Brassica Juncea Morphology

Anthers 15-2 mm broad with conical beak 5-7 mm long midvein prominently keeled. Brassica juncea L.

Brassica Juncea Chinese Mustard Go Botany

Juncea implicated Brassica FT in multiple agronomic traits beyond flowering consistent with a pleiotropic effect.

Brassica juncea morphology. Leaf morphology varies significantly among Brassica juncea. Analysis of gain-of-function and artificial miRNA mediated silenced lines of B. A selected host range study has also been conducted in an attempt to identify the virus.

Nigra Rakow Reference Rakow Pua and Douglas 2004. Is an amphidiploid species originated from crosses between B. All these taxa have 2n 36 and they can be readily crossed and produce fully fertile offspring.

Is the predominant oilseed crop in India Nepal and Bangladesh Purty et al. However little is known regarding the causal gene that controls lobed leaf shape in B. The form and typical size of a mosaic virus of Brassica nigra have been ascertained by means of the electron microscope.

Brassica carinata or Ethiopian mustard is an. Is an amphidiploid species originated from crosses between B. METHODS-Mosaic Brassica nigra leaf tissue 1 g was homogenized in a ground glass homogenizer.

Stem mustard is a stem variety of mustard an important Brassica vegetable. The formation and development of the tumorous stem which is the key organ for the direct yield and quality is a complex biological process involving morphogenesis material accumulation and gene regulation. Stems erect branched above.

Neopolyploid morphology and fertility especially is unknown but essential for understanding polyploid formation and establishment. Herbs annual 20-30-100 -180 cm tall pubescent or rarely glabrous glaucous or not sometimes with fleshy taproots. In our study the BjRCO gene which is associated with leaf morphological variation was cloned from chromosome A10 in B.

Carinata are amphidiploids derived from the monogenomic or basic species B. Annual erect herbs to 1 m or more tall densely long-branched especially above glabrous subglaucous. Several dependent and independent traits such as lateral branching silique shape seed size oil-profile stomatal morphology and plant height were found altered in mutant lines.

The leaves with ovate or obovate shape are simple and petioled. It has a great seed yield potential for semi-arid conditions and is known to be more drought tolerant than rapeseed species Rabbani et al 1999 It is grown as an oilseed and leafy vegetable. Crop grown in Australia with.

Petals bright yellow 45-8 -10 mm long clawed with obovate limb. Fruit quadrangular in cross-section tipped by an indehiscent beak 1-3 mm long and stems usually hairy at least near the base vs. Morphology and the size of the virus.

Morphology Reproductive morphology Fruits Siliquae often longer up to 75 mm with a narrowly conical beak 612 mm. Variation in the basal leaf morphology of Brassica juncea is tremendous and minor variants have been recognized at specific subspecific and varietal ranks. Economically important Brassica species in which chromosome pairing clearly showed the three species with the higher chromosome number B.

Juncea with fruit circular in cross-section or nearly so tipped by an indehiscent beak 5-10 mm long and stems usually lacking hairs. Is the main. This thesis describes the formation rate of one-step and two-step allopolyploids with Brassica carinata Brassica juncea or Brassica napus as the maternal parent and Sinapis arvensis as the paternal parent using.

The current study was conducted with an aim that 24-epibrassinolide EBL andor spermidine Spd could modify root morphology movement of stomata cell viability photosynthetic effectiveness carbonic anhydrase and antioxidant enzyme activities in Brassica juncea under manganese Mn stress 30 or 150 mg kg 1 soil. The genetic relationship between the. Blast analysis suggested that the BjRCO encodes a.

Belongs to the mustard family Brassicaceae or Cruciferae and has numerous common names used eg brown mustard Chinese mustard or oriental mustard. It has a great seed yield potential for semi-arid conditions and is known to be more drought tolerant than rapeseed species Rabbani et al Reference Rabbani Iwabuchi Murakami Suzuki and Takayanagi 1999 It is grown as an oilseed and. The flowers of the raceme inflorescences are bisexual with four free sepals and four yellow petals along with two longer and two shorter stamens.

Genome relationships of Brassica species and. These data provide a basic resource for further molecular and genetic research on Brassica juncea. 1 mm diameter dark reddish-brown globose finely reticulate.

Representing only a minor part of oilseed production.

Flower Morphology A Euplasmic Fertile Brassica Juncea B Download Scientific Diagram

Figure 2 From Stable Fertile Somatic Hybrids Between Sinapis Alba And Brassica Juncea Show Resistance To Alternaria Brassicae And Heat Stress Semantic Scholar

3 Plant Morphological Diversity Of Brassica Wild Species Download Scientific Diagram

Seed Morphology Of 10 Species Of Brassicaceae As Revealed By Light Download Scientific Diagram

Somatic Hybrids Of Sinapis Alba Brassica Juncea Study Of Backcross Progenies For Morphological Variations Chromosome Constitution And Reaction To Alternaria Brassicae Springerlink

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Brassica Juncea In Flora Of Pakistan Efloras Org

Figure 1 From Production And Genetic Characterization Of Somatic Hybrids Between Leaf Mustard Brassica Juncea And Broccoli Brassica Oleracea Semantic Scholar

Figure 3 From Occurrence Of Metaxenia And False Hybrids In Brassica Juncea L Cv Kikarashina B Napus Semantic Scholar

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Brassica Juncea Chinese Mustard Go Botany

Fruit Morphology Of 10 Species Of Brassicaceae As Revealed By Light Download Scientific Diagram

Brassica Juncea Chinese Mustard Go Botany

Brassica Juncea Herbis Mundi

Necrosis Of Leaf Tissue On Brassica Juncea And B Campestris Caused By Download Scientific Diagram

Effect Of Different Concentrations Of Glucose 0 2 4 Or 8 On The Download Scientific Diagram

Brassica Juncea Chinese Mustard Go Botany

2 Plant Morphological Diversity Of Brassica Wild Species Download Scientific Diagram

Heterotic Patterns Of Primary And Secondary Metabolites In The Oilseed Crop Brassica Juncea Heredity