ISOLATION AND SEQUENCING OF CYP19 GENE (EXON9) IN EGYPTIAN BUFFALOES
BENHA VETERINARY MEDICAL JOURNAL • 2014
Publication Information
Authors
Hadeel Samy A. Abbasa; Mohammed Abu El-Magdb, Khairy; Mohamed El-Bayomic and
Gamal Abd El-Raheim Sosa
Keywords
CYP19, SSCP, PCR, Sequencing, Anestrum, Buffalo
Journal
BENHA VETERINARY MEDICAL JOURNAL
Publisher
Hadeel Samy A. Abbas
Volume
26
Issue
1
Pages
161-170
publication.type
International
Paper Link
Open Link
Supplementary Materials
Not Available
Abstract
Numerous studies have been investigated to assess the relationship between the fertility related gene, CYP19,
and reproduction in cow; however only scanty studies were performed on CYP19 gene in buffalo. The present
study was designed to isolate a fragment of CYP19 gene containing exon 9 and to detect any polymorphism
associated with infertility in Egyptian buffalo cows. CYP19 gene fragment was isolated by using PCR
technique and detected by the direct sequencing and single strand conformation polymorphism (SSCP). A
fragment (locus) of CYP19 gene with size of 446bp was successfully amplified. No SNP was detected in
this locus as revealed by a monomorphic SSCP pattern observed in normal cyclic and anestrous animals.
The results of SSCP were confirmed by nucleotide sequencing. Alignment of nucleotide sequences of this
locus showed 100% identity with Indian water buffaloes (EF126034) and 99% identity with Bos Taurus
(Z69249.1). The present study concluded that the sequence of CYP19 is highly conserved between cattle
and buffalo
and reproduction in cow; however only scanty studies were performed on CYP19 gene in buffalo. The present
study was designed to isolate a fragment of CYP19 gene containing exon 9 and to detect any polymorphism
associated with infertility in Egyptian buffalo cows. CYP19 gene fragment was isolated by using PCR
technique and detected by the direct sequencing and single strand conformation polymorphism (SSCP). A
fragment (locus) of CYP19 gene with size of 446bp was successfully amplified. No SNP was detected in
this locus as revealed by a monomorphic SSCP pattern observed in normal cyclic and anestrous animals.
The results of SSCP were confirmed by nucleotide sequencing. Alignment of nucleotide sequences of this
locus showed 100% identity with Indian water buffaloes (EF126034) and 99% identity with Bos Taurus
(Z69249.1). The present study concluded that the sequence of CYP19 is highly conserved between cattle
and buffalo
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