Development of RAPD protocol for Shorea laevis

To study genetic diversity of Shorea leavis using RAPD, optimization of the method is necessary to obtain good resolution. Two kinds of PCR conditions, emplyoing 109 random primers of Kit B, C,E, F, G and H from Operon Technology Ltd. were tried on S. laevis DNA extracted by CTAB miniprep method. It...

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Autores principales: Siregar, U.J., Sudarmonowati, E., Sri Hartati, N.
Formato: Journal Article
Lenguaje:Inglés
Publicado: 1998
Materias:
Acceso en línea:https://hdl.handle.net/10568/17929
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author Siregar, U.J.
Sudarmonowati, E.
Sri Hartati, N.
author_browse Siregar, U.J.
Sri Hartati, N.
Sudarmonowati, E.
author_facet Siregar, U.J.
Sudarmonowati, E.
Sri Hartati, N.
author_sort Siregar, U.J.
collection Repository of Agricultural Research Outputs (CGSpace)
description To study genetic diversity of Shorea leavis using RAPD, optimization of the method is necessary to obtain good resolution. Two kinds of PCR conditions, emplyoing 109 random primers of Kit B, C,E, F, G and H from Operon Technology Ltd. were tried on S. laevis DNA extracted by CTAB miniprep method. It was found out that the most suitable PCR condition for S. laevis is condition, which require more PCR cycles, compunded with higher MgCl2, concentration, employed more DNA sample and primer. Further survey using two primers on 110 individuals from natural habitat showed that S.laevis has considerable amount of genetic variation
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spelling CGSpace179292025-01-24T14:12:01Z Development of RAPD protocol for Shorea laevis Siregar, U.J. Sudarmonowati, E. Sri Hartati, N. biochemical techniques dna genetic variation polymerase chain reaction shorea laevis To study genetic diversity of Shorea leavis using RAPD, optimization of the method is necessary to obtain good resolution. Two kinds of PCR conditions, emplyoing 109 random primers of Kit B, C,E, F, G and H from Operon Technology Ltd. were tried on S. laevis DNA extracted by CTAB miniprep method. It was found out that the most suitable PCR condition for S. laevis is condition, which require more PCR cycles, compunded with higher MgCl2, concentration, employed more DNA sample and primer. Further survey using two primers on 110 individuals from natural habitat showed that S.laevis has considerable amount of genetic variation 1998 2012-06-04T09:04:45Z 2012-06-04T09:04:45Z Journal Article https://hdl.handle.net/10568/17929 en Siregar, U. J., Sudarmonowati, E., Sri Hartati, N. 1998. Development of RAPD protocol for Shorea laevis . Annales Bogorienses 5 (2) :85-92.
spellingShingle biochemical techniques
dna
genetic variation
polymerase chain reaction
shorea laevis
Siregar, U.J.
Sudarmonowati, E.
Sri Hartati, N.
Development of RAPD protocol for Shorea laevis
title Development of RAPD protocol for Shorea laevis
title_full Development of RAPD protocol for Shorea laevis
title_fullStr Development of RAPD protocol for Shorea laevis
title_full_unstemmed Development of RAPD protocol for Shorea laevis
title_short Development of RAPD protocol for Shorea laevis
title_sort development of rapd protocol for shorea laevis
topic biochemical techniques
dna
genetic variation
polymerase chain reaction
shorea laevis
url https://hdl.handle.net/10568/17929
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