Finding a suitable DNA barcode for Mesoamerican orchids
Loading...
Date
Authors
Gigot, Guillaume
van Alphen Stahl, Jonathan
Bogarín Chaves, Diego Gerardo
Warner Pineda, Jorge
Chase, Mark W.
Savolainen, Vincent
Journal Title
Journal ISSN
Volume Title
Publisher
Universidad de Costa Rica
Abstract
Description
Recently, DNA barcoding has emerged as an effec- tive tool for species identification. This has the poten- tial for many useful applications in conservation, such as biodiversity inventories, forensics and trade sur- veillance. It is being developed as an inexpensive and rapid molecular technique using short and standard- ized DNA sequences for species identification.
Recently, DNA barcoding has emerged as an effec- tive tool for species identification. This has the poten- tial for many useful applications in conservation, such as biodiversity inventories, forensics and trade sur- veillance. It is being developed as an inexpensive and rapid molecular technique using short and standard- ized DNA sequences for species identification.
Recently, DNA barcoding has emerged as an effec- tive tool for species identification. This has the poten- tial for many useful applications in conservation, such as biodiversity inventories, forensics and trade sur- veillance. It is being developed as an inexpensive and rapid molecular technique using short and standard- ized DNA sequences for species identification.
Keywords
DNA barcoding, orchids, Costa Rica, plastid genome, coding region, trnH-psbA, DNA barcoding, orchids, Costa Rica, plastid genome, coding region, trnH-psbA