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the following A mutationpreventsparamutation in maize
Nobel Laureate and former CSHL research Barbara McClintockdiscoveredtransposons in maize
V.L. 2002A mutationpreventsparamutation in maize
LischCC CareyJE DorweilerVL Chandler2002A mutationpreventsparamutation in maize
Free ArticleRelated citations Select item 1195990118.A mutationpreventsparamutation in maize
improper storage(passive) caused byaflatoxins in maize
in early 2007 , the group of Jim Birchler at the University of Missouri – Columbia reportedcreatingminichromosomes in maize
Rhizoctonia solani ( R. solani ) , a plant pathogenic fungus with a wide host range(passive) is caused byBLSB in maize
that included total RNA datasets and PacBio fl - cDNA datato discoverlncRNAs in maize
George Spraguediscoveredheterofertilization in maize
fiscal sustainability and correct market distortionshave createdoverdependence on maize
the reduction in secondary ears(passive) caused bythe reduction in secondary ears
The extensive damage(passive) caused byThe extensive damage
in transgenic lines with up to 46 % increase in oil contentresultedin transgenic lines with up to 46 % increase in oil content
Ultrastructural changes(passive) caused byUltrastructural changes
on Saturday , 26 January 2013 Written by Dr. A. R. Chaudhry Tweet History and economic importanceCreatedon Saturday , 26 January 2013 Written by Dr. A. R. Chaudhry Tweet History and economic importance
in higher net benefits , marginal rate of returns and returns per naira investment than sole croppingconsistently resultedin higher net benefits , marginal rate of returns and returns per naira investment than sole cropping
stress(passive) caused bystress
toxicity(passive) caused bytoxicity
to alleviating vitaminmay contributeto alleviating vitamin
ear rot resistance(passive) caused byear rot resistance
the depopulationtriggeredthe depopulation
disease severity(passive) caused bydisease severity
the results of bioaccessibility / bioavailabilitymay have influencedthe results of bioaccessibility / bioavailability
a constant change of genic and nongenic regions by using transposable elements , leading to diversity among different maize lines.[citation needed ] Long - terminal repeat ( LTRcausea constant change of genic and nongenic regions by using transposable elements , leading to diversity among different maize lines.[citation needed ] Long - terminal repeat ( LTR
to massive losses of one of the duplicated gene copies [ 6ledto massive losses of one of the duplicated gene copies [ 6