芥菜Brassica juncea (Linnaeus) Czernajew
芥菜Brassica juncea (Linnaeus) Czernajew
13. 芥菜(通称) 芥(名医别录)
Brassica juncea (L.) Czern. et Coss. in Czern. Conspect. Fl. Chark. 8. 1859; Hook. f. et Thoms. in Journ. Linn. Soc. Bot. 5: 170. 1861; Maxim. Fl. Tang. 64. 1889 et Enum. Pl. Mong. 66. 1889; Kom. in Acta Hort. Petrop. 22: 356. 1903; N. Busch, Fl. Sib. et Orienta. Extr. 2: 178. f. et tab. geogr. 178. 1915; O. E. Schulz in Engl., Pflanzenr. 70(4. 105): 55. 1919; Sinskaja in Kom. Fl. URSS 8: 465. 1939; T. Y. Cheo in Bot. Bull. Acad. Sinic. 2(3): 181. 1948; Lauener. in Not. Roy. Bot. Gard. Edinb. 26: 334. 1965; 广州植物志 114. 1956; 中国高等植物图鉴 2: 32. 图1794. 1972; Jafri, Fl. West Pakist. 55: 25. t. l. f. 2. 1973; 秦岭植物志 1(2): 398. 1974; 湖北植物志 2: 38. 图731. 1979; 东北草本植物志 4: 45. 图版24. 1980. ——Sinapis juncea L. Sp. Pl. 668. 1753. ——B. juncea Coss. in Bull. Soc. Bot. Fr. 6: 609. 1859; L. H. Bailey in Gent. Herb. 1: 91. f. 38. 1922 et 2: 258. f. 141. 1930; Hand.-Mazz., Symb. Sin. 7: 369. 1931.
《Flora of China》 Vol. 8 (2001)
Brassica juncea (Linnaeus) Czernajew
芥菜 jie cai
Herbs annual, (20-)30-100(-180) cm tall, pubescent or rarely glabrous, glaucous or not, sometimes with fleshy taproots. Stems erect, branched above. Basal and lowermost cauline leaves long petiolate; petiole (1-)2-8(-15) cm; leaf blade ovate, oblong, or lanceolate in outline, (4-)6-30(-80) × 1.5-15(-28) cm, lyrate-pinnatifid or pinnatisect; terminal lobe ovate, repand, dentate, or incised; lateral lobes 1-3 on each side of midvein, much smaller than terminal lobe, crisped incised, dentate, repand, or entire. Upper cauline leaves petiolate or subsessile, oblanceolate, oblong, lanceolate, or linear, to 10 × 5 cm, base cuneate to attenuate, margin entire or repand, rarely dentate. Fruiting pedicels straight, divaricate, (0.5-)0.8-1.5(-2) cm. Sepals oblong, (3.5-)4-6(-7) × 1-1.7 mm, spreading. Petals yellow, (6.5-)8-11(-13) × 5-7.5 mm, ovate or obovate, apex rounded or emarginate; claw 3-6 mm. Filaments 4-7 mm; anthers oblong, 1.5-2 mm. Fruit linear, (2-)3-5(-6) cm × 3-4(-5) mm, terete or slightly 4-angled, sessile, divaricate or ascending; valvular segment (1.5-)2-4.5 cm, 6-15(-20)-seeded per locule; valves with a prominent midvein, slightly torulose; terminal segment conical, (4-)5-10(-15) mm, seedless; style often obsolete. Seeds dark to light brown or gray, globose, 1-1.7 mm in diam., minutely reticulate. Fl. Mar-Jun, fr. Apr-Jul. 2n = 36*.
Fields, waste places, roadsides. Cultivated throughout China, sometimes naturalized especially in SW China [widely cultivated and naturalized elsewhere].
