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APETALOID AND PETALOID FEMALE PERFORMANCE ON HORTICULTURAL CHARACTERISTICS OF F1 AMERICAN MARIGOLD (TAGETES ERECTA L.) HYBRIDS 美国万寿菊(tagetes erecta l .)的无瓣花序和雌花性状混合动力车
Q3 PLANT SCIENCES Pub Date : 2023-10-31 DOI: 10.54910/sabrao2023.55.5.27
K SUKWIWAT, J KUMCHAI, W BUNDITHYA, N POTAPOHN
This research’s objectives focused on using two male-sterile systems, apetaloid and petaloid types, as female parents for the F1 marigold cut flower hybrid development. These female lines’ creation came from the same original line, the gynomonoecious line, with five backcrosses to obtain two female lines, FY1502 and FY1502AP. Their crossing with 10 male lines progressed during the summer from April to August 2016. Then, growing the progenies of 20 crosses and four commercial varieties as checks for characterization and evaluation continued in a lattice design with two replications. Planting them in six blocks contained 10 plants per treatment. The data recorded on eight horticultural characteristics include flower diameter, number of petals per flower, calyx length, peduncle length, flower weight, the number of days from sowing to first flowering, plant height, and plant bush diameter, as well as, the morphology of flowers. The results showed that progenies from two female apetaloid and petaloid with the same male line gave similar outcomes; all progenies produced male sterile double-flowers with golden-yellow flowers, except progenies of MY1501 and MY1502, which created yellow flowers. FY1502 gave the same superior F1 progenies as FY1502AP in the diameter of the flower. Based on the results, both females could give good characteristics on flower diameter, calyx length, plant height and bush diameter, and early flowering. However, the heterobeltiosis of the F1 progenies of a few vegetative and reproductive characteristics differed. The FY1502AP gave better progenies in peduncle length heterobeltiosis than those of FY1502 and slightly better for plant bush diameter, whereas FY1502 gave slightly better in flower weight heterobeltiosis than those of FY1502AP. The findings of this study indicate that this apetaloid type could benefit Thailand’s marigold seed production program.
本研究以无花瓣型和花瓣型两种雄性不育体系为母本,进行F1万金菊切花杂交发育。这些母系的产生来自于同一母系,即同体异交系,通过5次回交得到两个母系FY1502和FY1502AP。在2016年4月至8月的夏季进行了10个雄性系的杂交。然后,用20个杂交品种和4个商品品种的后代进行生长,作为鉴定和评价的检查,继续在两个重复的格子设计中进行。将它们种植在6个街区,每次处理10株。记录的8个园艺特征数据包括花的直径、每朵花的花瓣数量、花萼长度、花梗长度、花的重量、从播种到首次开花的天数、植株高度、植株丛直径以及花的形态。结果表明,两个雌性无瓣花序和同一雄性系的无瓣花序的后代结果相似;除MY1501和MY1502子代产生黄色花外,所有子代均产生黄色花的雄性不育重花。FY1502与FY1502AP在花的直径上具有相同的优势。结果表明,两株雌花在花径、花萼长、株高和丛径、早花等性状上均表现出较好的特征。然而,在一些营养性状和生殖性状上,F1后代的杂种优势存在差异。FY1502AP的花序梗长度杂种优势优于FY1502,植株丛径杂种优势优于FY1502,而FY1502的花重杂种优势优于FY1502AP。本研究的结果表明,这种无瓣植物类型可能有利于泰国万寿菊种子生产计划。
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引用次数: 0
SCIENTIFIC BASIS OF COTTON SEED GERMINATION IN THE CENTRAL REGION OF UZBEKISTAN 乌兹别克斯坦中部地区棉花种子发芽的科学依据
Q3 PLANT SCIENCES Pub Date : 2023-10-31 DOI: 10.54910/sabrao2023.55.5.10
A NARIMONOV, A AZIMOV, N YAKUBJANOVA, J SHAVKIEV
The responses of cotton (Gossypium hirsutum L.) seeds to germination depend upon the point in the germination-through-emergence sequence at which seed environmental conditions conclude to promote germination and seedling development. Temperature and genotype can influence seedling vigor in upland cotton and help identify promising genotypes that could perform well under different temperature extremes. In the presented research, the nature of the development of cotton seeds largely depends on temperature conditions and the growing seasons, which provide information that determines their uniformity based on the thermal regime of germination. The physical and biological diversity of cotton seeds has close relations to the pattern of plant development and the influence of certain environmental factors on them. In the presented study, sowing seeds of three local cotton cultivars, AN-Bayaut-2, Tashkent-6, and Armugon-2, transpired on two dates (April 17 and May 10). The nature of cotton seeds’ development, largely dependent on temperature and growing season and on the thermal regime of their germination, showed different indicators. A discovery revealed that the germination of seeds decreased in areas with later-sown kernels. In terms of germination energy and other physiological functions, the best results were notable in seeds at the lower and middle stages of plant development. The cultivar AN-Bayaut-2 is adaptable to various environmental factors according to seed germination and vegetation period compared with other local cotton varieties, i.e., Tashkent-6 and Armugon-2.
