Last edited by Taular
Friday, October 16, 2020 | History

3 edition of Radiation mutagenesis in wheat found in the catalog.

Radiation mutagenesis in wheat

Petŭr G. Savov

Radiation mutagenesis in wheat

by Petŭr G. Savov

  • 120 Want to read
  • 33 Currently reading

Published by Agricole Pub. Academy in New Delhi .
Written in English

    Subjects:
  • Wheat -- Mutation breeding.,
  • Wheat -- Effect of gamma rays on.

  • Edition Notes

    StatementPeter Georgiev Savov.
    Classifications
    LC ClassificationsSB191.W5 S2483 1989
    The Physical Object
    Paginationxii, 213 p. :
    Number of Pages213
    ID Numbers
    Open LibraryOL1832413M
    ISBN 108185005605
    LC Control Number89904315

    Mutation, a heritable change in a genetic characteristic of an organism, is a natural process that creates new variants (alleles) of genes. Mutation is the primary source of all genetic variations existing in any organism, including ion so created by mutation provides the raw material for natural selection and is a driving force in evolution. Chapter 28 (Page no: ) Applications of in vitro techniques in mutation breeding of vegetatively propagated crops. This chapter focuses on the use of in vitro techniques, i.e. protoplast-, cell-, tissue- and organ culture, in various steps and for different purposes in mutation breeding of vegetatively propagated crops. The principles and key steps of in vitro mutagenesis and in vitro.

    Induced Mutagenesis in Wheat for the improvement of drought and heat tolerance: Environmental stresses the wheat production. Use of Mutation in Plant Breeding: Mutagenesis is widely use in plant breeding for the improve of crops. Barley was the first crop . plant mutagenesis, the earlier perception of mutation induction as a random, uncontrolled process of empiric nature has also changed, and plant mutagenesis is now fully capitalising on advances in molecular- and bio-tech-nologies, such as TILLING, and is an essential tool also in research on gene discovery and gene function. They have.

    1. Introduction. Radiation mutagenesis technology has been widely used to generate novel mutants for expanding breeding resources. Since E. R. Sears successfully transferred a leaf rust resistance gene Lr9 from Aegilops umbellulata Zhuk. to wheat by ionizing radiation [], this technology has been effectively applied to wheat and related species for developing interspecific translocations [2,3 Cited by: 1. Mutagenesis - the Key to Genetic Analysis M.G. Neuffer, Guri Johal, M.T. Chang, and Sarah Hake Abstract Mutagenesis is a major key to understanding gene function. Most chapters in this hook take advantage of mutant alleles to advance the knowledge of maize traits. The chemical mutagen, EMS, has been particularly important because it has a.


Share this book
You might also like
Geology of the Trout Lakes area

Geology of the Trout Lakes area

peacock trees.

peacock trees.

Effectiveness of an expert system for teaching casting defect diagnosis in engineering and technical education

Effectiveness of an expert system for teaching casting defect diagnosis in engineering and technical education

use of microcomputers in school chemistry

use of microcomputers in school chemistry

200 contemporary authors

200 contemporary authors

Kit

Kit

The Kansas Media Book! (Carole Marsh Kansas Books)

The Kansas Media Book! (Carole Marsh Kansas Books)

APPLICATION GUIDELINES FY2003... PARTNERSHIP AGREEMENTS FY 2003... NATIONAL ENDOWMENT FOR THE ARTS

APPLICATION GUIDELINES FY2003... PARTNERSHIP AGREEMENTS FY 2003... NATIONAL ENDOWMENT FOR THE ARTS

The new IRA handbook

The new IRA handbook

Sailing: Inside Passages

Sailing: Inside Passages

Young women in China

Young women in China

Bolivia

Bolivia

Indian philosophy and modern culture

Indian philosophy and modern culture

Studies in Chinese Buddhism

Studies in Chinese Buddhism

Reading readiness

Reading readiness

Samoan dictionary

Samoan dictionary

Radiation mutagenesis in wheat by Petŭr G. Savov Download PDF EPUB FB2

The final chapter deals with radiation mutagenesis and the genetic potential of the wheat plant in respect of height, yield and disease resistance. The book as whole is based on work between and involving 20 Bulgarian, Soviet, French and Mexican varieties and for the most part 18 : P.

Savov. Ion beam radiation mutagenesis. using heavy-ion beam mutagenesis. Einkorn wheat seeds were exposed to a heavy-ion beam and then sown in the field. Selfed seeds from each spike of M1 plants. Chemical Mutagenesis of Wheat for Herbicide Resistance V.N. Ndou BSc (Agriculture) Microbiology (University of KwaZulu-Natal) vigorous and healthy seedlings for effective mutagenesis in wheat, 2) investigate variations in wheat lines showed variable degree of herbicide resistance compared to untreated controls.

ment of a new species and variation. Radiation-induced mutations as a tool for generating novel genetic variabil-ity in plants advanced as a field after the discovery of the mutagenic action of X-rays demonstrated in maize, barley and wheat by Stadler.[17] The first commercial mutant variety was produced in tobacco in Prior to.

