FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4310135774> ?p ?o ?g. }

• W4310135774 abstract "Abstract Cannabis sativa prenyltransferase 4 (CsPT4) and prenyltransferase 1 (CsPT1) have been shown to catalyze the step in the cannabinoid biosynthetic pathway that generates cannabigerolic acid (CBGA), the substrate for the end-point enzymes that generate cannabidiolic acid (CBDA) and tetrahydrocannabinolic acid (THCA). Prior studies from our lab suggest that CBGA production rate-limits the pathway. There is a lack of understanding concerning how important cannabinoid biosynthetic genes are regulated as cannabinoid synthesis increases during female flower development. Both CsPT genes were shown to be highly expressed in flowers. The genes were also found to be present in leaves and roots. GUS staining also detected the promoter activities in leaves of seedlings, and the promoter activities were drastically stronger in the section of the sugar leaves where glandular trichomes are formed. In silico analysis of the two CsPT genes revealed several hormone and transcription factor responsive elements. Dual luciferase assays were conducted to determine whether a hormone could alter the promoter activities of CsPT1 and CsPT4 . The results showed that CsPT4 pro was activated following treatment from salicylic acid (SA), gibberellic acid (GA), ethylene, ABA, and cytokinin, while the CsPT1 promoter was activated following SA, ethylene, ABA, and auxin treatment. In parallel studies, a correlation was observed between multiple cannabinoid biosynthetic pathway genes and SA application to the cannabis growing medium, along with a correlation between MeSA floral application and an increase in cannabinoid content. The results from all aspects of this study demonstrated an interaction between certain hormones and cannabinoid synthesis." @default.
• W4310135774 created "2022-11-30" @default.
• W4310135774 creator A5009025874 @default.
• W4310135774 creator A5025572130 @default.
• W4310135774 creator A5076255596 @default.
• W4310135774 creator A5081536187 @default.
• W4310135774 date "2022-11-26" @default.
• W4310135774 modified "2023-10-17" @default.
• W4310135774 title "Analysis of hormonal regulation of promoter activities of<i>Cannabis sativa</i>prenyltransferase 1 and 4 and salicylic acid mediated regulation of cannabinoid biosynthesis" @default.
• W4310135774 cites W1524216246 @default.
• W4310135774 cites W1546145242 @default.
• W4310135774 cites W1587964038 @default.
• W4310135774 cites W1917224101 @default.
• W4310135774 cites W1937293185 @default.
• W4310135774 cites W1981259120 @default.
• W4310135774 cites W1994317594 @default.
• W4310135774 cites W1999150296 @default.
• W4310135774 cites W2000776030 @default.
• W4310135774 cites W2001569178 @default.
• W4310135774 cites W2010404149 @default.
• W4310135774 cites W2019846514 @default.
• W4310135774 cites W2021689905 @default.
• W4310135774 cites W2035067252 @default.
• W4310135774 cites W2040473651 @default.
• W4310135774 cites W2044766729 @default.
• W4310135774 cites W2048708082 @default.
• W4310135774 cites W2052821301 @default.
• W4310135774 cites W2053346842 @default.
• W4310135774 cites W2059208560 @default.
• W4310135774 cites W2064891801 @default.
• W4310135774 cites W2080713696 @default.
• W4310135774 cites W2097154314 @default.
• W4310135774 cites W2100945610 @default.
• W4310135774 cites W2105595936 @default.
• W4310135774 cites W2105596036 @default.
• W4310135774 cites W2117856189 @default.
• W4310135774 cites W2123065598 @default.
• W4310135774 cites W2124979541 @default.
• W4310135774 cites W2132135175 @default.
• W4310135774 cites W2133732533 @default.
• W4310135774 cites W2136826170 @default.
• W4310135774 cites W2137485044 @default.
• W4310135774 cites W2139748813 @default.
• W4310135774 cites W2146406245 @default.
• W4310135774 cites W2146737581 @default.
• W4310135774 cites W2152622447 @default.
• W4310135774 cites W2282484587 @default.
• W4310135774 cites W2409995121 @default.
• W4310135774 cites W2531065778 @default.
• W4310135774 cites W2585138688 @default.
• W4310135774 cites W2601071569 @default.
• W4310135774 cites W2763359349 @default.
• W4310135774 cites W2792954673 @default.
• W4310135774 cites W2883500808 @default.
• W4310135774 cites W2911256426 @default.
• W4310135774 cites W2917202476 @default.
• W4310135774 cites W2921363914 @default.
• W4310135774 cites W2927423910 @default.
• W4310135774 cites W2958480493 @default.
• W4310135774 cites W2970493850 @default.
• W4310135774 cites W2971923090 @default.
• W4310135774 cites W2983182192 @default.
• W4310135774 cites W2990153543 @default.
• W4310135774 cites W2998674745 @default.
• W4310135774 cites W2998791196 @default.
• W4310135774 cites W3002015385 @default.
• W4310135774 cites W3006695265 @default.
• W4310135774 cites W3010197333 @default.
• W4310135774 cites W3016628469 @default.
• W4310135774 cites W3035998300 @default.
• W4310135774 cites W3037308961 @default.
• W4310135774 cites W3090668212 @default.
• W4310135774 cites W3094962941 @default.
• W4310135774 cites W3095233590 @default.
• W4310135774 cites W3109490782 @default.
• W4310135774 cites W3122854701 @default.
• W4310135774 cites W3129667168 @default.
• W4310135774 cites W3130661446 @default.
• W4310135774 cites W3135071775 @default.
• W4310135774 cites W3139079540 @default.
• W4310135774 cites W3163678258 @default.
• W4310135774 cites W3191381575 @default.
• W4310135774 cites W3199598160 @default.
• W4310135774 cites W3208114050 @default.
• W4310135774 cites W4206314489 @default.
• W4310135774 cites W4210592512 @default.
• W4310135774 cites W4220738239 @default.
• W4310135774 cites W4220966982 @default.
• W4310135774 cites W4224952133 @default.
• W4310135774 cites W4232876905 @default.
• W4310135774 cites W4240307459 @default.
• W4310135774 cites W4247510221 @default.
• W4310135774 cites W4284695909 @default.
• W4310135774 cites W3033701072 @default.
• W4310135774 doi "https://doi.org/10.1101/2022.11.25.517997" @default.
• W4310135774 hasPublicationYear "2022" @default.
• W4310135774 type Work @default.
• W4310135774 citedByCount "0" @default.
• W4310135774 crossrefType "posted-content" @default.
• W4310135774 hasAuthorship W4310135774A5009025874 @default.

• next