TAILIEUCHUNG - Modification by compositional antimutagens of the key stages of a mutation process

t: In experiments with Escherichia coli B/r WP2(trpE-), mice marrow cells and human lymphocytes the antimutagenic activity of an extract from Zizyphus mill was performed. The extract was tested separately and in mixture with Triticum aestivum. | Turk J Biol 27 (2003) 137-143 © TÜB‹TAK Modification by Compositional Antimutagens of the Key Stages of a Mutation Process Urkhan ALEKPEROV, Ali ALIEV, Afet RUSTAMOVA Institute of Genetics, 155 Prospect Azadliq, 370106, Baku, Republic of Azerbaijan Saida JAFAROVA Baku State University, Z. Khalilov Street 23, 370145, Baku, Republic of Azerbaijan Received: Abstract: In experiments with Escherichia coli B/r WP2(trpE-), mice marrow cells and human lymphocytes the antimutagenic activity of an extract from Zizyphus mill was performed. The extract was tested separately and in mixture with Triticum aestivum. In experiments with different treatment schemes it has been established that the extract from wheat sprouts added to an antimutagenic preparation from Zizyphus mill intensifies the genoprotective properties of the Zizyphus mill extract. Key Words: mutation, antimutagens, plant extracts, chromosome aberrations, gene mutations Introduction As a result of intensive research in the field of genome protection, associated with the possibility for most antimutagens (AMs) to be used not only against the processes of induced mutagensis but also against carcinogenesis, more than 100 genoprotective agents are already known and their numbers are growing every year. Among these compounds, plant AMs are the most promising ones (1-7). The mechanisms by which AMs decrease mutation rates are different due to the specific characters of these compounds to influence particular stages of the mutation formation process. It has been shown that these compounds may inactivate genotoxicants or inhibit the metabolic activation of promutagens as well as correct the mutation process through influencing the process of DNA replication and repair (710). The efficiency of AMs is largely determined by the genoprotective agent’s ability to participate in the correction, at least, of some key stages of multistage mutation processes. The solution to the problem of how to achieve increases

• Sinh học
• Plant extracts
• Chromosome aberrations
• Gene mutations
• Zizyphus mill
• Triticum aestivum
• Antimutagenic activity
• Bio efficacy
• Fruit borers and plant extracts
• Managing fruit borers in okra
• Plant extracts for managing fruit borers
• Cordia myxa
• Alternaria alternata
• Fungicides and plant extracts
• Lehsua through plant extracts
• Study of antihyperglycaemic activity
• Streptozotocin induced diabetic mice
• Antioxidant activities of medicinal plant extracts
• Medicinal plant extracts
• Antihyperglycemic activity
• Journal of law and criminal justice
• Antimicrobial activities of essential oils
• Antimicrobial activities of plant extracts
• Prime candidates for alternate sanitizers
• Plant extracts against common foodborne pathogens in vitro
• Aqueous plant extracts
• Erwinia carotovora
• Postharvest soft rot
• Potato caused by Erwinia carotovora
• Antibacterial efficacy
• Aqueous plant extracts against storage
• Decimal assay for additivity
• Interaction of some plant extracts
• Some antibiotics against
• Salmonella from chickens
• Meloidogyne incognita
• Plant extracts on root knot
• Nematode Meloidogyne incognita infecting tomato
• Incognita infecting tomato
• Invitro study of chemicals
• Bio agents against Pestalotiopsis mangiferae
• Grey leaf spot of mango
• Antimicrobial activity
• Antibiotic resistant bacteria
• Antibacterial activity of plant extracts
• Antifungal activity
• In vitro efficacy
• Poisoned food technique
• Plant extracts against Phytophthora infestans
• In vitro screening of plant extracts
• In vitro screening
• Trichoderma harzianum
• Carbendazim against Fusarium oxysporium
• Lycopersici on tomato
• Mango storage
• Post harvest application of plant extracts
• Storage condition
• Post harvest physiology of mango
• Induced resistance
• Alternaria solani
• Lantana camara
• Plant extracts as inducer
• Bio agents
• Phytophthora infestans
• Certain bio agents
• Plant extracts against late blight
• Plant extracts against late blight of tomato
• Silver nanoparticles
• Green synthesis
• Characterization of AgNps
• AgNps using plant extracts
• Trichoderma spp
• Lasiodiplodia pseudotheobromae
• Biocontrol agents against lasiodiplodia theobromae
• Efficacy of some plant extracts
• Fusarium oxysporium
• Plant extract
• Plant extracts against wilt
• Whereas Tulsi was least effective
• Mycilial growth
• Blond psyllium
• Bio agent
• Plant extracts and bio agents
• Exserohilum turcicum
• Plant etracts
• Turcicum leaf blight of maize
• Plant extracts against exserohilum turcicum
• Evaluation of fungicides
• Agricultural science
• Comparative efficacy of some bioagents
• Plant aqueous extracts
• Controlling Meloidogyne incognita
• Yield of grapevines
• Aegopodium podagraria
• Antibacterial activity
• Herb drug interactions
• Tube dilution method
• In vitro evaluation
• Plant leaf extracts and wilt
• In vitro condition
• Bio efficacy of botanical leaf extracts
• Semi erect to semispreading habit
• Immunity booster
• Natural products
• Cassaytha capillaries
• Plant Cassytha capillaries (Meissen)
• The extracts of the plant
• Antibacterial activities
• Methicillin resistant
• Methicillinresistant Staphylococcus aureus
• Non microbial origin
• Enterohemorrhagic Escherichia coli
• Staphylococcus aureus
• Multi drug resistant pseudomonas aeruginosa