Variation in the basal leaf morphology of Brassica juncea is tremendous, and minor variants have been recognized at specific, subspecific, and varietal ranks. All these "taxa" have 2n = 36, and they can be readily crossed and produce fully fertile offspring. Seven varieties and three species were recognized in FRPS. Of these, only three major types are recognized here as varieties. Brassica juncea var. megarrhiza and B. napiformis represent one taxon (var. napiformis), while B. juncea var. tumida is quite distinct in leaf morphology. Both varieties are recognized here. The other varieties, which are based solely on the type of leaf margin, are reduced to the synonymy of var. juncea. These include var. gracilis (margin doubly serrate or incised), var. multisecta (margin with linear or filiform lobes), var. foliosa (margin sinuate-dentate), var. crispifolia (margin sharply dentate or incised), and var. multiceps (margin unlobed, slightly incised, or irregularly doubly serrate). Brassica integrifolia was described from European plants of B. juncea that became naturalized in St. Croix, an island in the Caribbean Sea. It is said to differ from B. juncea in having undivided leaves and smaller fruit, but these alleged differences are unrealistic, and B. integrifolia does not merit any taxonomic status.
【出处】 《千金·食治》
【拼音名】 Jiè Cài
【别名】 芥(《仪礼》),大芥(《方言》),雪里蕻(《野菜笺》),皱叶芥(《纲目》),黄芥(《中药志》)。
【来源】 为十字花科植物芥莱的嫩茎叶。
【原形态】 一年生或二年生草本。高30~100厘米。茎直立,多分枝,幼枝被微毛,老枝光滑,有时微被白粉。基生叶大,呈琴状分裂,先端裂片特别长大,两侧裂片甚小;茎上部的叶不分裂,披针形至线形。总状花序多数,聚成圆锥状;花萼4,绿色;花瓣4,略向外展,呈十字形,鲜黄色;雄蕊6,4强;子房长圆形。长角果光滑无毛,无明显的嚎。花期4~6月。果期5~8月。
【生境分布】 全国各地均有栽培。
【性味】 辛,温。
①《别录》:"味辛,温,无毒。"
②《纲目》:"辛,热。"
③《随息居饮食谱》:"辛甘而温。"
【归经】 ①《得配本草》:"入手太阴经。"
②《本草求真》:"入肺、胃,兼入肾。"
【功能主治】 宣肺豁痰,温中利气。治寒饮内盛,咳嗽痰滞,胸膈满闷。
①《别录》:"主除肾邪气,利九窍,明耳目,安中,久服温中。"
②《食疗本草》:"主咳逆,下气,明目,去头面风。"
③《纲目》:"通肺豁痰,利膈开胃。"
【用法用量】 内服:煎汤或捣汁。外用:烧存性研末撒或煎水洗。
【注意】 凡疮疡、目疾、痔疮、便血及平素热盛之患者忌食。
①《本草衍义》:"多食动风。"
②《纲目》:"久食则积温成热,辛散太甚,耗人真元,肝木受病,昏人眼目,发人痔疮。"
【附方】 ①治牙龈肿烂,出臭水者:芥菜杆,烧存性,研末,频敷之。(《纲目》)
②治漆疮瘙痒:芥菜煎汤洗之。(《千金方》)
③治痔疮肿痛:芥叶,捣饼,频坐之。(《谈野翁试验方》)
【摘录】 《中国辞典》
别名:brown mustard;芥菜型油菜;皱叶芥;哲日力格-钙母;菜芥;芥子;白芥;冲菜;大芥;大叶芥菜;多裂叶芥;芥;芥末;格其;芥菜子;白芥子;黄芥;皱叶芥菜;黄芥子;辣菜子;大芥菜;宽叶苦菜;叶用芥菜;钙母;大菜;油菜;霜不老;辣菜;麻菜;青菜;青菜子;雪里红;嗅芥;雪里蕻;野油菜;油芥菜;辣芥;
科名:十字花科 Brassicaceae
属名:芸薹属 Brassica
《中国植物志》第33卷028页
13. 芥菜(通称) 芥(名医别录)
Brassica juncea (L.) Czern. et Coss. in Czern. Conspect. Fl. Chark. 8. 1859; Hook. f. et Thoms. in Journ. Linn. Soc. Bot. 5: 170. 1861; Maxim. Fl. Tang. 64. 1889 et Enum. Pl. Mong. 66. 1889; Kom. in Acta Hort. Petrop. 22: 356. 1903; N. Busch, Fl. Sib. et Orienta. Extr. 2: 178. f. et tab. geogr. 178. 1915; O. E. Schulz in Engl., Pflanzenr. 70(4. 105): 55. 1919; Sinskaja in Kom. Fl. URSS 8: 465. 1939; T. Y. Cheo in Bot. Bull. Acad. Sinic. 2(3): 181. 1948; Lauener. in Not. Roy. Bot. Gard. Edinb. 26: 334. 1965; 广州植物志 114. 1956; 中国高等植物图鉴 2: 32. 图1794. 1972; Jafri, Fl. West Pakist. 55: 25. t. l. f. 2. 1973; 秦岭植物志 1(2): 398. 1974; 湖北植物志 2: 38. 图731. 1979; 东北草本植物志 4: 45. 图版24. 1980. ——Sinapis juncea L. Sp. Pl. 668. 1753. ——B. juncea Coss. in Bull. Soc. Bot. Fr. 6: 609. 1859; L. H. Bailey in Gent. Herb. 1: 91. f. 38. 1922 et 2: 258. f. 141. 1930; Hand.-Mazz., Symb. Sin. 7: 369. 1931.