棉花(Gossypium hirsutum L.)种子对萌发的响应取决于从萌发到出苗过程中种子环境条件对萌发和幼苗发育的促进作用。温度和基因型可以影响陆地棉的幼苗活力,并有助于确定在不同极端温度下表现良好的有前途的基因型。在本研究中,棉花种子发育的性质在很大程度上取决于温度条件和生长季节,这提供了基于萌发热状态决定其均匀性的信息。棉花种子的物理和生物多样性与植物发育模式及某些环境因子对其的影响密切相关。在本研究中,3个当地棉花品种AN-Bayaut-2、Tashkent-6和Armugon-2在2个日期(4月17日和5月10日)播种。棉花种子发育的性质在很大程度上取决于温度和生长季节以及萌发时的热状态,表现出不同的指标。一项发现表明,在播种较晚的地区,种子的发芽率降低。在萌发能等生理功能方面,以植物发育中下部的种子效果最好。与当地棉花品种塔什干6号和阿穆贡2号相比,安-巴约2号根据种子萌发和植被期对各种环境因子的适应能力较强。
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引用次数: 0
ROLE OF BIOTECHNOLOGY IN FOOD SECURITY: A REVIEW 生物技术在粮食安全中的作用综述
Q3 PLANT SCIENCES Pub Date : 2023-10-31 DOI: 10.54910/sabrao2023.55.5.5
F.O. ARECHE, A.H. GONDAL, L.A. SUMARRIVA-BUSTINZA, N.O. ZELA-PAYI, J.M. SUMARRIVA-BUSTINZA, R.B. OSCANOA-LEON, A.F. CALCINASOTELO, M.C.T.T.D AGUILAR, E.R. ACOSTA-LOPEZ, J.A. JULCAHUANGA-DOMINGUEZ, DDC FLORES, MAC HUAYAPA, EMF DONAYRE, AR RODRIGUEZ, ZLDL CRUZ, CWT HUAMAN, LDM PERALES
One of the most serious issues confronting the global food system is the wastage of approximately one-third of food at various points throughout the supply chain due to environmental and economic factors. Declines in production and food quality deterioration are concerns due to less awareness of the farming community and end users about the advanced technologies. Therefore, scientists face to develop cutting-edge technology to solve these problems and feed the bulging population to prevent starvation. Genetic engineering (GE) techniques can aid in several contexts to boost crop yields and quality. Biotechnology, genetic modification, and recombinant (r) deoxyribonucleic acid (DNA) technologies are significantly beneficial in pursuing chief progress in food production and supply. This latest literature review illustrates the recent advances in GE, their sources, current trends, and future. GE foods from animals, microbes, and crop plants have altered DNA and introduced modified genetic characteristics. Genetically modified organisms (GMOs) are vital parts of the industrial food system, and most packaged foods contain GMO ingredients that received engineering for resistance to pesticides and herbicides. Several issues raise red flags concerning GMOs, including safety, effects on the environment, and ineffective usage of pesticides. Many people are anxious about GMOs; however, most do not understand the problems.
