Physiological Respon of Tpd-affected Rubber Plant to Growth Regulator and Antioxidant Treatments

Ade Fipriani, Rosmayati, R. Tistama, R. Damanik
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引用次数: 2

Abstract

: The research aimed to determine bark and latex the effect of applied NAA on thiol content, total protein and peroxidase activity in the bark and latex of TPD –affected rubber tree ( Hevea brasiliensis muell Arg.). The research was conducted at the Sungei Putih Estate with 54 meters altitude, in leaf fall session from January 2018 to July 2018. The experiment was design using Split Plot Design, with three factors i.e: clones (RRIM 921 and PB 260), condition of plants (Healthy and TPD) and the formula (control, 2.5% and 5% the stimulants). Parameter observed were thiol and protein content and peroxidase activity . The results showed that the range of values bark and latex are Thiol 0.1-1.7 µM, Protein 31-124 ppm and Peroxidase 0,01- 0,9 unit/ppm protein, the clone of rubber plants was significantly affected the thiol’s. The NAA application could improve the physiological characters of the rubber plant and the activities from all parameters significantly affected by environmental conditions.
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tpd影响橡胶植株对生长调节剂和抗氧化处理的生理反应
本研究旨在测定施用NAA对TPD影响橡胶树(Hevea brasiliensis muell Arg.)树皮和胶乳中硫醇含量、总蛋白和过氧化物酶活性的影响。该研究是在2018年1月至2018年7月的落叶期,在海拔54米的Sungei Putih庄园进行的。试验采用分区设计,设无性系(RRIM 921和PB 260)、植株条件(健康和TPD)和配方(对照、2.5%和5%兴奋剂)3个因素。观察硫醇、蛋白质含量和过氧化物酶活性。结果表明,树皮和胶乳的硫醇含量为0.1 ~ 1.7µM,蛋白质含量为31 ~ 124 ppm,过氧化物酶含量为0.01 ~ 0.09单位/ppm,橡胶植株的无性系对硫醇含量有显著影响。应用NAA可以改善橡胶植株的生理特性和受环境条件影响较大的各项指标的活性。
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