Effect of Subculture Frequency Toward Growth And Carotenoid Content from Tomato (Lycopersicon Esculentum Mill.) Callus

Abstract

Tomatoes (Lycopersicon esculentum Mill.) are a source of carotenoids they are easy to find. These compounds function as precursors of vitamin A, antioxidant, and prevent cancer. The extraction of carotenoid compounds for commercial products usually uses fresh plants, which are less efficient and require a lot of raw materials. The supply of these raw materials can be done through tissue culture. The frequency of subculture or supply of nutrients in tissue culture is very influential on the content of callus carotenoids produced. This study aimed to determine the effect of subculture frequency on growth, development and callus carotenoid content and to find out the right frequency of subculture to produce callus with optimal growth, development and carotenoid content. The design this study was a single Completely Randomized Design (CRD) with 4 treatments of subculture frequency and 5 replications. The data obtained were analyzed by ANOVA at the 95% test level followed by DMRT in case a significant different was found The results showed subculture frequency affected growth, development and carotenoid content of callus Lycopersicon esculentum. Mill. The most optimal treatment to induce growth and production of carotenoids in this study was treatment of thrice subculture while the most optimal treatment in inducing development was the twice subculture treatment.

The Effect of Callus Age on Biomass and Flavonoid Production in Talinum paniculatum In Vitro Culture

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Pelatihan Aklimatisasi Bibit Stroberi Hasil Kultur Meristem Bagi Petani Stroberi Pancasari

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“…The next problem is the low productivity, quality of pummelo oranges, and the availability of seedling pathogen-free [11]. One of the efforts that can be applied to minimize these problems is the application of in vitro culture technology, namely the technique of isolating plant parts and then growing them in artificial media in an aseptic environment [12]. This technique has a number of advantages because it can reproduce disease-free plants in large numbers and in a short time [13].…”