Advanced biotechniques offer the potential for greater precision and efficiency in genetic manipulation of crop species. Applications of molecular markers in Brachiaria include assessment of genetic variation, gene tagging, and genetic mapping. In particular, recent applications of molecular-mark...
Tohme, Joseph M.
,
Palacios, Natalia
,
Lenis, S.
,
Roca, William M.
,
[Applications of biotechnology to Brachiaria]
,
Applications of biotechnology to Brachiaria
Tohme, Joseph M.
,
Palacios, N
,
Lenis, S
,
Roca, William M.
,
[Aplicaciones de la biotecnología al género Brachiaria]
,
Aplicaciones de la biotecnología al género Brachiaria
Ramírez, H.
,
Calderón, A.
,
Roca, William M.
,
[Técnicas moleculares para evaluar y mejorar el germoplasma vegetal]
,
Técnicas moleculares para evaluar y mejorar el germoplasma vegetal
engAdvanced biotechniques offer the potential for greater precision and efficiency in genetic manipulation of crop species. Applications of molecular markers in Brachiaria include assessment of genetic variation, gene tagging, and genetic mapping. In particular, recent applications of molecular-m...
Tohme, Joseph M.
,
Palacios, N
,
Lenis, S
,
Roca, William M.
,
[Applications of biotechnology to Brachiaria]
,
Applications of biotechnology to Brachiaria
Several important aspects of the use of molecular markers in cassava germplasm characterization and in plant breeding programs are indicated. Basic concepts considered include protein and DNA electrophoresis. In the case of cassava, isoenzyme electrophoresis was applied to confirm duplicates dete...
Ramírez, H.
,
Calderón, A.
,
Roca, William M.
,
[Tecnicas moleculares para evaluar y mejorar el germoplasma vegetal]
,
Tecnicas moleculares para evaluar y mejorar el germoplasma vegetal