2015
DOI: 10.13057/psnmbi/m010116
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Kemampuan regenerasi kalus embriogenik asal nuselus jeruk siam serta variasi fenotipe tunas regeneran

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Cited by 6 publications
(8 citation statements)
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“…According to Minarsih et al (2016), the increase in sugarcane callus abnormalities in subculture frequency five times reached 6%. The same response was shown in citrus callus subcultured every 4-6 weeks for four years, causing morphological diversity in the resulting plantlets (Wulansari et al 2015). The genetic variation is thought to occur during the subculture process due to the regeneration system used, explant sources, media components, culture duration, number of culture cycles, and genotype influences (Dubrovina and Kiselev 2016;Leva et al 2012).…”
Section: Introductionmentioning
confidence: 70%
“…According to Minarsih et al (2016), the increase in sugarcane callus abnormalities in subculture frequency five times reached 6%. The same response was shown in citrus callus subcultured every 4-6 weeks for four years, causing morphological diversity in the resulting plantlets (Wulansari et al 2015). The genetic variation is thought to occur during the subculture process due to the regeneration system used, explant sources, media components, culture duration, number of culture cycles, and genotype influences (Dubrovina and Kiselev 2016;Leva et al 2012).…”
Section: Introductionmentioning
confidence: 70%
“…Kemampuan kalus maupun tunas untuk beregenerasi berbeda-beda bagi setiap tanaman. Pada tanaman jeruk adanya subkultur berulang tidak mengurangi kemampuan proliferasi kalus serta morfologinya (Wulansari et al, 2015). Sementara itu pada tanaman pisang, daya multiplikasi tunas saat disubkultur cenderung meningkat hingga subkultur ke-6 (Semarayani & Dinarti, 2012).…”
Section: A Pengaruh Jumlah Subkultur Inisiasi Dan Proliferasi Kalusunclassified
“…Inisiasi kalus relatif lebih cepat pada jaringan muda dan mengandung sel hidup dibandingkan pada jaringan tua. Bahan tanam yang umum digunakan pada perbanyakan tanaman jeruk melalui ES adalah nuselus yang berasal dari biji buah muda umur 1214 minggu setelah bunga mekar (Devy et al 1997;Agisimanto et al 2011;Wulansari et al 2015), ovul yang belum berkembang (El-Sawy et al 2006), jaringan endosperm (Kosmiatin et al 2014), tangkai + putik, benang sari dan jaringan vegetatif semaian biji, serta embrio yang ada dalam biji seperti pada tanaman buah lainnya (Sutanto dan Aziz 2006).…”
Section: Bahan Tanam In Vitrounclassified
“…Pengaruh jenis eksplan pada persen eksplan yang mampu menginduksi kalus dua jenis jeruk; E1 = eksplan potongan batang semai (11,5 cm), E2 = kotiledon, E3 = potongan daun (1 cm 2 ) (Mukhtar et al 2005 (Husni et al 2010;Wulansari et al 2015). Penambahan bahan organik CH, ME maupun biotin tunggal dalam media MW dapat menginisiasi kalus embriogenik asal eksplan endosperm siam Simadu dengan persentase antara 76-84% (Kosmiatin et al 2014).…”
Section: Komposisi Mediaunclassified
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