Publications by authors named "Oluwakemisola Olofintila"

Article Synopsis
  • Seedling disease management relies on accurately identifying pathogens, and a recent study focused on isolating oomycetes from diseased cotton roots to determine the associated species.
  • Culture-independent methods like PCR and high-throughput sequencing were used alongside traditional culture-based methods to identify oomycete species, revealing crucial data about their presence and abundance.
  • The combined findings from both methods provided a detailed understanding of oomycetes related to cotton seedling disease, which is vital for future research and may encourage similar studies in other regions.
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Cultivated pear consists of several Pyrus species with Pyrus communis (European pear) representing a large fraction of worldwide production. As a relatively recently domesticated crop and perennial tree, pear can benefit from genome-assisted breeding. Additionally, comparative genomics within Rosaceae promises greater understanding of evolution within this economically important family.

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Many oomycete species are associated with the seedlings of crops, including upland cotton ( L.), which leads to annual threats. The diversity of oomycete species in Alabama needs to be better understood since the last survey of oomycetes associated with cotton in Alabama was 20 years ago-before significant updates to taxonomy and improvements in identification of oomycetes using molecular tools.

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The spermosphere is the transient, immediate zone of soil around imbibing and germinating seeds. It represents a habitat where there is contact between seed-associated microbes and soil microbes, but it is studied less than other plant habitats. Previous studies on spermosphere microbiology were primarily culture based or did not sample the spermosphere soil as initially defined in space and time.

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