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- W3006563003 abstract "Sorghum has been considered a recalcitrant plant in vitro and suffers from a lack of regeneration protocols that function broadly and efficiently across a range of genotypes. This study was initiated to identify differential genotype-in vitro protocol responses across a range of bioenergy sorghum parental lines and the common grain sorghum genotype Tx430 in order to characterize response profiles for use in future genetic studies. Two different in vitro protocols, LG and WU, were used for comparisons. Distinct genotype-protocol responses were observed, and the WU protocol performed significantly better for plantlet regeneration. Most bioenergy genotypes performed as well, if not better than Tx430, with Rio and PI329311 as the top regenerating lines. Genotypes displayed protocol-dependent, differential phenolic exudation responses, as indicated by medium browning. During the callus induction phase, genotypes prone to medium browning exhibited a response on WU medium which was either equal or greater than on LG medium. Genotype- and protocol-dependent albino plantlet regeneration was also noted, with three of the bioenergy genotypes showing albino plantlet regeneration. Grassl, Rio and Pink Kafir were susceptible to albino plantlet regeneration, with the response strongly associated with the WU protocol. These bioenergy parental genotypes, and their differential responses under two in vitro protocols, provide tools to further explore and assess the role of genetic loci, candidate genes, and allelic variants in the regulation of in vitro responsiveness in sorghum." @default.
- W3006563003 created "2020-02-24" @default.
- W3006563003 creator A5046359219 @default.
- W3006563003 creator A5053718461 @default.
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- W3006563003 date "2020-02-14" @default.
- W3006563003 modified "2023-10-18" @default.
- W3006563003 title "Comparative Analysis of In Vitro Responses and Regeneration between Diverse Bioenergy Sorghum Genotypes" @default.
- W3006563003 cites W1120021637 @default.
- W3006563003 cites W1526889343 @default.
- W3006563003 cites W157273886 @default.
- W3006563003 cites W1580908855 @default.
- W3006563003 cites W1795897921 @default.
- W3006563003 cites W1964723458 @default.
- W3006563003 cites W1965424868 @default.
- W3006563003 cites W1966159501 @default.
- W3006563003 cites W1973911067 @default.
- W3006563003 cites W1984839487 @default.
- W3006563003 cites W1985194662 @default.
- W3006563003 cites W1988898674 @default.
- W3006563003 cites W1998267036 @default.
- W3006563003 cites W1998374399 @default.
- W3006563003 cites W2002758643 @default.
- W3006563003 cites W2006719850 @default.
- W3006563003 cites W2006842126 @default.
- W3006563003 cites W2010210113 @default.
- W3006563003 cites W2013738977 @default.
- W3006563003 cites W2014442206 @default.
- W3006563003 cites W2022685385 @default.
- W3006563003 cites W2024556021 @default.
- W3006563003 cites W2026823929 @default.
- W3006563003 cites W2035378526 @default.
- W3006563003 cites W2038398781 @default.
- W3006563003 cites W2047040219 @default.
- W3006563003 cites W2065565961 @default.
- W3006563003 cites W2071940124 @default.
- W3006563003 cites W2073030562 @default.
- W3006563003 cites W2076521004 @default.
- W3006563003 cites W2078182941 @default.
- W3006563003 cites W2083601688 @default.
- W3006563003 cites W2090499600 @default.
- W3006563003 cites W2095172257 @default.
- W3006563003 cites W2113082843 @default.
- W3006563003 cites W2123062201 @default.
- W3006563003 cites W2135572188 @default.
- W3006563003 cites W2136226520 @default.
- W3006563003 cites W2139119256 @default.
- W3006563003 cites W2151313552 @default.
- W3006563003 cites W2155890698 @default.
- W3006563003 cites W2167279371 @default.
- W3006563003 cites W2183863309 @default.
- W3006563003 cites W2189783345 @default.
- W3006563003 cites W2256644689 @default.
- W3006563003 cites W2320756048 @default.
- W3006563003 cites W2394940433 @default.
- W3006563003 cites W2442402142 @default.
- W3006563003 cites W2464434008 @default.
- W3006563003 cites W2466128109 @default.
- W3006563003 cites W2508111331 @default.
- W3006563003 cites W2508586845 @default.
- W3006563003 cites W2515004563 @default.
- W3006563003 cites W2518225655 @default.
- W3006563003 cites W2551259237 @default.
- W3006563003 cites W2595469096 @default.
- W3006563003 cites W2626523133 @default.
- W3006563003 cites W2731897649 @default.
- W3006563003 cites W2767296305 @default.
- W3006563003 cites W2772213527 @default.
- W3006563003 cites W2774634613 @default.
- W3006563003 cites W2785098739 @default.
- W3006563003 cites W2793032101 @default.
- W3006563003 cites W2796396696 @default.
- W3006563003 cites W2802115440 @default.
- W3006563003 cites W2808086491 @default.
- W3006563003 cites W2809114249 @default.
- W3006563003 cites W2833561765 @default.
- W3006563003 cites W2884112928 @default.
- W3006563003 cites W2892715068 @default.
- W3006563003 cites W2892897693 @default.
- W3006563003 cites W2897069170 @default.
- W3006563003 cites W2904412011 @default.
- W3006563003 cites W2905850320 @default.
- W3006563003 cites W2907132135 @default.
- W3006563003 cites W2917622374 @default.
- W3006563003 cites W2921651537 @default.
- W3006563003 cites W2931542491 @default.
- W3006563003 cites W2947563159 @default.
- W3006563003 cites W2966762978 @default.
- W3006563003 cites W397226278 @default.
- W3006563003 doi "https://doi.org/10.3390/plants9020248" @default.
- W3006563003 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7076383" @default.
- W3006563003 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32075100" @default.
- W3006563003 hasPublicationYear "2020" @default.
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