全球粮食系统面临的最严重问题之一是,由于环境和经济因素,在整个供应链的各个环节上浪费了大约三分之一的食物。由于农业社区和最终用户对先进技术的认识不足,产量下降和食品质量恶化令人担忧。因此,科学家们面临着开发尖端技术来解决这些问题,并养活不断膨胀的人口以防止饥饿。基因工程技术可以在几种情况下帮助提高作物产量和质量。生物技术、基因改造和重组脱氧核糖核酸(DNA)技术对追求粮食生产和供应的主要进步具有重要意义。这篇最新的文献综述说明了通用电气的最新进展,它们的来源,当前趋势和未来。来自动物、微生物和农作物的转基因食品改变了DNA,引入了改良的遗传特征。转基因生物(GMOs)是工业食品系统的重要组成部分,大多数包装食品含有转基因成分,这些成分经过了抗杀虫剂和除草剂的改造。转基因生物的安全性、对环境的影响以及杀虫剂的无效使用等几个问题引起了人们的警觉。许多人对转基因生物感到焦虑;然而,大多数人并不理解这些问题。
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引用次数: 0
ORGANIC FERTILIZER'S ROLE IN THE IMPROVEMENT OF SOIL MICROFLORA AND BIOMETRIC VALUES IN FRUIT CROPS 有机肥对改善水果作物土壤微生物区系及生物计量值的作用
Q3 PLANT SCIENCES Pub Date : 2023-10-31 DOI: 10.54910/sabrao2023.55.5.24
KR AISAKULOVA, ND SLYAMOVA, AM USTEMIROVA, AA SEISENOVA, SZH KAZYBAYEVA, S SKAK, ZH MATAI
Intensive farming has adversely affected soil fertility and ecosystems due to excessive chemicalization in the Kazakhstan Republic. The soil lacks organic matter, leading to declining fertility. Biologization has emerged to address this issue as a solution to improve soil fertility and enhance the growth and development of crop plants. This study aimed to determine the impact of organic fertilizers on the composition of soil microflora and biometric values in cultivating stone and pome fruits. The use of microbiological methods analyzed soil microflora and physiological bacterial groups. The research’s novelty lies in developing a technology that utilizes organic fertilizers and biological products to improve the activities of soil microorganisms and plant roots’ nutrition. Organic fertilizers ‘Bio juice Energy Plus’ and ‘Agroflorin’ positively influenced beneficial bacteria and fungi and significantly contributed to soil enrichment. Organic fertilizers and biological products support soil biological processes and replenish the nutrients, promoting sustainable agricultural productivity and reducing chemical dependency. The current study emphasizes the potential of organic fertilizers and natural products in enhancing soil fertility and supporting plant growth in Kazakhstan. Biologization also offers an eco-friendly approach to agricultural practices, ensuring agronomic productivity and the long-term good health of soils.
在哈萨克斯坦共和国,由于过度化学化,集约化耕作对土壤肥力和生态系统产生了不利影响。土壤缺乏有机质,导致肥力下降。生物化是为了解决这一问题而出现的,它是一种改善土壤肥力和促进作物生长发育的解决方案。本研究旨在确定有机肥对石果和梨果栽培土壤微生物区系组成及生物计量学值的影响。利用微生物学方法分析了土壤微生物区系和生理菌群。该研究的新颖之处在于开发了一种利用有机肥和生物制品来改善土壤微生物活动和植物根系营养的技术。有机肥“Bio juice Energy Plus”和“Agroflorin”对有益菌和真菌有积极影响,对土壤富集有显著贡献。有机肥和生物制品支持土壤生物过程,补充养分,促进可持续农业生产力,减少对化学物质的依赖。目前的研究强调了有机肥料和天然产品在提高哈萨克斯坦土壤肥力和支持植物生长方面的潜力。生物化还为农业实践提供了一种生态友好的方法,确保了农业生产力和土壤的长期健康。
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引用次数: 0
EFFECT OF REFUGIA PLANTS ON WHITEFLY POPULATION AND RED CHILI (CAPSICUM ANNUUM L.) PRODUCTION 避难植物对粉虱种群和红辣椒的影响生产
Q3 PLANT SCIENCES Pub Date : 2023-10-31 DOI: 10.54910/sabrao2023.55.5.22
None JASMI, M AFRILLAH, A NASUTION
Determining the effects of the refugia plant on the whitefly population and the production of several cultivars of red chili (Capsicum annuum L.) was the focus of research conducted from March to June 2019 in the experimental garden, Faculty of Agriculture, Teuku Umar University, Meulaboh, West Aceh Regency, Indonesia. The genetic materials consisted of three chili genotypes, i.e., cultivar TM-999 and two hybrid cultivars, Lado F1 and Lidia F1. The experiment in a 3 × 2 split plot design had three replications. The factor studied was the presence of a whitefly. The Refugia (R) plants, used as main plots, included R0 = Control, R1 = Zinnia, and R2 = Kenikir. Red chili genotypes comprised the sub-plots, i.e., V1 = TM-999, V2 = Lado F1, and V3 = Lidia F1. The studied variables were the whitefly population determination, the percentage of attack rate, and the chili production per plot. The results showed that Refugia plants greatly affected the whitefly population, portion of pest attack rates, and chili production per plot. Specifically, the refugia plant highly affected the whitefly population (Refugia kenikir 1.41% compared with control 11.89%), the percentage rate of pest attack (Refugia kenikir 44.44% compared with 100% of check), and production per plot (kenikir 23.59 g compared with the control’s 23.07 g). Refugia plants are influential in reducing whitefly development/production.
