Expression of ethylene receptor gene LeETR2 in tomato mutant Epi and construction of its antisense expression vector

The expressive characteristics of LeETR2 mRNA in tomato mutant Epi and its wild type VFN8 have been studied with RNase protect analysis (RPA) technique. The results showed that LeETR2 mRNA expressed in all the tissues examined, and it's expression was unaffected by the endogenous ethylene in le...

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Main Authors: ZHENG Tie-song, YING Tie-jin, ZENG Guang-wen, HE Guo-qing
Format: Article
Language:English
Published: Zhejiang University Press 2001-03-01
Series:浙江大学学报. 农业与生命科学版
Subjects:
Online Access:https://www.academax.com/doi/10.3785/1008-9209.2001.02.0156
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author ZHENG Tie-song
YING Tie-jin
ZENG Guang-wen
HE Guo-qing
author_facet ZHENG Tie-song
YING Tie-jin
ZENG Guang-wen
HE Guo-qing
author_sort ZHENG Tie-song
collection DOAJ
description The expressive characteristics of LeETR2 mRNA in tomato mutant Epi and its wild type VFN8 have been studied with RNase protect analysis (RPA) technique. The results showed that LeETR2 mRNA expressed in all the tissues examined, and it's expression was unaffected by the endogenous ethylene in leaves. However, LeETE2 mRNA was developmentally regulated, and partially induced by ethylene in fruits. The results indicated that LeETR2 mRNA exhibits different expression pattern from other ethylene receptor genes in tomato. Moreover, LeETR2 antisense gene expression vector has been constructed for further research.
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institution Kabale University
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2097-5155
language English
publishDate 2001-03-01
publisher Zhejiang University Press
record_format Article
series 浙江大学学报. 农业与生命科学版
spelling doaj-art-4cb4ce63ce854a0e8aa3ce6b8ee501762025-08-20T03:58:14ZengZhejiang University Press浙江大学学报. 农业与生命科学版1008-92092097-51552001-03-012715616010.3785/1008-9209.2001.02.015610089209Expression of ethylene receptor gene LeETR2 in tomato mutant Epi and construction of its antisense expression vectorZHENG Tie-songYING Tie-jinZENG Guang-wenHE Guo-qingThe expressive characteristics of LeETR2 mRNA in tomato mutant Epi and its wild type VFN8 have been studied with RNase protect analysis (RPA) technique. The results showed that LeETR2 mRNA expressed in all the tissues examined, and it's expression was unaffected by the endogenous ethylene in leaves. However, LeETE2 mRNA was developmentally regulated, and partially induced by ethylene in fruits. The results indicated that LeETR2 mRNA exhibits different expression pattern from other ethylene receptor genes in tomato. Moreover, LeETR2 antisense gene expression vector has been constructed for further research.https://www.academax.com/doi/10.3785/1008-9209.2001.02.0156Ethylene receptorLeETR2Antisense geneRPATomato
spellingShingle ZHENG Tie-song
YING Tie-jin
ZENG Guang-wen
HE Guo-qing
Expression of ethylene receptor gene LeETR2 in tomato mutant Epi and construction of its antisense expression vector
浙江大学学报. 农业与生命科学版
Ethylene receptor
LeETR2
Antisense gene
RPA
Tomato
title Expression of ethylene receptor gene LeETR2 in tomato mutant Epi and construction of its antisense expression vector
title_full Expression of ethylene receptor gene LeETR2 in tomato mutant Epi and construction of its antisense expression vector
title_fullStr Expression of ethylene receptor gene LeETR2 in tomato mutant Epi and construction of its antisense expression vector
title_full_unstemmed Expression of ethylene receptor gene LeETR2 in tomato mutant Epi and construction of its antisense expression vector
title_short Expression of ethylene receptor gene LeETR2 in tomato mutant Epi and construction of its antisense expression vector
title_sort expression of ethylene receptor gene leetr2 in tomato mutant epi and construction of its antisense expression vector
topic Ethylene receptor
LeETR2
Antisense gene
RPA
Tomato
url https://www.academax.com/doi/10.3785/1008-9209.2001.02.0156
work_keys_str_mv AT zhengtiesong expressionofethylenereceptorgeneleetr2intomatomutantepiandconstructionofitsantisenseexpressionvector
AT yingtiejin expressionofethylenereceptorgeneleetr2intomatomutantepiandconstructionofitsantisenseexpressionvector
AT zengguangwen expressionofethylenereceptorgeneleetr2intomatomutantepiandconstructionofitsantisenseexpressionvector
AT heguoqing expressionofethylenereceptorgeneleetr2intomatomutantepiandconstructionofitsantisenseexpressionvector