《Flora of China》 Vol. 8 (2001)
Brassica juncea (Linnaeus) Czernajew
芥菜 jie cai
Herbs annual, (20-)30-100(-180) cm tall, pubescent or rarely glabrous, glaucous or not, sometimes with fleshy taproots. Stems erect, branched above. Basal and lowermost cauline leaves long petiolate; petiole (1-)2-8(-15) cm; leaf blade ovate, oblong, or lanceolate in outline, (4-)6-30(-80) × 1.5-15(-28) cm, lyrate-pinnatifid or pinnatisect; terminal lobe ovate, repand, dentate, or incised; lateral lobes 1-3 on each side of midvein, much smaller than terminal lobe, crisped incised, dentate, repand, or entire. Upper cauline leaves petiolate or subsessile, oblanceolate, oblong, lanceolate, or linear, to 10 × 5 cm, base cuneate to attenuate, margin entire or repand, rarely dentate. Fruiting pedicels straight, divaricate, (0.5-)0.8-1.5(-2) cm. Sepals oblong, (3.5-)4-6(-7) × 1-1.7 mm, spreading. Petals yellow, (6.5-)8-11(-13) × 5-7.5 mm, ovate or obovate, apex rounded or emarginate; claw 3-6 mm. Filaments 4-7 mm; anthers oblong, 1.5-2 mm. Fruit linear, (2-)3-5(-6) cm × 3-4(-5) mm, terete or slightly 4-angled, sessile, divaricate or ascending; valvular segment (1.5-)2-4.5 cm, 6-15(-20)-seeded per locule; valves with a prominent midvein, slightly torulose; terminal segment conical, (4-)5-10(-15) mm, seedless; style often obsolete. Seeds dark to light brown or gray, globose, 1-1.7 mm in diam., minutely reticulate. Fl. Mar-Jun, fr. Apr-Jul. 2n = 36*.
Fields, waste places, roadsides. Cultivated throughout China, sometimes naturalized especially in SW China [widely cultivated and naturalized elsewhere].
Variation in the basal leaf morphology of Brassica juncea is tremendous, and minor variants have been recognized at specific, subspecific, and varietal ranks. All these "taxa" have 2n = 36, and they can be readily crossed and produce fully fertile offspring. Seven varieties and three species were recognized in FRPS. Of these, only three major types are recognized here as varieties. Brassica juncea var. megarrhiza and B. napiformis represent one taxon (var. napiformis), while B. juncea var. tumida is quite distinct in leaf morphology. Both varieties are recognized here. The other varieties, which are based solely on the type of leaf margin, are reduced to the synonymy of var. juncea. These include var. gracilis (margin doubly serrate or incised), var. multisecta (margin with linear or filiform lobes), var. foliosa (margin sinuate-dentate), var. crispifolia (margin sharply dentate or incised), and var. multiceps (margin unlobed, slightly incised, or irregularly doubly serrate). Brassica integrifolia was described from European plants of B. juncea that became naturalized in St. Croix, an island in the Caribbean Sea. It is said to differ from B. juncea in having undivided leaves and smaller fruit, but these alleged differences are unrealistic, and B. integrifolia does not merit any taxonomic status.
