[article] 
inNepal Agriculture Research Journal > Vol. 8 (2007) . - 1-6 p.

Title :	Optimization of PCR Conditions for DNA Amplification of Common Buckwheat Using EST Primers
Material Type:	printed text
Authors:	Joshi, Bal K., Author ; Kazutoshi, Okuno, Author ; T. Hara, Author
Publication Date:	2007
Article on page:	1-6 p.
Languages :	English (eng)
Keywords:	Annealing  temperature,  buckwheat,  EST  markers,  optimization  of  PCRconditions
Abstract:	Under optimal conditions the PCR reaction is very efficient; microgram quantities may be synthesized from a single molecule of substrate DNA. DNA of four lines of common buckwheat (Kyusu, Canada, Miyazaki and Botansoba) was used to optimize PCR reaction and cycling program of 26 primers for DNA amplification of common buckwheat. Annealing temperature (Ta), PCR cycle number and MgCl2 concentration were considered optimum if the single clear band was observed. Of the 26 primers Ta of only 10 primers could be optimized. Three primer pairs performed best at Ta of 54oC. The optimum concentration of MgCl2 was found to be 1.5mM for all primer pairs. Similarly the number of PCR cycles was found to be 40 for all 10 primer pairs except for primer pair 57. Optimized PCR conditions were used for subsequent studies such as transferability of EST primers to other Fagopyrum species and construction of linkage map.
Link for e-copy:	http://elibrary.narc.gov.np/?r=17

[article] Optimization of PCR Conditions for DNA Amplification of Common Buckwheat Using EST Primers [printed text] / Joshi, Bal K., Author ; Kazutoshi, Okuno, Author ; T. Hara, Author . - 2007 . - 1-6 p.
Languages : English (eng)
in Nepal Agriculture Research Journal > Vol. 8 (2007) . - 1-6 p.

Keywords:	Annealing  temperature,  buckwheat,  EST  markers,  optimization  of  PCRconditions
Abstract:	Under optimal conditions the PCR reaction is very efficient; microgram quantities may be synthesized from a single molecule of substrate DNA. DNA of four lines of common buckwheat (Kyusu, Canada, Miyazaki and Botansoba) was used to optimize PCR reaction and cycling program of 26 primers for DNA amplification of common buckwheat. Annealing temperature (Ta), PCR cycle number and MgCl2 concentration were considered optimum if the single clear band was observed. Of the 26 primers Ta of only 10 primers could be optimized. Three primer pairs performed best at Ta of 54oC. The optimum concentration of MgCl2 was found to be 1.5mM for all primer pairs. Similarly the number of PCR cycles was found to be 40 for all 10 primer pairs except for primer pair 57. Optimized PCR conditions were used for subsequent studies such as transferability of EST primers to other Fagopyrum species and construction of linkage map.
Link for e-copy:	http://elibrary.narc.gov.np/?r=17