2019年3月至6月,在印度尼西亚西亚齐省Meulaboh的Teuku Umar大学农学院实验园进行了研究,重点确定了避难植物对粉虱种群和几个红辣椒品种(Capsicum annuum L.)产量的影响。遗传材料由3个辣椒基因型TM-999和2个杂交品种Lado F1和Lidia F1组成。试验采用3 × 2分割区设计,设3个重复。研究的因素是粉虱的存在。避难所(R)植物作为主要地块,包括R0 =对照,R1 =百日菊,R2 = Kenikir。红辣椒基因型由V1 = TM-999、V2 = Lado F1、V3 = Lidia F1组成。研究变量为粉虱种群测定、侵染率百分比和块地辣椒产量。结果表明,避难植物对粉虱种群数量、害虫侵害率和辣椒亩产均有较大影响。具体而言,避难植物对白蝇种群(黄蝇1.41%,对照11.89%)、害虫侵害率(黄蝇44.44%,对照100%)和亩产(黄蝇23.59 g,对照23.07 g)均有显著影响,对减少白蝇发育/产量有显著影响。
{"title":"EFFECT OF REFUGIA PLANTS ON WHITEFLY POPULATION AND RED CHILI (CAPSICUM ANNUUM L.) PRODUCTION","authors":"None JASMI, M AFRILLAH, A NASUTION","doi":"10.54910/sabrao2023.55.5.22","DOIUrl":"https://doi.org/10.54910/sabrao2023.55.5.22","url":null,"abstract":"Determining the effects of the refugia plant on the whitefly population and the production of several cultivars of red chili (Capsicum annuum L.) was the focus of research conducted from March to June 2019 in the experimental garden, Faculty of Agriculture, Teuku Umar University, Meulaboh, West Aceh Regency, Indonesia. The genetic materials consisted of three chili genotypes, i.e., cultivar TM-999 and two hybrid cultivars, Lado F1 and Lidia F1. The experiment in a 3 × 2 split plot design had three replications. The factor studied was the presence of a whitefly. The Refugia (R) plants, used as main plots, included R0 = Control, R1 = Zinnia, and R2 = Kenikir. Red chili genotypes comprised the sub-plots, i.e., V1 = TM-999, V2 = Lado F1, and V3 = Lidia F1. The studied variables were the whitefly population determination, the percentage of attack rate, and the chili production per plot. The results showed that Refugia plants greatly affected the whitefly population, portion of pest attack rates, and chili production per plot. Specifically, the refugia plant highly affected the whitefly population (Refugia kenikir 1.41% compared with control 11.89%), the percentage rate of pest attack (Refugia kenikir 44.44% compared with 100% of check), and production per plot (kenikir 23.59 g compared with the control’s 23.07 g). Refugia plants are influential in reducing whitefly development/production.","PeriodicalId":21328,"journal":{"name":"Sabrao Journal of Breeding and Genetics","volume":"110 ","pages":"0"},"PeriodicalIF":0.0,"publicationDate":"2023-10-31","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":null,"resultStr":null,"platform":"Semanticscholar","paperid":"135929224","PeriodicalName":null,"FirstCategoryId":null,"ListUrlMain":null,"RegionNum":0,"RegionCategory":"","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":"","EPubDate":null,"PubModel":null,"JCR":null,"JCRName":null,"Score":null,"Total":0}
引用次数: 0
PHYSICOCHEMICAL PROPERTIES AND EATING QUALITY OF PROMISING CROSSBRED UPLAND RICE LINES DEVELOPED FROM SUPERIOR PARENTAL GENOTYPES 由优良亲本基因型培育的有前途的旱稻杂交品系理化特性和食性
Q3 PLANT SCIENCES Pub Date : 2023-10-31 DOI: 10.54910/sabrao2023.55.5.8
ES MULYANINGSIH, AF DEVI, YGD ANGGRAHENI, YB PARADISA, D PRIADI, S INDRAYANI, Y SULISTYOWATI, AY PERDANI, F NURO, EBM ADI, P DESWINA