() 7(5): Table.1 Treatment details Treatment code Treatment details Gamma rays T 1 – gy Irradiation of seeds with Gy Gamma-rays T 2 – gy Irradiation of seeds with Gy Gamma-rays T 3– gy Irradiation of seeds with Gy Gamma-rays EMS T 4 – % EMS Presoaking of seeds for 6 hrs.

followed by g in. MUTATION RESEARCH CHEMICAL MUTAGENESIS IN TRITICUM AESTIVUM* H. SHAMA RAO** AND E. SEARS*** Field Crops Department, University of Missouri, Columbia, Mo. (U.S.A.) (Received August 7th, J) SUMMARY Treatment of common wheat with ethyl methanesulfonate had effects strikingly dif- ferent from those characteristically obtained in irradiation by: radiation, such as gamma rays (-rays), X-rays and fast neutrons.

Several types of ionizing radiation, i.e. X- and gamma rays, alpha and beta particles, protons and neutrons, produce the ability called ionization or ion pairs, as they pass through subject matter.

Gamma rays have generally a shorter wavelength and hence possess more energy. InFile Size: KB. The genetic improvement of crops is a crucial component of the efforts to address pressures on global food security and nutrition (Ronald ).It is estimated that food production should be at least doubled by the year in order to meet the needs of a continually growing population (Ray et al.

; Tester and Langridge ; FAO ).The availability of heritable variation is a Cited by: 6. Mutagenesis in crop improvement under the climate change Romanian Biotechnological Letters, Vol. 15, No. 2, Supplement () 89 techniques. This is exactly what happens in nature (through evolution) and leads to the fixation of the mutation events.

All that plant breeders do is mimic nature in this regard. Mutagenesis, mutant preparation, and characterization.

Mutants are the major driving force in genetics; they are critical for the analysis of gene function and the genetic improvement of crops. As species evolve, natural mutants are generated; such mutants have played an important role in functional genomics and molecular breeding [8,9].

Following this discovery, the use of ionizing radiation and chemical mutagens has been used extensively in the study of genetics and contributed a great deal to our understanding of biology as a whole. Ionizing Radiation.

Ionizing radiation includes ultra-violet (UV) light, X-ray, Gamma rays, and neutrons. from book Crop Improvement: New Approaches and Modern Techniques (pp - ) Mutagenesis - A Potential Approach for Crop Improvement Chapter May with 6, Reads.

results on induced mutagenesis on different crops under the title “ Role of classical mutation breeding in crop improvement”.

Chapters contributed by multidisciplinary group of competent scientists will be an excellent reference book on classical mutation breeding. It is hoped that the book will prove immense value to researchFile Size: KB. Pasta and bread wheat are polyploid species that carry multiple copies of each gene.

Therefore, loss-of-function mutations in one gene copy are frequently masked by functional copies on other genomes. We sequenced the protein coding regions of 2, mutant lines and developed a public database including more than 10 million by: Radiation breeding was discovered in the s when Lewis Stadler of the University of Missouri used X-rays on maize and barley.

In the case of barley, the resulting plants were white, yellow, pale yellow and some had white stripes. InStadler first published his findings on radiation-induced mutagenesis. Mutagenesis / m juː t ə ˈ dʒ ɛ n ɪ s ɪ s / is a process by which the genetic information of an organism is changed, resulting in a may occur spontaneously in nature, or as a result of exposure to can also be achieved experimentally using laboratory procedures.

CRISPR/Cas9-mediated genome editing is a powerful technology that has been used for the genetic modification of a number of crop species. In order to evaluate the efficacy of CRISPR/Cas9 technology in the root crop, sweet potato (Ipomoea batatas), two starch biosynthetic pathway genes, IbGBSSI (encoding granule-bound starch synthase I), and IbSBEII (encoding starch branching enzyme II), were Cited by: 1.

Varieties of wheat, including almost all of the most popular varieties used to make top-grade Italian pasta, vegetables, fruit, rice, herbs and cotton have been altered or enhanced with gamma rays.

Chapter 19 (Page no: ) Irradiation - facilitated chromosomal translocation: wheat as an example. This chapter covers the different aspects of irradiation-facilitated chromosomal translocation in plants, focusing on the types of chromosome translocation induced by irradiation, development of useful translocation lines, radiation mutagens inducing chromosome breakages, genotypes targeted for.

Shirasawa et al. () conducted re-sequencing of Micro-Tom mutants generated through EMS and gamma-ray radiation mutagenesis to locate the induced SNP and In Del mutations. To identify these mutations, paired-end reads by Illumina sequencing have been obtained for 8 Micro-Tom lines and mapped to the tomato reference by: 6.

breeding. In wheat, chemical and ionizing radiation mutagenesis have been universally used to generate genetic variations for breeding researches and genetic studies (Cheng et al., ).

In total, mutant varieties of wheat were developed by physical or chemical mutagens from to (IAEA, ). New forms such as semi-dwarfism, early.

Plant material and gamma irradiation. A hexaploid common wheat (Triticum aestivum L.) line with colored-seeds developed by Korea University (accession no. K) were of K were exposed to acute and chronic gamma irradiations at dosages of, and Gy The different doses are the total absorbed dose at the end of the exposure time, which means that for the same .Plant mutagenesis is rapidly coming of age in the aftermath of recent developments in high-resolution molecular and biochemical techniques.

By combining the high variation of mutagenised populations with novel screening methods, traits that are almost impossible to identify by conventional breeding are now being developed and characterised at the molecular by: