Search citation statements
Paper Sections
Citation Types
Year Published
Publication Types
Relationship
Authors
Journals
The outcome of this study shows that S. species are considerably variate in nutritional, anti-nutritional and morphological characters. Maximum plant height (161.16±5.67 cm) and number of owers per in orescence (12.49±1.55) was obtained from S. torvum while S. nigrumattained minimum fruit length (6.08±0.43 mm) and girth (6.48±0.55 mm). Among all the berries, S. macrocarpon has wider girth than length. So, it perceived maximal fruit girth (73.65±0.65 mm) and lowest number of owers per in orescence (2.04±0.43). Being a short period plant, S. nigrum also recorded least number of days to rst owering (19.94±3.63) and no. of days taken for fruit development (31.27±2.99). Regarding nutritional composition, highest amount of total carbohydrates (47.44±1.75 mg/g) and starch (8.76±0.16 mg/g) was recorded in S. macrocarpon whereas it has least value of cellulose (0.75±0.007 mg/g). S. ferox achieved maximal amount of total sugar (7.33±0.78 mg/g) and reducing sugar (3.86±0.40 mg/g). Likewise, S. spirale recorded minimum amount of total sugar (2.37±0.12 mg/g) and reducing sugar (0.23±0.03 mg/g) while S. torvum obtained highest quantity of cellulose (2.04±0.08 mg/g). Total soluble protein was observed from S. villosum with an amount of 1.54±0.03 mg/g whereas S. gilo (white) obtained lowest 0.74±0.03 mg/g soluble protein. As for anti-nutritional highest quantity of phytic acid was recorded in S. spirale (5.34 ±0.18 mg/g) while least amount was obtained from S. ferox(0.72 ±0.01 mg/g). However, maximal amount of cyanogen i.e., 54.24 ±0.59 µg/g was attained from S. violaceum(spineless) and lowest quantity of cyanogen at 12.72 ±0.56 µg/g was recorded in S. gilo (green).
The outcome of this study shows that S. species are considerably variate in nutritional, anti-nutritional and morphological characters. Maximum plant height (161.16±5.67 cm) and number of owers per in orescence (12.49±1.55) was obtained from S. torvum while S. nigrumattained minimum fruit length (6.08±0.43 mm) and girth (6.48±0.55 mm). Among all the berries, S. macrocarpon has wider girth than length. So, it perceived maximal fruit girth (73.65±0.65 mm) and lowest number of owers per in orescence (2.04±0.43). Being a short period plant, S. nigrum also recorded least number of days to rst owering (19.94±3.63) and no. of days taken for fruit development (31.27±2.99). Regarding nutritional composition, highest amount of total carbohydrates (47.44±1.75 mg/g) and starch (8.76±0.16 mg/g) was recorded in S. macrocarpon whereas it has least value of cellulose (0.75±0.007 mg/g). S. ferox achieved maximal amount of total sugar (7.33±0.78 mg/g) and reducing sugar (3.86±0.40 mg/g). Likewise, S. spirale recorded minimum amount of total sugar (2.37±0.12 mg/g) and reducing sugar (0.23±0.03 mg/g) while S. torvum obtained highest quantity of cellulose (2.04±0.08 mg/g). Total soluble protein was observed from S. villosum with an amount of 1.54±0.03 mg/g whereas S. gilo (white) obtained lowest 0.74±0.03 mg/g soluble protein. As for anti-nutritional highest quantity of phytic acid was recorded in S. spirale (5.34 ±0.18 mg/g) while least amount was obtained from S. ferox(0.72 ±0.01 mg/g). However, maximal amount of cyanogen i.e., 54.24 ±0.59 µg/g was attained from S. violaceum(spineless) and lowest quantity of cyanogen at 12.72 ±0.56 µg/g was recorded in S. gilo (green).
The outcome of this study shows that S. species are considerably variate in nutritional, anti-nutritional and morphological characters. Maximum plant height (161.16±5.67 cm) and number of flowers per inflorescence (12.49±1.55) was obtained from S. torvum while S. nigrumattained minimum fruit length (6.08±0.43 mm) and girth (6.48±0.55 mm). Among all the berries, S. macrocarpon has wider girth than length. So, it perceived maximal fruit girth (73.65±0.65 mm) and lowest number of flowers per inflorescence (2.04±0.43). Being a short period plant, S. nigrum also recorded least number of days to first flowering (19.94±3.63) and no. of days taken for fruit development (31.27±2.99). Regarding nutritional composition, highest amount of total carbohydrates (47.44±1.75 mg/g) and starch (8.76±0.16 mg/g) was recorded in S. macrocarpon whereas it has least value of cellulose (0.75±0.007 mg/g). S. ferox achieved maximal amount of total sugar (7.33±0.78 mg/g) and reducing sugar (3.86±0.40 mg/g). Likewise, S. spirale recorded minimum amount of total sugar (2.37±0.12 mg/g) and reducing sugar (0.23±0.03 mg/g) while S. torvum obtained highest quantity of cellulose (2.04±0.08 mg/g). Total soluble protein was observed from S. villosum with an amount of 1.54±0.03 mg/g whereas S. gilo (white) obtained lowest 0.74±0.03 mg/g soluble protein. As for anti-nutritional highest quantity of phytic acid was recorded in S. spirale (5.34 ±0.18 mg/g) while least amount was obtained from S. ferox(0.72 ±0.01 mg/g). However, maximal amount of cyanogen i.e., 54.24 ±0.59 µg/g was attained from S. violaceum(spineless) and lowest quantity of cyanogen at 12.72 ±0.56 µg/g was recorded in S. gilo (green).
scite is a Brooklyn-based organization that helps researchers better discover and understand research articles through Smart Citations–citations that display the context of the citation and describe whether the article provides supporting or contrasting evidence. scite is used by students and researchers from around the world and is funded in part by the National Science Foundation and the National Institute on Drug Abuse of the National Institutes of Health.
customersupport@researchsolutions.com
10624 S. Eastern Ave., Ste. A-614
Henderson, NV 89052, USA
This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.
Copyright © 2025 scite LLC. All rights reserved.
Made with 💙 for researchers
Part of the Research Solutions Family.