The ultimate objective of breeding is to produce high-yielding cultivars that are fascinating to the farming community and end users, allowing for easy marketing. Therefore, it is crucial to conduct various tests on milling quality, physicochemical properties, and eating quality to determine the overall rice quality and evaluate the response of potential consumers. The presented study sought the complete rice quality and the consumer acceptance of 12 upland rice lines derived from superior parental genotypes. This research conducted in 2019 performed milling and eating quality assessments on milled and cooked rice, respectively. The milling quality analysis revealed that lines L-04, L-05, and L-06 produced middle-length grains, while others produced full-length grains. Rice from lines L-02, L-09, and L-12 were slender, while the rest were medium-shape. All upland rice lines also met the national standard (SNI 6128-2015) for milling degree (85%–100%), moisture content (9.85%–11.30%), chalky rice (0.06%–1.59%), and yellow rice (0.21%–1.77%). Lines L-03 and L-05 met the Medium-I quality standard with head rice recovery (HRR) values of 84.15% and 84.76%, respectively. However, lines L-01 and L-02 met the Medium-III standard with HRR values of 66.24% and 66.39%, separately. Principal Component Analysis (PCA) revealed four principal physicochemical characteristics, i.e., degree of milling, length, width, and HRR. Partial Least Squares Regression (PLSR) analysis displayed the overall liking as determined by the interaction of four descriptive factors, mostly taste and texture. Cooked rice of line L-12 (cross of cv. Inpago-8 × B11930F-TB-2) was the most liked compared with other cooked rice samples.
育种的最终目标是生产出对农业社区和最终用户有吸引力的高产品种,使其易于营销。因此,对大米的碾磨质量、理化性质和食用质量进行各种测试,以确定大米的整体质量,并评估潜在消费者的反应是至关重要的。本研究寻求12个由优良亲本基因型衍生的旱稻品系的完整稻米品质和消费者接受度。这项于2019年进行的研究分别对精米和熟米进行了碾磨和食用质量评估。磨粒质量分析表明,L-04、L-05和L-06系产中长粒,其余系产全长粒。L-02、L-09和L-12系为细长型,其余为中等型。所有旱稻品系的碾磨度(85% ~ 100%)、含水率(9.85% ~ 11.30%)、白垩米(0.06% ~ 1.59%)、黄米(0.21% ~ 1.77%)均达到国家标准(SNI 6128-2015)。品系L-03和L-05的稻米回收率分别为84.15%和84.76%,达到中一级品质标准。而L-01系和L-02系的HRR分别为66.24%和66.39%,均达到中- iii级标准。主成分分析(PCA)揭示了四个主要的物理化学特征,即铣削程度、长度、宽度和HRR。偏最小二乘回归(PLSR)分析显示,总体喜欢度是由四个描述性因素的相互作用决定的,主要是味道和质地。L-12系熟米(cv杂交)。与其他熟米样品相比,Inpago-8 × B11930F-TB-2)最受欢迎。
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引用次数: 0
UTILIZATION OF GIBBERELLIC ACID (GA3) AND MEPIQUAT CHLORIDE (M.C) AS GROWTH REGULATORS ON MAIZE TO ALLEVIATE SALINITY STRESS 利用赤霉素酸(ga3)和氯甲喹(m.c)作为玉米生长调节剂缓解盐胁迫
Q3 PLANT SCIENCES Pub Date : 2023-10-31 DOI: 10.54910/sabrao2023.55.5.18
Maize (Zea mays L.) is a vital grain crop cultivated globally, which ranks third after wheat and rice. Its consumption in Egypt is primarily for human food, livestock and poultry feed, and raw materials for industrial products, such as, oil and starch. The main environmental factors that limit crop productivity worldwide include salinity, drought, and nutrient imbalance. Plant Growth regulators (PGR), such as, gibberellic acid (GA3) and mepiquat chloride (M.C), reduce the dramatic impacts of salinity and drought on crop growth and yield. This experiment sought to verify the influence of foliar spray application of GA3 and M.C as growth regulators on the growth metrics, chemical components, and maize harvest cultivated in calcareous soil under salinity during the summer of 2021 and 2022, respectively. The following treatments comprised foliar applications of 50 ppm GA3, 100 ppm GA3, 100 ppm M.C, and 250 ppm M.C, applied three times every season. It is clear from the results that foliar application of gibberellic (GA3) and mepiquat chloride (M.C) enhanced growth metrics, biochemical parameters, nutritional content, yield and its components, and oil percentage. After treatment with 100 ppm GA3 and 250 ppm M.C foliar spray, the yield and its constituents and oil percentage achieved the highest shares, with substantial differences between the two treatments. Compared with the control, treatments with 100 ppm GA3 and 250 ppm M.C increased grain yield by 33% and 29.9%, respectively. The study concluded that the most effective therapy for improving maize growth, development, and output under salt stress was 100 ppm GA3 and 250 ppm M.C foliar application during the growth stages. Administering GA3 and M.C mitigated successfully the damage caused by salt stress. Under salinity, gibberellic acid and mepiquat chloride addition increased the growth of maize, chlorophyll content, soluble protein, proline, and the concentration of K+ ions while decreasing the oxidative stress and the accumulation of Na+ ions.
玉米(Zea mays L.)是全球重要的粮食作物,产量仅次于小麦和水稻。它在埃及的消费主要用于人类食品、牲畜和家禽饲料,以及工业产品的原料,如油和淀粉。在世界范围内,限制作物产量的主要环境因素包括盐度、干旱和营养失衡。植物生长调节剂(PGR),如赤霉素(GA3)和甲草枯氯(M.C),减少盐和干旱对作物生长和产量的巨大影响。本试验旨在验证生长调节剂GA3和M.C分别在2021年和2022年夏季对盐胁迫下钙质土壤玉米生长指标、化学成分和收成的影响。以下处理包括叶面施用50 ppm的GA3, 100 ppm的GA3, 100 ppm的mc和250 ppm的mc,每个季节施用三次。结果表明,叶面施用赤霉素(GA3)和氯甲草枯(M.C)提高了油菜的生长指标、生化参数、营养含量、产量及其组分和出油率。施用100 ppm GA3和250 ppm M.C叶面喷雾处理后,产量、组分和含油率最高,且两种处理间差异显著。与对照相比,100 ppm GA3和250 ppm M.C处理籽粒产量分别提高33%和29.9%。本研究认为,在盐胁迫下改善玉米生长发育和产量的最有效处理是在生长阶段叶面施用100 ppm GA3和250 ppm M.C。施用GA3和M.C成功地减轻了盐胁迫造成的损害。在盐度条件下,添加赤霉素和甲草枯能提高玉米的生长、叶绿素含量、可溶性蛋白、脯氨酸和K+离子浓度,降低氧化应激和Na+离子积累。
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引用次数: 0
USE OF CYTOKININS AND COMPOSTING TO IMPROVE THE AGRONOMIC AND PHYSIOLOGICAL TRAITS OF CAIGUA (CYCLANTHERA PEDATA L.) 利用细胞分裂素和堆肥改善彩瓜农艺和生理性状。
Q3 PLANT SCIENCES Pub Date : 2023-10-31 DOI: 10.54910/sabrao2023.55.5.17
DDC NIETO, FO ARECHE, ETC CHIRRE, JUR MENACHO, HEC TANTALEAN, HJC BARTOLOME, LA SUMARRIVA-BUSTINZA, NO ZELA-PAYI, AP ANGOMA, AI CAMPOSANO-CORDOVA, NES MALLMA, MAQ SOLANO, DDC FLORES, RAA MAMANI, HLV CAJAVILCA
The scarcity of nutrients and synthetic fertilizers reduced crop productivity, increasing production costs and prompting scientists to seek new technologies to ensure high-quality output. In this context, using cytokinins with organic fertilizers ensued to assess their effects on caigua (Cyclanthera pedata L.) production. For this purpose, land preparation for planting comprised two levels of cytokinins (100 and 150 ml, Anthesis Plus per 200 L of water) and organic compost at 10 t/ha, then spread across the land. Results showed that adding cytokinins and compost manure, alone and in combination, significantly improved the agronomic and physiological characteristics of caigua. However, the combined application of compost manure and cytokinins dramatically enriched the caigua plant length, diameter, fruits per plant, and fruit dry and fresh weight per plant up to 85.0%, 46.9%, 81.8%, 80.6%, and 83.2%, respectively, in comparison with the control treatment. Similarly, chlorophyll contents, quantum yield, photosynthetically active radiation, fluorescence yield, and electron transport reaction increased at 68.8%, 66.4%, 79.2%, 51.1%, and 74.0%, respectively, with combined application as compared with control. Furthermore, the co-addition of composting and cytokinins also upgraded the biochemical composition versus the control. The presented results suggested that applying a mixture of compost manure and cytokinins may help enhance caigua plant growth, yield, and quality and improve soil characteristics.
