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(1974)
Metody fitopatologii (Methods in Phytopathology), Moscow: Kolos
(1985)
Nepostoyanstvo genoma (Genome Instability)
(1988)
rotransposon Transposition Intermediates Are Encapsi - dated into Virus - like Particles
(1995)
Drosophila Retrotransposons, in Molecular Biology, Intelligence Unit, Austin, Tex.: Langes
N.L. Reznik, O.V. Kidgotko, L.I. Zolotova, N.G. Shuppe (1995)
Heterologous Indication of Tu1 Transposition: Reverse Transcription Plays a Key Role in Triggering the Retrotransposition CycleGenetika, 31
R.B. Khesin (1985)
Nepostoyanstvo genoma
(1997)
High Susceptibility of Fruit to Colletotrichum phomoides (Sacc) Chest in gs/gs Lines, Rep. Tomato Gen
N.P. Dubinin (1986)
Obshchaya genetika
N. Reznik, O. Kidgotko, L. Zolotova, N. Shuppe (1995)
[Heterologous induction of the retrotransposon Ty1: reverse transcriptase plays a key role in initiating the retrotransposition cycle].Genetika, 31 12
(1986)
Obshchaya genetika (General Genetics)
L.I. Zolotova, B.V. Andrianov, T.V. Gorelova (1996)
Polymorphism of Retrotransposon Virus-like Particles in Drosophila and Yeast CellsGenetika, 32
Zolotova Li, Andrianov Vv, Gorelova Tv, Klitsunova Nv, Reznik Nl, Shuppe Ng (1996)
[Polymorphism of virus-like particles of retrotransposons in Drosophila and yeast cells]., 32
T.S. Fadeeva, V.I. Burenin (1990)
Genetika kul'turnykh rastenii: zernobobovye ovoshch-nye, bakhchevye
David Finnegan (1990)
Transposable elements and DNA transposition in eukaryotes.Current opinion in cell biology, 2 3
(1997)
High Susceptibility of Fruit to Colletotrichum phomoides ( Sacc ) Chest in gs / gs Lines
(1985)
Element Transposition: Reverse Transcriptase and Virus-like Par ticles
(1988)
Genetika kul'turnykh rastenii: kukuruza, ris, proso, oves
D. Garfinkel, J. Boeke, G. Fink (1985)
Ty element transposition: Reverse transcriptase and virus-like particlesCell, 42
T. Gorelova, N.L. Resnick, N.G. Schuppe (1989)
Retrotransposon transposition intermediates are encapsidated into virus‐like particlesFEBS Letters, 244
F. Belzile, M. Lassner, Y. Tong, R. Khush, J. Yoder (1989)
Sexual transmission of transposed activator elements in transgenic tomatoes.Genetics, 123 1
S.U. Song, T. Gerasimova, M. Kurkulos (1994)
Genet. Dev.
Andrianov Bv, Shuppe Ng (1994)
[Tv1--a new family of Drosophila virilis retrotransposons]., 30
I.R. Arkhipova, N.V. Lyubomirskaya, Y.V. Ilyin (1995)
Molecular Biology
F. Aiala, D. Kaiger (1988)
Sovremennaya genetika
Z. Kirai, Z. Klement, F. Shoimoshi, I. Veresh (1974)
Metody fitopatologii
S. Song, T. Gerasimova, M. Kurkulos, J. Boeke, V. Corces (1994)
An env-like protein encoded by a Drosophila retroelement: evidence that gypsy is an infectious retrovirus.Genes & development, 8 17
(1987)
Linkage Maps of the Tomato (Licopersicon esculentum)
(2000)
A Tomato SequenceTagged Connector (STC) Database, Rep. Tomato Gen
L. Zolotova, V. Andrianov, T. Gorelova, N. Klitsunova, N. Reznik, N. Shuppe (1996)
[Polymorphism of virus-like particles of retrotransposons in Drosophila and yeast cells].Genetika, 32 11
(1988)
Sovremennaya genetika (Modern Genetics)
(2000)
Jumping Tomato Gene
Studies on tomato culture revealed for the first time two phenomena: (1) instability of gene gs (green stripes on fruits) and (2) spontaneous expression of the character determined by the gs gene without involvement of sexual reproduction in some cultivars. The instability of the gs gene was detected by the phenotypic expression of character in different plants from the same strain, racemes of the same plant, fruits of the same raceme, and parts of the same fruit. The instability of the gsgene may be determined by endogenous regulatory genetic elements causing specific changes of the character, with the degree of these changes varying for different parts of the fruit and places of its formation on the plant. The instability of the gs gene was expressed for four generations. There were no other phenotypic changes in the offsprings studied. In addition, migration of the recessive gs gene to other cultivars followed by its complete expression in a whole plant or some parts of the plant was observed. Exogenous transfer of thegsgene is suggested.
Russian Journal of Genetics – Springer Journals
Published: Oct 13, 2004
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