Keywords: Xanthomonads, plant pathogens, RNA sequencing, 5′ enriched ends, transcription start sites, xanthan biosynthesis.
PASmiR's interface allows users to retrieve miRNA-stress regulatory entries by keyword search using plant species, abiotic stress, and miRNA identifier.
With SEO, you need to come up with keywords that you plant in your headings, subheadings, content and tags.
Search Engine Optimization (SEO) is a way of planting keywords in your web content so that search engines naturally ("organically") return your site as near the top of the search results as possible.
The user can retrieve plant lncRNA entries from a well-organized interface through a keyword search by using the name of plant species or a lncRNA identifier.
Our strategy included electronic database searches (CINAHL, EMBASE, Global Health, CAB Abstracts, and Medline) with keywords: herbal, herb, medicinal plant, botanical and Hispanic or Latino along with a manual search of retrieved references.
A small BLAST database containing ribosomal RNA sequences from a variety of plants was constructed from entries using a keyword search of Genbank.
Then electronic databases including PubMed, Scopus, ScienceDirect, and Google Scholar were searched for each of the plants in TIM plus epilepsy, anticonvulsant, or seizure as the keywords.
The search strategy was designed and conducted with a controlled vocabulary supplemented with keywords to search for studies of phytochemicals ("phytotherap∗", "phytochemical∗", "plant", and "plants"), fungochemicals (mushr∗), pain ("pain" and "nociception"), and cancer ("cancer" and "neoplas∗").
Subsets were metazoa, eubacteria, archaea, plants, fungi and "other eukaryotes" in turn, and only proteins from complete proteomes were included (keyword: KW-0181).
We used text search to identify the keywords "cellulose", "cellulase", "carbon source", "plant cell wall" or "polysaccharide" in the publications for non-cellulose-degrading species.
