In this work, the effects of engineered ferrihydrite and hematite NPs on the germination and growth of maize are studied.
Phosphorus changes in soil-P fractions in the maize rhizosphere were studied in a greenhouse experiment.
Three types of maize particles were studied, including wedged particles, quadrate particles and round particles impacting on the oblique wall.
The effects of polysaccharide elicitor k-carrageenan obtained from Hypnea musciformis, red algae on the production of Induced Secondary Metabolites, ISMs (the disease resistance compounds) and on various growth characters of chickpea and maize plants were studied.
The effects of DCPTA on the photosynthetic characteristics (photosynthesis, stomata conductance, intercellular CO2, and transpiration rate), related physiological characteristics (contents of soluble sugar and starch), chlorophyll fluorescence parameters (Fo, Fm, Fv/Fm, Fv/Fo, qP, and qN) and the weight of dry matter in maize seedling were studied.
Five isolates of C. maydis obtained from infected maize plants were studied on a susceptible cultivar Baladi.
In our study a broad set of maize inbreds were studied, whereas in previous papers mostly two contrasting genotypes were included to study the transcriptomic response upon abiotic stress.
Despite a relatively recent origin, T2 has been subject to natural selection for tens of thousands of years, whereas the maize polyploids were studied in the first generations following synthesis in the laboratory.
Possible unintended effects of the genetic modification on the pattern of expression of maize natural allergens were studied using IgE-immunoblot and sera from maize-allergic patients.
When representative cereal genotypes of oat, barley, maize and wheat were studied, amplification was obtained in all the cereals using OS1H10 flanking primers while only the maize genotype, Zea diploperensis, gave amplification with OS1A6 flanking primers.
