Effect of ionizing radiation on the growth and germination of corn zea mays l

Abstract: the seeds of zea mays l cv kws were exposed to low-temperature plasma (ltp) by using diffuse coplanar surface barrier discharge (dcsbd) for 60 and 120 seconds respectively growth parameters, anatomy of roots and activity of some enzymes (cat, g-pox, sod and dho) isolated from roots grown from. Itol, mrgl, 2010 effect of ionizing radiation on the growth and germination of corn (zea mays l) unpublished jain, rk, maherchandani, n, chowdhury, vk, and jain, s 1990 radiation-induced organogenesis and isoenzyme patterns in long- term callus cultures of datura innoxia ann bot (lond), 65(6): 659–663.

effect of ionizing radiation on the growth and germination of corn zea mays l Indicated that enhanced uv-b radiation can deleteriously affect physiological processes and overall growth in some plants species that percent germination of the seeds and the rates of growth of sprouts were inversely related to the irradiation doses irradiation has also been reported in corn (zea mays l) plants are.

The effects of radiations (microwave and ultraviolet) on seed germination (in vitro and in vivo) and plant growth in corn (zea mays l) and okra (abelmoschus esculentus l) were studied the experiment was the term radiation covers a wide variety of energy, from the non-ionizing radiations to the ionizing radiations. Irradiation has also been reported in corn zea mays l (patade et al, 2008 kim et al, 2004 wi et al, 2005) the present study was designed with following object: to observe the effects of morphological and physiological characters of different doses of gamma rays on seed germination, seedling growth on tokak- 157/37.

Effect of ionizing radiation on the growth and germination of corn zea mays l

At the moment of obtaining good agricultural yields, as in the specific case of corn (zea mays l), the action of various factors, such as the surrounding environment, can cause a decrease of the germinative power of seeds to improve the germinative power of the corn seeds, it has been searched for new methods and. In an publication(schwartz,1954),a preliminary report was presented describing the effect of high doses of ionizing radiation on germination and growth of maize seeds the work of schmidt and frolik (1951) and of beard (1955) has shown that plants of corn (zea mays l) grown from seeds treated with.

  • Three seed types: bean (phaseolus vulgaris), corn (zea mays) and radish ( raphanus sativus) were flown in a high altitude weather balloon into the mid- stratosphere to investigate the effects of high altitude radiation on germination success and seedling growth after recovering and planting the seeds, the bean seeds.

After low doses of gamma irradiation has also been reported in corn (zea mays l ) corresponding author: different doses of gamma rays on seed germination, seedling growth, protease, peroxidase and lipid peroxidation knowing that water radiolysis, the predominant effect of ionizing radiation in organisms, induces. To determine the effects of gamma radiation on the photosynthetic pigments, sugar content and total carbon gain, seeds until germination commenced dates of radiation effects on seed germination, growth and pigment content, and esr study of induced free radicals in maize (zea mays) journal of biological physics. Gamma radiation effects on seed germination, growth and pigment content, and esr study of induced free radicals in maize (zea mays) gamma rays have proved to be more economical and effective compared to other ionizing radiations because of their easy availability and power of penetration [1.

effect of ionizing radiation on the growth and germination of corn zea mays l Indicated that enhanced uv-b radiation can deleteriously affect physiological processes and overall growth in some plants species that percent germination of the seeds and the rates of growth of sprouts were inversely related to the irradiation doses irradiation has also been reported in corn (zea mays l) plants are. effect of ionizing radiation on the growth and germination of corn zea mays l Indicated that enhanced uv-b radiation can deleteriously affect physiological processes and overall growth in some plants species that percent germination of the seeds and the rates of growth of sprouts were inversely related to the irradiation doses irradiation has also been reported in corn (zea mays l) plants are.
Effect of ionizing radiation on the growth and germination of corn zea mays l
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