Search result for 'flower '.
Viewing records 191 to 200 of 1585 hits.
previous
|
10
|
11
|
12
|
13
|
14
|
15
|
16
|
17
|
18
|
19
|
20
|
21
|
22
|
23
|
24
|
25
|
26
|
27
|
28
|
29
|
next
|
N6379
|
Name: FILAMENTOUS FLOWER |
Price:
£11.00
|
Donor
- University of Utah Gary Drews
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description
Floral primordia have reduced capacity to form flowers, giving rise to a variety of structures including: clusters of numerous flowerless pedicels (filament-like structures), stalked curled sepals, flowers with pedicel organs and long pedicels; altered floral organ number, organ position, organ identity and organ development during flower development; these defects become stronger at more acropetal positions; partially male sterile; strong allele.
|
|
|
N6380
|
Name: FILAMENTOUS FLOWER |
Price:
£11.00
|
Donor
- University of Utah Gary Drews
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description
Floral primordia have reduced capacity to form flowers, giving rise to a variety of structures including: clusters of numerous flowerless pedicels (filament-like structures), stalked curled sepals, flowers with pedicel organs and long pedicels; altered floral organ number, organ position, organ identity and organ development during flower development; these defects become stronger at more acropetal positions; partially male sterile; strong allele.
|
|
|
N6381
|
Name: FILAMENTOUS FLOWER |
Price:
£11.00
|
Donor
- University of Utah Gary Drews
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description
Floral primordia have reduced capacity to form flowers, giving rise to a variety of structures including: clusters of numerous flowerless pedicels (filament-like structures), stalked curled sepals, flowers with pedicel organs and long pedicels; altered floral organ number, organ position, organ identity and organ development during flower development; these defects become stronger at more acropetal positions; partially male sterile; strong allele.
|
|
|
N6394
|
Name: filamentous flower |
Price:
£11.00
|
Donor
- Kyoto University Kiyotaka Okada
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description
Floral primordia have reduced capacity to form flowers, giving rise to a variety of structures including: clusters of numerous filament-like structures (underdeveloped flowers that failed to form receptacles and floral organs), stalked curled sepals, flowers with pedicel organs and long pedicels; altered floral organ number, organ position, organ identity and organ development during flower development; these defects become stronger at more acropetal positions; partially male sterile; strong allele.
|
|
|
N6395
|
Name: rbe-1 |
Price:
£11.00
|
Donor
- John Innes Centre Seiji Takeda
- Kyoto University Kiyotaka Okada
- Kyoto University Noritaka Matsumoto
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description
Defective in petal development; the degree of morphological abnormality of petals varies from: a mild phenotype of a reduced blade at the top, an intermediate phenotype of spoon shaped petals with a small blade and a short filamentous stalk at the base, to a severe phenotype of filaments only; in some caes no petals or filaments are observed at the position of petal formation; ovules have shorter integuments than those of wild type, producing shorter siliques; reduced fertility.
|
Phenotype
Altered petal morphology. A wild-type flower has four petals of almost the same size and shape. A petal is flat from top to bottom, and the bottom part is narrow and greenish. In rbe-1, petals were deformed and their degree of morphological abnormality varied from a mild phenotype of a reduced blade at the top, an intermediate phenotype of spoon-shaped petals with a small blade and a short filamentous stalk at the base, to a severe phenotype of filaments only. In some cases, no petals or filaments were observed at the position of petal formation.<p>The epidermal cells on the lower surface of the filaments of rbe-1 had an irregular ridged structure similar to that of the lower surface of the wild type, but the cells were flattened and elliptic. The position of the filamentous petals was normal; that is, they were formed in the second whorl at a position between the medial and lateral sepals. Furthermore, in the small or spoon-shaped petals of rbe-1, the epidermal cells had a ridged structure and were smaller . This suggests that the position and identity of the aberrant-shaped petals of rbe was not altered.
|
|
N6397
|
Name: terminal flower |
Price:
£11.00
|
Donor
- University of Copenhagen Morten Petersen
- University of British Columbia (UBC) George Haughn
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description
Morphology similar to tfl2-1 and tfl2-2; early flowering; rosette leaves are smaller than wt or tfl1; reduced plant height (shortened internode length); premature termination of the main inflorescence with the formation of a terminal flower structure, causing the early release of numerous secondary inflorescences; early senescence; altered glucosinolate profile in leaves, seeds and roots; increased sensitivity to clubroot disease (Plasmodiophora brassicae); thermosensitive; reduced Hsp90 expression; increased tryptophan content in seedlings, reduced tryptophan oxidizing enzyme in seedlings; altered auxin (indole acetic acid) metabolism.
|
|
|
N6513
|
Name: CHL1::GUS |
Price:
£11.00
|
Donor
- University of California, San Diego Nigel Crawford
|
|
Stock type: individual line
|
Material type: seed
|
|
Description
CHL1::GUS; translational expression construct containing the chlorate resistant (CHL1) transporter gene fused to the beta-glucuronidase (GUS) marker gene; CHL1 is expressed preferentially in rapidly growing regions in both roots and shoots; strong expression is concentrated in the tips of primary and lateral roots, with very low signals in the epidermis and cortex; strong expression found in shoots, concentrated in young leaves and developing flower buds but not in the shoot meristem; kanamycin resistant.
|
|
|
N6514
|
Name: CHL::GFP |
Price:
£11.00
|
Donor
- University of California, San Diego Nigel Crawford
|
|
Stock type: individual line
|
Material type: seed
|
|
Description
CHL1::GFP; translational expression construct containing the chlorate resistant (CHL1) transporter gene fused to the green fluorescent protein (GFP) marker gene; CHL1 is expressed preferentially in rapidly growing regions in both roots and shoots; strong expression is concentrated in the tips of primary and lateral roots, with very low signals in the epidermis and cortex; strong expression found in shoots, concentrated in young leaves and developing flower buds but not in the shoot meristem; kanamycin resistant.
|
|
|
N6542
|
Name: cpl3-1 |
Price:
£11.00
|
Donor
- Texas A&M University Hisashi koiwa
- Purdue University Ray Bressan
- Purdue University Paul Hasegawa
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description
Exhibit a hos (high expression of osmotically regulated gene) phenotype; RD29A::LUC hyperexpression and transcript accumulation in response to ABA treatment in seedlings; plants grow more slowly and flower earlier than wild type plants.
|
|
|
N6583
|
Name: hen1-1 |
Price:
£11.00
|
Donor
- University of California, Riverside Xuemei Chen
- University of California, Riverside Yulan Cheng
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Phenotype
Plants exhibit pleiotropic phenotypes; most aerial organs are reduced in size: leaves and floral organs are small and plants are shorter compared to wild-type; small cells in mature leaves and petals; rosette leaves are pointed at the apical end and the edges tend to curl upward; delayed flowering; high flower density in inflorescence; reduced internode elongation in the stems; increased number of coflorescences; under long-day conditions (16 hour light/8 hour darkness), plants produce more cauline leaves with axillary inflorescences before producing single flowers on the inflorescence stems than wild type plants; reduced male and female fertility; anthers from early-arising flowers often fail to dehisce, although late-arising flowers do produce pollen, the amount of pollen produced appears to be greatly reduced; reduced seed set in siliques. Slight increase in rosette leaf number.
|
|
previous
|
10
|
11
|
12
|
13
|
14
|
15
|
16
|
17
|
18
|
19
|
20
|
21
|
22
|
23
|
24
|
25
|
26
|
27
|
28
|
29
|
next
