Study of Let.Dw Gene Identified in G. Hirsutum Type of Cotton in Interspecies Hybrid Joints

Authors

  • Jumayev Farhod Hajikurbanovich Candidate of biological sciences, associate professor, Bukhara State University, Bukhara, Uzbekistan

DOI:

https://doi.org/10.51699/ijbea.v1i5.506

Keywords:

Cotton, lethal, gene, hybrid, interspecies, first generation, second generation, genotype, phenotype, species, line, heredity, evolution

Abstract

In this article, the influence of the lethal Let dw gene identified in the L-691 line of the G. hirsutum type of cotton obtained by artificial industrialization on the morphological characteristics of the cotton in the next stages of interspecies hybridization and the heredity of this gene were studied and conclusions were drawn based on the scientific results.

References

Abdullayev A.A. (2010) - "Atlas rhoda Gossypium L/ xlopchatnika" Tashkent, Izd. SCIENCE 258-259.

Abdullayev A.A. (1974) - "Evolution I systematics polyploidnix vidov khlopchatnika" Tashkent, FAN Oz SSR str. 216-233.

Jumayev F.H. (1997) – Cytophenogenetics rassheplyayushegosya karlika khlopchatnika G. Hirsutum L. Autoref. Na sois. sugar Boil. Nauk. Tashkent. Str. 22

Jumayev F.H., Abzalov M.F. (1997) - Plant effect of the new Let,dw gene in cotton of G. hirsutum species. J. Cotton. T. N1 Bet 10-11

Jumayev F.H. The role of soy in soil productivity and efficient use of lands.American journal of agriculture and horticulture innovations.Volume 02 Issue 10- 2022. 41-44

Kanash S.S. (1932) - Mejbidovaya hybridizatsiya v pridelakh raznochromosomniy vidov hlopchatnika. Trudy Sr. Aznihi.

Mauer F.M (1954) – Khlopchatnik. roof 1. Tashkent izd AN. page 5-55.

Mauer F.M (1938) - O preskhajdenii kulturnikh vidov khlopchatnika. Izvest. AN USSR. sir Biologist N3.

Nikolaeva A.G (1920) – Primenenie cytologicheskogo metoda prireshenie nekorikh voprosov genetiki. Trudy III Vsesoyuz. Siezda po selexii a semenovodstvu. Saratov.

Fadeeva TS (1980) - Sranitelnaya genetics plant. L. izd. LGU. str 106-108.

Beasley J (1942) - Meiotic chromosome behavior in species, species hybrids. Haploids and induced polyploids of Gossypium. Genetics. N27.PP.141-160.

Denhan H (1924) – The cytology of the cotton plant. Ann.Bot. London. N38.

Harland S. (1940) - Taxonomic relationships in the genus Gossypium. J.Wash .acad .Sel.N30

Phillips L.L. (1977) – Interspecific incompatibility in Gossypium .IY. Temperature – conditional lethality in hybrid of G. klotzschianium. Amer. J.Bot.Y.64.N7 pp914-915

Samora P. (1994) - Localization and Mapping of the Le1 and Le 2 loci of cotton G.hirsutum.J. Heredity Y.85 n2 pp 151-157

Skosted A. (1934) – Cetological studies in cotton. II. Two interspecific hybrids between Asiatic and New World cottons. J. Genet. N28 pp. 407-424

Stelli D.M (1990) – Localization of the Le 2 locus of the cotton G.hirsutum. J.Heredity N81 pp193-197

Stephens G.(1947) - Cytogenetics of Gossypium and the problem of the origin of New Word cotton . Advances in genetics. N1 pp 33-39

Webber J.M (1935) – Interepecitic hybdiration in Gossypium and the metodic behaviour F1 plants. J.Agr . Res. V.51. N12.

Rakhmonberdievich, Y. O., & Razzokov, K. K. (2022). Scientific Methods of Analysis to Improve Occupational Safety by the Sanitary and Hygienic Condition of Industrial Premises. European Journal of Life Safety and Stability (2660-9630), 1-5.

Downloads

Published

2022-11-28

How to Cite

Hajikurbanovich, J. F. . (2022). Study of Let.Dw Gene Identified in G. Hirsutum Type of Cotton in Interspecies Hybrid Joints. International Journal of Biological Engineering and Agriculture, 1(5), 118–120. https://doi.org/10.51699/ijbea.v1i5.506

Issue

Section

Articles