营养物质和合成肥料的匮乏降低了作物产量,增加了生产成本,促使科学家寻求新技术来确保高质量的产出。在此背景下,细胞分裂素与有机肥配合施用,评价其对彩瓜产量的影响。为此,准备种植的土地包括两个水平的细胞分裂素(100和150毫升,每200升水的Anthesis Plus)和10吨/公顷的有机堆肥,然后散布在土地上。结果表明,细胞分裂素和堆肥单独或联合施用均能显著改善彩瓜的农艺和生理特性。而堆肥和细胞分裂素配施显著提高了彩瓜株长、株径、单株果数和单株干鲜重,分别比对照提高了85.0%、46.9%、81.8%、80.6%和83.2%。与对照相比,联合施用的叶绿素含量、量子产率、光合有效辐射、荧光产率和电子传递反应分别提高了68.8%、66.4%、79.2%、51.1%和74.0%。此外,与对照组相比,堆肥和细胞分裂素的共同添加也提高了生化组成。综上所述,施用堆肥和细胞分裂素可以促进彩瓜树的生长、产量和品质,并改善土壤特性。
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引用次数: 0
GREEN BIOCHEMICAL PROTECTION OF POSTHARVEST TABLE GRAPES AGAINST GRAY MOLD (BOTRYTIS CINEREA) USING 7S PROTEINS 利用7s蛋白对采后鲜食葡萄抗灰霉病的绿色生化保护
Q3 PLANT SCIENCES Pub Date : 2023-10-31 DOI: 10.54910/sabrao2023.55.5.25
A OSMAN, M SITOHY, FS MOHSEN, E ABBAS
The 7S globulins (seed storage glycoprotein) isolated from soybean and chickpea seeds have the antifungal potential against the pathogenic fungus (Botrytis cinerea) causing gray mold in grapes assessing table grapes in vitro or postharvest by comparing with synthetic fungicide, Switch 62.5 WG. Conventional microbiological procedures estimated the in-vitro antifungal potential of the 7S globulins, such as linear growth curves and scanning electron microscopy (SEM). Soybean-7S significantly inhibited the in-vitro growth of Botrytis cinerea by about 64.44%, 66.64%, and 76.67% when applied at 50, 100, and 200 μg/mL, respectively, followed by chickpea 7S with growth reduction of 52.22%, 54.44%, and 66.67%, respectively. The synthetic fungicide (Switch 62.5 WG) induced higher growth inhibition extents (83.33% and 86.66%) when applied at 50 and 200 μg/mL, respectively. The 7S-exposed B. cinerea displayed swollen hyphae compared with the control under scanning electron microscope examination. The 7S derived from soybean and chickpea inhibited gray mold development in table grapes when applied at 200 and 400 μg/mL for 30 days after infection with B. cinerea. The maintained disease severity was also minimal (40% and 25% for soybean-7S and chickpea-7S, respectively). An increased level of treatment (400 μg/mL) highly reduced the disease severity to only 7.5% after 30 days of storage at cold conditions for both proteins. The 7S globulin from legume seeds can be an alternative to synthetic fungicides for controlling B. cinerea as a postharvest treatment. Developing these legume proteins as natural fungicides could also progress for the safe control of various plant pathogens, causing drastic crop losses.
