FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4285802078> ?p ?o ?g. }

• W4285802078 endingPage "1867" @default.
• W4285802078 startingPage "1867" @default.
• W4285802078 abstract "Many cell lines in the embryogenic callus cannot produce somatic embryos (SEs) even if they meet the optimal SE maturation culture conditions during conifer somatic embryogenesis. This phenomenon hinders the progress of the industrial-scale reproduction of conifers. Therefore, there is an urgent need to obtain morphological and physiological markers to screen embryogenic calli in response to SE maturation conditions. To detect cell lines with high somatic embryogenesis potential during the proliferation process, we counted the number of pro-embryos and early SEs (ESEs) in different cell lines and storage substances, endogenous hormones, and polyamine contents. The results showed that the yield of P. koraiensis SEs was heavily dependent on genotype (p = 0.001). There were high levels of PE III (pro-embryo III) number, ESE number, and soluble protein content, in the response cell lines (R cell lines), which were 1.6-, 3-, and 1.1-fold those of the obstructive cell lines (B cell lines), respectively. The B cell line had high levels of starch, auxin (IAA), Put, Spd, and putrescine: spermine (Put: Spm) compared to the R cell line. In addition, the numbers of PE III, ESEs, and soluble protein content were significantly positively correlated with SE yield. In contrast, the contents of starch, abscisic acid (ABA), Put, Spm, and Spd were significantly negatively correlated with SE yield. To ensure the accuracy of the results, we used nine cell lines to test the results. The PE III and ESE numbers and the Spm and Spd contents were positively correlated with SE yield, while the levels of starch, ABA, IAA, Put: Spd, and Put: Spm were negatively correlated with SE yield. Thus, we recommend using high PE III and ESEs as morphological indicators and low levels of starch, IAA, ABA, and Put: Spm as physiological markers to screen cell lines with a high somatic embryogenesis potential. In addition, we also found that the relationship between Spd, Spm, and SE yield was opposite in the two experimental results. Therefore, we speculate that the differences in Spd and Spm content are mainly affected by genotype. In conclusion, this study obtained the morphological and physiological markers of some high-somatic embryogenic cell lines by comparing the differences between nine somatic embryogenic cell lines. Our results can guide the improvement of conifer somatic embryogenesis technology and can provide a theoretical basis for accelerating the application of biotechnology in large-scale artificial breeding." @default.
• W4285802078 created "2022-07-19" @default.
• W4285802078 creator A5001990274 @default.
• W4285802078 creator A5003118124 @default.
• W4285802078 creator A5006605583 @default.
• W4285802078 creator A5040277814 @default.
• W4285802078 creator A5057262198 @default.
• W4285802078 creator A5080102032 @default.
• W4285802078 creator A5083665214 @default.
• W4285802078 date "2022-07-18" @default.
• W4285802078 modified "2023-10-13" @default.
• W4285802078 title "Morphological and Physiological Indicators for Screening Cell Lines with High Potential for Somatic Embryo Maturation at an Early Stage of Somatic Embryogenesis in Pinus Koraiensis" @default.
• W4285802078 cites W107803781 @default.
• W4285802078 cites W1840368647 @default.
• W4285802078 cites W1965939121 @default.
• W4285802078 cites W1975698893 @default.
• W4285802078 cites W1977287963 @default.
• W4285802078 cites W1983878127 @default.
• W4285802078 cites W1998762300 @default.
• W4285802078 cites W2016040816 @default.
• W4285802078 cites W2038459394 @default.
• W4285802078 cites W2042607313 @default.
• W4285802078 cites W2044429161 @default.
• W4285802078 cites W2048684043 @default.
• W4285802078 cites W2050786666 @default.
• W4285802078 cites W2058736263 @default.
• W4285802078 cites W2060060678 @default.
• W4285802078 cites W2063860985 @default.
• W4285802078 cites W2109963492 @default.
• W4285802078 cites W2118546410 @default.
• W4285802078 cites W2121203066 @default.
• W4285802078 cites W2121541136 @default.
• W4285802078 cites W2143736950 @default.
• W4285802078 cites W2149130746 @default.
• W4285802078 cites W2168348108 @default.
• W4285802078 cites W2170908567 @default.
• W4285802078 cites W2265942372 @default.
• W4285802078 cites W2588756037 @default.
• W4285802078 cites W2613610208 @default.
• W4285802078 cites W2614270458 @default.
• W4285802078 cites W2625378910 @default.
• W4285802078 cites W2748860313 @default.
• W4285802078 cites W2796545787 @default.
• W4285802078 cites W2916999484 @default.
• W4285802078 cites W2919401661 @default.
• W4285802078 cites W2954307542 @default.
• W4285802078 cites W2990211229 @default.
• W4285802078 cites W3026487466 @default.
• W4285802078 cites W3081067223 @default.
• W4285802078 cites W3083424721 @default.
• W4285802078 cites W3167090414 @default.
• W4285802078 cites W4241620377 @default.
• W4285802078 cites W4243254036 @default.
• W4285802078 cites W785172071 @default.
• W4285802078 cites W97259155 @default.
• W4285802078 doi "https://doi.org/10.3390/plants11141867" @default.
• W4285802078 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35890500" @default.
• W4285802078 hasPublicationYear "2022" @default.
• W4285802078 type Work @default.
• W4285802078 citedByCount "6" @default.
• W4285802078 countsByYear W42858020782022 @default.
• W4285802078 countsByYear W42858020782023 @default.
• W4285802078 crossrefType "journal-article" @default.
• W4285802078 hasAuthorship W4285802078A5001990274 @default.
• W4285802078 hasAuthorship W4285802078A5003118124 @default.
• W4285802078 hasAuthorship W4285802078A5006605583 @default.
• W4285802078 hasAuthorship W4285802078A5040277814 @default.
• W4285802078 hasAuthorship W4285802078A5057262198 @default.
• W4285802078 hasAuthorship W4285802078A5080102032 @default.
• W4285802078 hasAuthorship W4285802078A5083665214 @default.
• W4285802078 hasBestOaLocation W42858020781 @default.
• W4285802078 hasConcept C104317684 @default.
• W4285802078 hasConcept C134305767 @default.
• W4285802078 hasConcept C16685009 @default.
• W4285802078 hasConcept C181199279 @default.
• W4285802078 hasConcept C196843134 @default.
• W4285802078 hasConcept C201468095 @default.
• W4285802078 hasConcept C2776109719 @default.
• W4285802078 hasConcept C2777167505 @default.
• W4285802078 hasConcept C2779591172 @default.
• W4285802078 hasConcept C54355233 @default.
• W4285802078 hasConcept C55493867 @default.
• W4285802078 hasConcept C59822182 @default.
• W4285802078 hasConcept C71924100 @default.
• W4285802078 hasConcept C81885089 @default.
• W4285802078 hasConcept C86803240 @default.
• W4285802078 hasConcept C87073359 @default.
• W4285802078 hasConcept C95444343 @default.
• W4285802078 hasConcept C9549007 @default.
• W4285802078 hasConceptScore W4285802078C104317684 @default.
• W4285802078 hasConceptScore W4285802078C134305767 @default.
• W4285802078 hasConceptScore W4285802078C16685009 @default.
• W4285802078 hasConceptScore W4285802078C181199279 @default.
• W4285802078 hasConceptScore W4285802078C196843134 @default.
• W4285802078 hasConceptScore W4285802078C201468095 @default.
• W4285802078 hasConceptScore W4285802078C2776109719 @default.
• W4285802078 hasConceptScore W4285802078C2777167505 @default.
• W4285802078 hasConceptScore W4285802078C2779591172 @default.

• next