Self-incompatibility system of Oenothera organensis for the detection of genetic effects at low radiation doses.

The self-incompatibility system of Oenothera organensis is used to analyze the frequency of S locus mutations induced by low doses (2.5-20 rad) of fast neutrons and x-rays. Th principles and methods of the screening system for detection of low dose effects have been presented. The results show that...

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Autores principales: Ramulu, K S, Schibilla, H, Dijkhuis, P
Formato: Texto
Lenguaje:English
Publicado: 1981
Materias:
Research Article
Acceso en línea:https://www.ncbi.nlm.nih.gov/pmc/articles/PMC1568643/
https://www.ncbi.nlm.nih.gov/pubmed/7460883
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author Ramulu, K S
Schibilla, H
Dijkhuis, P
author_facet Ramulu, K S
Schibilla, H
Dijkhuis, P
author_sort Ramulu, K S
collection PubMed
description The self-incompatibility system of Oenothera organensis is used to analyze the frequency of S locus mutations induced by low doses (2.5-20 rad) of fast neutrons and x-rays. Th principles and methods of the screening system for detection of low dose effects have been presented. The results show that low doses induced significantly higher frequencies of seeds and seedlings than those produced spontaneously. The analyses of part of the progenies derived from the control and treated series suggested that they were due to revertible mutations. A modified in vitro method of culturing pollinated cut styles has been developed for rapid screening of compatible pollen tubes.
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spelling pubmed-15686432006-09-19 Self-incompatibility system of Oenothera organensis for the detection of genetic effects at low radiation doses. Ramulu, K S Schibilla, H Dijkhuis, P Environ Health Perspect Research Article The self-incompatibility system of Oenothera organensis is used to analyze the frequency of S locus mutations induced by low doses (2.5-20 rad) of fast neutrons and x-rays. Th principles and methods of the screening system for detection of low dose effects have been presented. The results show that low doses induced significantly higher frequencies of seeds and seedlings than those produced spontaneously. The analyses of part of the progenies derived from the control and treated series suggested that they were due to revertible mutations. A modified in vitro method of culturing pollinated cut styles has been developed for rapid screening of compatible pollen tubes. 1981-01 /pmc/articles/PMC1568643/ /pubmed/7460883 Text en
spellingShingle Research Article
Ramulu, K S
Schibilla, H
Dijkhuis, P
Self-incompatibility system of Oenothera organensis for the detection of genetic effects at low radiation doses.
title Self-incompatibility system of Oenothera organensis for the detection of genetic effects at low radiation doses.
title_full Self-incompatibility system of Oenothera organensis for the detection of genetic effects at low radiation doses.
title_fullStr Self-incompatibility system of Oenothera organensis for the detection of genetic effects at low radiation doses.
title_full_unstemmed Self-incompatibility system of Oenothera organensis for the detection of genetic effects at low radiation doses.
title_short Self-incompatibility system of Oenothera organensis for the detection of genetic effects at low radiation doses.
title_sort self-incompatibility system of oenothera organensis for the detection of genetic effects at low radiation doses.
topic Research Article
url https://www.ncbi.nlm.nih.gov/pmc/articles/PMC1568643/
https://www.ncbi.nlm.nih.gov/pubmed/7460883
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AT schibillah selfincompatibilitysystemofoenotheraorganensisforthedetectionofgeneticeffectsatlowradiationdoses
AT dijkhuisp selfincompatibilitysystemofoenotheraorganensisforthedetectionofgeneticeffectsatlowradiationdoses

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