从大豆和鹰嘴豆种子中分离得到的7S球蛋白(种子贮藏糖蛋白)对葡萄灰霉病病原菌(葡萄灰霉病菌)有较强的抗真菌活性,并与合成杀菌剂Switch 62.5 WG进行了比较。传统的微生物学方法估计了7S球蛋白的体外抗真菌潜力,如线性生长曲线和扫描电子显微镜(SEM)。在50、100和200 μg/mL浓度下,大豆-7S对灰葡萄孢的体外生长抑制作用分别为64.44%、66.64%和76.67%;鹰嘴豆-7S对灰葡萄孢的体外生长抑制作用分别为52.22%、54.44%和66.67%。合成杀菌剂(Switch 62.5 WG)在50 μg/mL和200 μg/mL浓度下,对真菌的生长抑制率分别为83.33%和86.66%。在扫描电镜下,7s暴露的葡萄球菌菌丝较对照肿胀。从大豆和鹰嘴豆中提取的7S分别在200和400 μg/mL浓度下对鲜食葡萄灰霉病的生长有抑制作用。维持的疾病严重程度也很低(大豆- 7s和鹰嘴豆- 7s分别为40%和25%)。增加处理水平(400 μg/mL),在低温条件下储存30天后,两种蛋白质的疾病严重程度大大降低,仅为7.5%。从豆科植物种子中提取的7S球蛋白可作为人工杀菌剂的替代品,在采后处理中防治灰霉病。开发这些豆科蛋白质作为天然杀菌剂也可以在安全控制各种植物病原体方面取得进展,这些病原体造成了巨大的作物损失。
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引用次数: 0
EFFECTS OF ELEVATED PLANT DENSITY AND REDUCED NITROGEN ON AGRONOMIC AND YIELD ATTRIBUTES OF MAIZE INBRED LINES AND THEIR DIALLEL CROSSES 提高植株密度和降低氮肥对玉米自交系及其双列杂交农艺性状和产量的影响
Q3 PLANT SCIENCES Pub Date : 2023-10-31 DOI: 10.54910/sabrao2023.55.5.35
AMM AL-NAGGAR, MRA SHABANA, MS HASSANEIN, AMA METWALLY
Elevating plant density and improving N fertilizer rate for high density-tolerant genotype can maximize maize (Zea mays L.) grain productivity per unit land area. This investigation’s objective sought to evaluate the effects of stresses resulting from increasing plant density combined with reducing N application rate on traits of eight inbred lines and their diallel F1 crosses. Choosing eight maize inbred lines differing in tolerance to low N and high density (D) were samples for diallel crosses. Parents and crosses’ evaluation ensued in the 2020 and 2021 seasons under three plant densities: low (47,600), medium (71,400), and high (95,200) plants/ha, and three N fertilization rates: low (95 kg N/ha), medium (285 kg N/ha), and high (476 kg N/ha). Elevating plant density from 47,600 to 71,400 and 95,200 plants/ha caused a significant decrease in grain yield/plant by 25.43% and 30.15% for inbred parents and 17.92% and 25.65% for F1 crosses, respectively. This reduction correlated with significant decreases in all yield components but caused a notable increase in grain yield/ha by 13.69% and 27.33% for inbreds and 20.99% and 44.69% for F1 crosses, respectively. The best combination of plant population density and N level for giving the highest grain yield/ha was high N (476 kg N/ha) × high density (95,200 plants/ha) for all inbreds and all F1 crosses.
提高高密度耐受性基因型的株密度和提高氮肥施用量可以最大限度地提高玉米(Zea mays L.)的单位土地产量。本研究旨在评价提高植株密度和降低施氮量对8个自交系及其双列杂交F1性状的影响。选择8个玉米低氮高密度耐受性不同的自交系,进行双列杂交。在2020年和2021年对亲本和杂交组合进行了低(47600株/ha)、中(71400株/ha)和高(95200株/ha) 3种密度和低(95 kg N/ha)、中(285 kg N/ha)和高(476 kg N/ha) 3种施氮量的评价。单株密度由47,600株增加到71,400株和95,200株/ha后,自交系单株产量显著降低25.43%和30.15%,F1杂交单株产量显著降低17.92%和25.65%。这种降低与各产量成分的显著降低相关,但导致自交系和F1杂交的每公顷产量分别显著提高13.69%和27.33%和20.99%和44.69%。在所有自交系和所有F1杂交组合中,高氮(476 kg N/ha) ×高密度(95,200株/ha)是获得最高籽粒产量的最佳组合。
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Sabrao Journal of Breeding and Genetics
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