Evaluation, Flowering Behavior Physico-chemical and Keeping Quality of Custard Apple: A Review

T. Senthilkumar, S. J. Prabhavathi, A. Alagesan, A. Punitha, D. Vidhya, Barinderjit Singh, G. Malathi
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Abstract

Custard apple, scientifically known as Annona squamosa L., and also referred to as Sitaphal or Sharifa, holds significant importance as a dry land fruit crop in India. Its flowers, either solitary or in small lateral clusters, measure around 2.4 to 2.5 cm long, appearing greenish-yellow atop a hairy, slender 2 cm long stalk. Each carpel bears a single, hard, smooth, shiny, dark-brown or black, glossy seed, oblong in shape, and less than 1.3 to 1.6 cm long. The fruit of the custard apple is renowned for its delicious whitish pulp and is a popular item in tropical markets. Comprised of loosely cohering carpels, the fruit forms a surface that is either squamose or tuberculated. Its pulp, tinged with white and yellow, is edible, sweetly aromatic, and contains a thick, creamy-white layer akin to custard, with somewhat granular flesh beneath the skin surrounding the concolorous, moderately juicy segments. The fruit typically contains around 55 to 60 seeds. Custard apple is rich in vitamin C and antioxidants, which are known to combat various diseases and bolster the immune system. Consumption of custard apple is beneficial for heart health, skin, bones, and maintaining blood pressure. It is also known for its therapeutic effects on boils, ulcers, and gum-related issues. Custard apple has undergone evolution through both natural processes and human selection across diverse elevation zones and under different cropping systems. Honey bees, serving as carriers of cross-pollination, have contributed to the wide variety of locally adapted landraces. Despite this diversity, there has been no systematic collection and evaluation of custard apple cultivars in various states. Therefore, there is an urgent need for the collection, characterization, and evaluation of high-yielding strains/lines suitable for commercial cultivation in regions like Chhattisgarh. Thus, the primary objective of this paper is to evaluate genotypes, flower behavior, and physico-chemical characteristics of custard apple, aiming to improve production and meet the satisfaction of farmers.
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苹果的评价、开花行为、理化和保存质量:综述
吉士苹果学名为Annona squamosa L.,也被称为Sitaphal或Sharifa,在印度是一种重要的旱地水果作物。它的花单生或侧生小簇生,长约 2.4 至 2.5 厘米,呈黄绿色,顶端有毛,花柄细长,长 2 厘米。每个心皮上都有一颗坚硬、光滑、有光泽、深褐色或黑色、有光泽的种子,呈长圆形,长不到 1.3 到 1.6 厘米。吉士苹果的果实以其美味的白色果肉而闻名,在热带市场上很受欢迎。果实由松散粘连的心皮组成,表面呈鳞片状或瘤状。果肉带白色和黄色,可食用,有甜香味,含有一层类似奶油冻的厚厚的乳白色果肉,果皮下的果肉呈颗粒状,围绕着果实的多汁果肉。果实通常含有约 55 到 60 粒种子。吉士苹果富含维生素 C 和抗氧化剂,可防治各种疾病,增强免疫系统。食用吉士苹果有益于心脏健康、皮肤、骨骼和维持血压。它对疖子、溃疡和牙龈相关问题的治疗效果也是众所周知的。吉士苹果在不同的海拔地区和不同的耕作制度下,通过自然过程和人类选择经历了进化。蜜蜂作为异花授粉的载体,促成了适应当地的陆生品种的广泛多样性。尽管种类繁多,但各州尚未对吉士苹果栽培品种进行系统的收集和评估。因此,迫切需要收集、鉴定和评估适合切蒂斯格尔邦等地区商业栽培的高产品系。因此,本文的主要目的是评估吉士苹果的基因型、花的行为和理化特性,以提高产量,满足农民的需求。
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