《中国辞典》:芥菜
【出处】 《千金·食治》
【拼音名】 Jiè Cài
【别名】 芥(《仪礼》),大芥(《方言》),雪里蕻(《野菜笺》),皱叶芥(《纲目》),黄芥(《中药志》)。
【来源】 为十字花科植物芥莱的嫩茎叶。
【原形态】 一年生或二年生草本。高30~100厘米。茎直立,多分枝,幼枝被微毛,老枝光滑,有时微被白粉。基生叶大,呈琴状分裂,先端裂片特别长大,两侧裂片甚小;茎上部的叶不分裂,披针形至线形。总状花序多数,聚成圆锥状;花萼4,绿色;花瓣4,略向外展,呈十字形,鲜黄色;雄蕊6,4强;子房长圆形。长角果光滑无毛,无明显的嚎。花期4~6月。果期5~8月。
【生境分布】 全国各地均有栽培。
【性味】 辛,温。
①《别录》:"味辛,温,无毒。"
②《纲目》:"辛,热。"
③《随息居饮食谱》:"辛甘而温。"
【归经】 ①《得配本草》:"入手太阴经。"
②《本草求真》:"入肺、胃,兼入肾。"
【功能主治】 宣肺豁痰,温中利气。治寒饮内盛,咳嗽痰滞,胸膈满闷。
①《别录》:"主除肾邪气,利九窍,明耳目,安中,久服温中。"
②《食疗本草》:"主咳逆,下气,明目,去头面风。"
③《纲目》:"通肺豁痰,利膈开胃。"
【用法用量】 内服:煎汤或捣汁。外用:烧存性研末撒或煎水洗。
【注意】 凡疮疡、目疾、痔疮、便血及平素热盛之患者忌食。
①《本草衍义》:"多食动风。"
②《纲目》:"久食则积温成热,辛散太甚,耗人真元,肝木受病,昏人眼目,发人痔疮。"
【附方】 ①治牙龈肿烂,出臭水者:芥菜杆,烧存性,研末,频敷之。(《纲目》)
②治漆疮瘙痒:芥菜煎汤洗之。(《千金方》)
③治痔疮肿痛:芥叶,捣饼,频坐之。(《谈野翁试验方》)
【摘录】 《中国辞典》
- 叶菜型芥菜雪里蕻栽培技术
- 4种植物对133Cs和88Sr污染土壤的修复研究
- 芥菜型和甘蓝型油菜及其杂种后代种子硫甙组成差异的研究
- 从荷兰进口植物中检出南芥菜花叶病毒
- 叶用芥菜种质表型性状的遗传多样性分析
- 芥菜型油菜和芥蓝种间杂种的获得及其性状表现
- 氮硫对腌制叶用芥菜营养品质的影响
- 芥菜型油菜黄籽基因分子标记的开发
- 抗草丁膦和抗草甘膦转基因油菜的抗性基因向野芥菜的流动
- 芥菜型油菜与白菜正反杂交的胚胎学研究
- 中国紫草科天芥菜亚科花粉形态及其系统学意义
- 西藏高原环境下印度芥菜型油菜农艺性状的典型相关分析
- 西藏芥菜型油菜性状演化与分支分类研究
- 印度芥菜(Brassica juncea L.)重金属耐性机理研究进展
- 施肥对铅镉污染土壤上芥菜铅镉含量及生理的影响
- 氮肥对镉在土壤-芥菜系统中迁移转化的影响
- 西藏野生芥菜型油菜生态性状相关分析
- 控释配方肥氮素在芥菜连作期的去向和平衡
- 印度芥菜-苜蓿间作对镉胁迫的生态响应
- 铜污染旱地红壤的络合诱导植物修复作用
- 细菌卤代烷烃脱卤酶基因在拟南芥菜中的高效表达
- 西藏野生芥菜型油菜种质资源的聚类分析
- 西藏野生芥菜型油菜构件种群相互关系及其与气候因素的灰色关联度分析
- 转基因油菜与野芥菜混作对土壤线虫群落的影响
