Identification and Genetic relationship among Polyscias and Schefflera (Araliaceae) using RAPD and ISSR markers

Rout, Gyana Ranjan; Kullu, Joyti; Senapati, S. K.; Aparajita, Subhashree; Mohapatra, A.

doi:10.5511/plantbiotechnology.24.519

Cited by 6 publications

(4 citation statements)

References 8 publications

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“…Although the allelic frequency and polymorphic information contents of the ISSR markers used in this study revealed that most of the markers are effective, ISSR6, ISSR17, ISSR18 and ISSR19 are the most informative. Effectiveness of the markers in the study is in tandem with the previous reports on the use of molecular markers on diversity analysis of some members of the family Marentheceae which T. daniellii belongs (Rout et al 2007;Waliszewski et al 2012;Cirhorz et al 2014;Chinedu et al 2018).…”

Section: Discussionsupporting

confidence: 67%

Morphometric variation, genetic diversity and allelic polymorphism of an underutilised species Thaumatococcus daniellii population in Southwestern Nigeria

et al. 2020

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Section: Discussionsupporting

confidence: 67%

Morphometric variation, genetic diversity and allelic polymorphism of an underutilised species Thaumatococcus daniellii population in Southwestern Nigeria

et al. 2020

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“…Several molecular marker systems, i.e., Restriction Fragment Length Polymorphism (RFLP) (Rajapakse et al, 2001), Random Amplified Polymorphic DNA (RAPD) (Atienza et al, 2005;Kaur et al, 2007) Simple Sequence Repeat (SSR) (Esselink et al, 2003) and Amplified Fragment Length Polymorphism (AFLP) (Baydar et al, 2004) have been used for genetic analysis of rose species, cultivars and rootstocks. RAPD markers have been widely used in many plant species such as anthurium (Nowbuth et al, 2005), strawberry (Gaafar and Saker, 2006), polyscias and schefflera (Rout et al, 2007), banana (Brown et al, 2009), olive (Sesli and Yeğenoğlu, 2009) for identification, varietal analysis, population studies and genetic linkage mapping. RAPD markers are used to detect DNA polymorphism without requirement of previous knowledge of the target genome (Williams et al, 1990).…”

Section: Introductionmentioning

confidence: 99%

ASSESSING THE GENETIC RELATIONSHIP OF TAIF ROSE WITH SOME ROSE GENOTYPES (<i>ROSA SP</i>.) BASED ON RANDOM AMPLIFIED POLYMORPHIC DNA, INTER SIMPLE SEQUENCE REPEAT AND SIMPLE SEQUENCE REPEAT MARKERS

El-Assal

El-Awady

El-Tarras

et al. 2014

American Journal of Biochemistry and Biotechnology

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Taif-roses are a famous rose type that cultivated in Taif region and well known with their deep and intensive fragrance in the Arabian World. Despite of the great economical importance of Taif-roses for the kingdom of Saudi Arabia, their genetic origin has not been yet elucidated. The present study was mainly aimed to assess the genetic relationship between Taif-roses and some rose genotypes that grown in some kingdom neighboring countries using molecular markers and aromatic amino acids contents. Three Taif-roses genotypes namely Hada, Shafa-1 and Shafa-2 were compared to nine different rose genotypes that are grown in Egypt and Syria. Out of 12 RAPD, 8 ISSR and 8 SSR primers used, clear and repeatable band profile of 8, 6 and 7 primers was obtained from the three markers, respectively. Total of 111, 64 and 15 bands with polymorohism of 96.4, 90.6 and 93.3% were obtained using RAPD, ISSR and SSR, respectively. The discriminating power of the three markers has led to efficient grouping of the 12 rose genotypes using Unweighted Pair Group Method (UPGMA). Among the 12 genotypes, Syrian-Gory rose shown the highest genetic similarity of 75, 92 and 65% with the three Taif-roses genotypes Hada, Shafa-1 and Shafa-2, respectively. The established dendrogram was clearly separated the 12 rose genotypes into four major groups in which the three Taif-roses genotypes were clustered in the same group with the Gory rose-Syrian genotype. Moreover, the data revealed that among the studied rose genotypes, the contents of aromatic amino acids in Syrian-Gory rose and the Taif rose-Hada was the highest and followed by the Egyptian Balady rose 1. While Dutch rose 1, 2, 3 and Dutch tulip 1, 2 were recorded to be the lowest. Together, these results indicate that Taif-rose has closed genetic relations to the Gory rose-Syrian cultivated in Syria. Additionally, a reproducible protocol for In vitro propagation, of Taif-rose genotype (Hada) was developed.

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“…Somaclonal variation among in vitro regenerated plants of turmeric was also reported 60 . In contrast, genetic uniformity among in vitro regenerated cultivars of banana was observed using various ISSR markers 69 . Genetic fidelity was also observed among other Zingiberales like ginger and turmeric 70, 71 .…”

Section:  Sensitivity Of the Explant Tissue Towards The Hormonementioning

confidence: 86%

An overview on the in vitro regeneration of Canna

Sen¹,

Goyal²,

Mishra³

2015

IJFAS

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Canna, the solitary genus of the family Cannaceae and order Zingiberales, comprises of about 51 species of flowering plants. It isa horticultural plant but its agricultural importance can’t be undervalued. Canna is a self pollinating plant and require outsidepollinator due to its typical flower structure. Propagation through seed germination is not considered reliable. In order to producegenetically modified and improved varieties of Canna, various in vitro techniques had been studied. Thus the present study reflectsa comprehensive review on in vitro propagation of Canna species with special reference to some other members of Zingiberales

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Identification and Genetic relationship among Polyscias and Schefflera (Araliaceae) using RAPD and ISSR markers

Cited by 6 publications

References 8 publications

Morphometric variation, genetic diversity and allelic polymorphism of an underutilised species Thaumatococcus daniellii population in Southwestern Nigeria

Morphometric variation, genetic diversity and allelic polymorphism of an underutilised species Thaumatococcus daniellii population in Southwestern Nigeria

ASSESSING THE GENETIC RELATIONSHIP OF TAIF ROSE WITH SOME ROSE GENOTYPES (<i>ROSA SP</i>.) BASED ON RANDOM AMPLIFIED POLYMORPHIC DNA, INTER SIMPLE SEQUENCE REPEAT AND SIMPLE SEQUENCE REPEAT MARKERS

An overview on the in vitro regeneration of Canna

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