634 bp amino acids. In general, the buffalo PLCZ1 gene was found to have high sequence identity with cattle and other domestic species. Similarly, significant residues and motifs in PLCZ1 gene sequence are found conserved in water buffaloes. However, there are variations in sequences identified between types of water buffaloes that may play a role in species-specific differences in terms of gene and protein expression, physiological mechanisms, and biological functions. The molecular information on buffalo PLCZ1 gene is highly valuable in subsequent works such as correlation studies on the identified gene variations with semen quality and fertility, and the development of biomarkers for bull fertility.