- 芥菜航天诱变选育后代的酯酶同工酶与SSR分析
- 芥菜Rubisco小亚基的基因克隆及其在芜菁花叶病毒侵染后的表达分析
- 离子束介导甘蓝全DNA转化拟南芥菜的RAPD分析
- 腌制加工对不同品种叶用芥菜抗氧化物质含量和抗氧化活性的影响
- 影响茎用芥菜愈伤组织诱导和植株再生的因素
- 植物金属硫蛋白Ⅱ型与谷胱甘肽在烟草中的表达和合成特性
- 进境荷兰郁金香种苗中南芥菜花叶病毒的鉴定
- 施用玉米秸秆堆肥对盆栽芥菜土壤酶活性和微生物的影响
- 铯对印度芥菜幼苗生长的影响及其亚细胞分布和化学形态
- 环境激素DBP对拟南芥试管形态发生的影响
- 拟南芥菜离体培养中愈伤组织的诱导和植株再生的初步研究
- 四种蜜源植物花蜜腺的比较解剖学研究
- 芥菜型多室油菜与甘蓝型油菜的种间远缘杂交
- 环境激素DBP对拟南芥体外培养叶片超微结构的影响
- 春茎瘤芥新品种‘甬榨5号’
- 芥菜开花整合子SOC1与AGL24蛋白K结构域的互作位点鉴定
- 芥菜开花整合子SOC1启动子的克隆及其与FLC、SVP蛋白互作的研究
- 芥菜开花整合子SOC1启动子的克隆及其与FLC、SVP蛋白互作的研究
- 超量表达BoFLC3、AtFT 对芥菜开花期和抗寒性的影响
- 芥菜开花调控蛋白SVP 与FLC 酵母表达载体的构建及其相互作用研究
- 芥菜开花调控蛋白SVP 与FLC 酵母表达载体的构建及其相互作用研究
- 芥菜开花调控因子SVP 与FLC 蛋白互作的结构域筛选与鉴定
- 芥菜开花调控因子SVP 与FLC 蛋白互作的结构域筛选与鉴定
- 芥菜开花信号整合子的两个核心转录因子FLC和SVP相互作用的体外检测
- 春茎芥菜新品种‘甬榨2号’
- 春茎芥菜新品种‘甬榨2号’
- 茎芥菜胞质四倍体白菜雄性不育系花药发育的研究
- 茎芥菜胞质四倍体白菜雄性不育系花药发育的研究
- 春茎芥菜新品种‘甬榨1号’
- 铝对芥菜( Brassica juncea Coss) 幼苗根系形态和叶内抗氧化系统的影响
- 铝对芥菜( Brassica juncea Coss) 幼苗根系形态和叶内抗氧化系统的影响
- 不同采收季节对叶用芥菜类黄酮物质含量和抗氧化活性的影响
- 氮肥和硫肥对叶芥菜生长及营养品质的影响
- 氮肥和硫肥对叶芥菜生长及营养品质的影响
- RT-PCR联合一步法扩增G蛋白α亚基基因的开放阅读框
- 通过大白菜胞质不育系与芥菜远缘杂交选育新的芥菜胞质不育系
- 春茎芥菜新品种‘甬榨1号’
- 芥菜型油菜雄性不育系与甘蓝远缘杂交胚培养及早代育性鉴定
- 芥菜线粒体反向调控核基因表达的可能途径和机制研究
- 芥菜开花信号整合子的两个核心转录因子FLC和SVP相互作用的体外检测
- 芥菜Fosmid 文库构建及B 基因组细胞学标记的筛选利用
- 开花负调因子芥菜BjSVP与甘蓝BoFLC的异源互作研究
- 芥菜开花相关基因AGL24的表达及与SOC1、SVP和FLC蛋白的互作
- 芥菜AP1基因体外表达及其与FLC相互作用的验证
- 芥菜型油菜FAE1基因序列特征及其与芥酸含量关系的初步分析