FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W137483661> ?p ?o ?g. }

• W137483661 endingPage "153" @default.
• W137483661 startingPage "139" @default.
• W137483661 abstract "Since first transgenic plant resistant to insects was produced some 20 years ago, a number of novel resistance genes from different origin were discovered and used for plant transformation. First transgenic insect resistant plant contained cry (Bt) gene from bacterium Bacillus thuringiensis. In the middle of 1990's transgenic maize and, some time latter, cotton having cry genes stared to be produced commercially. In the European Union several maize events having cry genes and conferring resistance either to European corn borer (Ostrinia nubilalis Hubner) or western corn rootworm (Diabrotica virgifera virgifera LeConte) have been approved for food and feed, some for cultivation as well. Several other maize events having stacked two or more genes for insect resistance or genes for insect resistance and herbicide tolerance have also been approved. Very effective insecticidal genes named vip, originating also from Bacillus species (B. thuringiensis and B. cereus) are very close to commercial exploitation. Promising results were also obtained when other genes like those for enzyme cholesterol oxidase (microbial origin), avidin (from chicken egg white), chitinase and neuropeptides (insect origin) were used for plant transformation to confer insect resistance. Plants naturally produce different secondary metabolites that, if the expression level of those antimetabolites is high enough, adversely affect insects. A pest insect, in order to be able to feed on some plant species, had to develop resistance to certain antimetabolites that specific plant produces. However, expression of plant resistance genes from other plant species driven by strong promoters enabled development of plants resistant also to pest insects that before easily fed on certain plant species. Genes of three groups of plant protein antimetabolites were used for this purpose: (i) proteinase inhibitors, (ii)  -amylase inhibitors and (iii) lectins. While single proteinase inhibitors have quite narrow spectrum of insecticidal activity, lectins showed insecticidal activity to different orders of insects, even to sap-sucking insects belonging to the order Homoptera. Breeding of new cultivars resistant to insect pests should be continued, and special efforts should be made in production of insect resistant transgenic plants that will hinder the development of insect resistance to the recombinantly- expressed antimetabolites or toxins. Possible way to achieve this is the stacking of two or more insecticidal genes with different mode of action into the same plant. Refuge strategy that diminishes development of insect resistance to Bt toxins also has to be carried out consistently." @default.
• W137483661 created "2016-06-24" @default.
• W137483661 creator A5010534003 @default.
• W137483661 creator A5020413069 @default.
• W137483661 creator A5022540550 @default.
• W137483661 creator A5071195976 @default.
• W137483661 creator A5091432187 @default.
• W137483661 date "2008-09-26" @default.
• W137483661 modified "2023-09-23" @default.
• W137483661 title "TRANSGENIC PLANTS EXPRESSING INSECT RESISTANCE GENES" @default.
• W137483661 cites W1496591734 @default.
• W137483661 cites W1500189661 @default.
• W137483661 cites W1835983669 @default.
• W137483661 cites W1984752917 @default.
• W137483661 cites W1994654612 @default.
• W137483661 cites W2003433647 @default.
• W137483661 cites W2011362687 @default.
• W137483661 cites W2011971850 @default.
• W137483661 cites W2021516280 @default.
• W137483661 cites W2028661059 @default.
• W137483661 cites W2038276020 @default.
• W137483661 cites W2050403833 @default.
• W137483661 cites W2062706925 @default.
• W137483661 cites W2066285003 @default.
• W137483661 cites W2078767021 @default.
• W137483661 cites W2080491926 @default.
• W137483661 cites W2086458348 @default.
• W137483661 cites W2092715636 @default.
• W137483661 cites W2097729542 @default.
• W137483661 cites W2110091705 @default.
• W137483661 cites W2118660769 @default.
• W137483661 cites W2124058214 @default.
• W137483661 cites W2138205958 @default.
• W137483661 cites W2145373033 @default.
• W137483661 cites W2153394473 @default.
• W137483661 cites W2329974729 @default.
• W137483661 cites W292403341 @default.
• W137483661 cites W2957958279 @default.
• W137483661 hasPublicationYear "2008" @default.
• W137483661 type Work @default.
• W137483661 sameAs 137483661 @default.
• W137483661 citedByCount "3" @default.
• W137483661 countsByYear W1374836612013 @default.
• W137483661 countsByYear W1374836612014 @default.
• W137483661 countsByYear W1374836612015 @default.
• W137483661 crossrefType "journal-article" @default.
• W137483661 hasAuthorship W137483661A5010534003 @default.
• W137483661 hasAuthorship W137483661A5020413069 @default.
• W137483661 hasAuthorship W137483661A5022540550 @default.
• W137483661 hasAuthorship W137483661A5071195976 @default.
• W137483661 hasAuthorship W137483661A5091432187 @default.
• W137483661 hasConcept C102230213 @default.
• W137483661 hasConcept C104317684 @default.
• W137483661 hasConcept C122172344 @default.
• W137483661 hasConcept C154615088 @default.
• W137483661 hasConcept C177756618 @default.
• W137483661 hasConcept C204241405 @default.
• W137483661 hasConcept C22508944 @default.
• W137483661 hasConcept C2775862463 @default.
• W137483661 hasConcept C2776776645 @default.
• W137483661 hasConcept C2777612826 @default.
• W137483661 hasConcept C2777716713 @default.
• W137483661 hasConcept C2779035793 @default.
• W137483661 hasConcept C2780778831 @default.
• W137483661 hasConcept C2780924277 @default.
• W137483661 hasConcept C2781138550 @default.
• W137483661 hasConcept C523546767 @default.
• W137483661 hasConcept C54355233 @default.
• W137483661 hasConcept C59822182 @default.
• W137483661 hasConcept C86803240 @default.
• W137483661 hasConceptScore W137483661C102230213 @default.
• W137483661 hasConceptScore W137483661C104317684 @default.
• W137483661 hasConceptScore W137483661C122172344 @default.
• W137483661 hasConceptScore W137483661C154615088 @default.
• W137483661 hasConceptScore W137483661C177756618 @default.
• W137483661 hasConceptScore W137483661C204241405 @default.
• W137483661 hasConceptScore W137483661C22508944 @default.
• W137483661 hasConceptScore W137483661C2775862463 @default.
• W137483661 hasConceptScore W137483661C2776776645 @default.
• W137483661 hasConceptScore W137483661C2777612826 @default.
• W137483661 hasConceptScore W137483661C2777716713 @default.
• W137483661 hasConceptScore W137483661C2779035793 @default.
• W137483661 hasConceptScore W137483661C2780778831 @default.
• W137483661 hasConceptScore W137483661C2780924277 @default.
• W137483661 hasConceptScore W137483661C2781138550 @default.
• W137483661 hasConceptScore W137483661C523546767 @default.
• W137483661 hasConceptScore W137483661C54355233 @default.
• W137483661 hasConceptScore W137483661C59822182 @default.
• W137483661 hasConceptScore W137483661C86803240 @default.
• W137483661 hasIssue "2" @default.
• W137483661 hasLocation W1374836611 @default.
• W137483661 hasOpenAccess W137483661 @default.
• W137483661 hasPrimaryLocation W1374836611 @default.
• W137483661 hasRelatedWork W1578383539 @default.
• W137483661 hasRelatedWork W1587545897 @default.
• W137483661 hasRelatedWork W1607237851 @default.
• W137483661 hasRelatedWork W1611913894 @default.
• W137483661 hasRelatedWork W186079486 @default.

• next