000			02598nam a22002057a 4500
005			20170802105006.0
008			161215b2016 xxu||||| |||| 00| 0 eng d
041			_aeng
082			_a2628-T
100			_aImran Tariq (2014-VA-505) _927553
110			_cDr. Muhammad Imran _934526
245			_aDevelopment Of Novel MtDNA Metabarcodes For Species Differentiation Of Class Reptilia
260			_c2016.
300			_a62p.;
502			_aThe FoImer COI: mtDNA. universal primers that are considered standard for DNA barcoding of life contain so many =matches against the target sequences of vertebrate men tat they often end in failure to amplify many of vertebrate DNA eurections. This disaepancy fawn foe the seaman and designing of new metabarcode panes that can be used m ideally all inditdrals of vertebrees or at least all individuals represented in a class of Vertebrate such as Cass Reprilia. The current study was embadang on such an endeavor The proposed study was develop new m5DNA membarc ode that may be used as universal Kilns; to amplify almost all species of Class Repalia for different formic and molectdr biodivesity analyses. Blood and tissue samples were collected from Class Repdha (at :east 24 species from every ceder reported to be present in Pakistan) DNA was extracted from the collected specimen through stacdasd organic method. qualified and =meted and then PCR-amplified using novel universal primers selected from aligned =DNA sequences origtadng from all repdlian mitochondria DNA pnomes submitted to diens online sequence databases such as NCB: micleotide database. Tne sensitiviry. of PCR was assessed using a range of DNA come:madam. The amplified products were sequenced on A131 Genetic Analyzed following Sarge's dideacy method of sequencing. The correctness of obtained croDNA sequences were examined visually in Chromes Lite 2.1 software and then alipmmt of these sequences were per: waxed agitinc highly similar DNA sequences in NCBI nu6eonde databases using BLAST in order to identify the coigin of la-noun =DNA sequences sequencing everimeas and phyla...net< studies was confirm the specificity of the universal primer set developed and present a novel metabarcode for species level identification of large number of reptelian species. So, In future this barcode can be used for species identification in various fields of study such as illegal trade and molecular estimation of boidiversity.
650			_aMolecular Biology and Biotechnology _934527
700			_aDr. Wasim Shehzad _98918
700			_aDr. Saadat Ali _924846
942			_cTH
999			_c9856 _d9855