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Evaluation of Adenium genotypes for physio-chemical and flowering characters

International Journal of Chemical Studies · 2020 · Vol. 8(4) · pp. 3840–3844
Mamilla SindhujaAlka SinghChintan KapadiyaAJ BhandariHP ShahAI Patel

Abstract

Thirty three genotypes were evaluated for physio-chemical and flowering characters. Plant compactness was recorded maximum in Cross 6 (Arrogant × Vithoon’s White). Maximum chlorophyll a content of leaves (3.08 mg/100 g) was recorded in Cross 14 (Mor Lok Dok × Double Sweet Heart) and Chlorophyll b content of leaves (1.61 mg/100 g) was found in Cross 12 (Harry Potter × Vithoon’s White). Maximum anthocyanin content in petals (31.92 mg/100 g) was recorded in Cross 18 (Taiwan Dwarf × Deang Udam Sap). Maximum carotenoid content in leaves (5.04 mg/100g) was recorded in Picottee. Maximum superoxide dismutase activity (6.46 unit/g protein) was recorded in Cross 13 (Mor Lok Dok × Deang Udam Sap) and guaicol peroxidase activity (5.01 µ mol/min/g protein) was recorded in Cross 1 (Sudarshan × Deang Udam Sap). In-situ longevity (18.63 days) was observed maximum in Cross 15 (Picottee × Deang Udam Sap). Thus, Cross 6, Taiwan Dwarf, Cross 20, Cross 14, Cross 21, Cross 4 and Cross 5 has been found for plant compactness and Cross 15 and Cross 13 has been found for enhanced flower longevity.

Plant Physiology and Cultivation StudiesFlowering Plant Growth and CultivationHorticultural and Viticultural ResearchHorticultureAnthocyaninChlorophyllBiologyCarotenoidBotanyPetalChlorophyll bSuperoxide dismutaseChemistry
Citations
3
FWCI
0.00
field-weighted impact
References
7
Percentile
6%
vs. same field & year
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References
How genes paint flowers and seeds
Trends in Plant Science · 1998 · 858 citations
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