File list
This special page shows all uploaded files.
| Date | Name | Thumbnail | Size | Description | Versions |
|---|---|---|---|---|---|
| 06:24, 9 June 2014 | BiFC assay showed the interaction of OsBAK1 and OsBRI1 in vivo.jpg (file) |  |
94 KB | Fig.12 BiFC_assay_showed_the_interaction_of_OsBAK1_and_OsBRI1_in_vivo(The onion epidermis cells were cotransformated with OsBAK1-YN and YC, OsBRI1-YC and YN, OsBRI1-YC and OsBAK1-YN, OsBRI1-YC and OsBAK1-ECD-YN,OsBRI1-YC and OsBAK1-ICD-YN, and OsBRI1-YC a | 1 |
| 06:16, 9 June 2014 | The structure sketch map of OsBAK1 protein.jpg (file) |  |
47 KB | Fig.11 The_structure_sketch_map_of_OsBAK1_protein(OsBAK1 encoding 624 amino acid residues and including an extracellular domain (amino acid 1–299) and an intracellular domain (amino acid 300–624). The extracellular domain of OsBAK1 was named OsBAK1-EC | 1 |
| 06:07, 9 June 2014 | Interaction of OsBAK1 with OsBRI1 in vivo.jpg (file) |  |
140 KB | Fig.11 Interaction_of_OsBAK1_with_OsBRI1_in_vivo(Fig.11 Interaction_of_OsBAK1_with_OsBRI1_in_vivo((b) The structure sketch map of OsBAK1 protein. OsBAK1 encoding 624 amino acid residues and including an extracellular domain (amino acid 1–299) and an int | 2 |
| 05:51, 9 June 2014 | Real-time PCR analysed theexpression of CPD gene in transgenic plants, bri1-5 itself and wild-type Ws-2.jpg (file) |  |
34 KB | Fig.10 Real-time_PCR_analysed_theexpression_of_CPD_gene_in_transgenic_plants,_bri1-5_itself_and_wild-type_Ws-2 | 1 |
| 05:46, 9 June 2014 | OsBAK1 rescue partially the Arabidopsis mutant bri1-5.jpg (file) |  |
126 KB | Fig.9 OsBAK1_rescue_partially_the_Arabidopsis_mutant_bri1-5.( (a) Phenotypes of bri1-5 and transgenic bri1-5,expressing OsSERK1 is shown, which were grown in soil for 3 weeks. (b) The phenotypesof longer petioles and larger leaves in transgenic Arabidopsi | 1 |
| 04:46, 9 June 2014 | Defective leaf development of OsBAK1 RNAi plants.jpg (file) |  |
210 KB | Fig.8 Defective_leaf_development_of__OsBAK1_RNAi_plants. (A) Surface of leaves of an OsBAK1RNAi plants (right) and control plant (left) grown for four weeks.Pictures in the lower panel show higher magnification of the boxed region.White bars indicate 300 | 1 |
| 08:55, 8 June 2014 | Phylogenetic analysis of SERK proteins in Arabidopsis and rice.jpg (file) |  |
29 KB | Fig.7 Phylogenetic_analysis_of_SERK_proteins_in_Arabidopsis_and_rice.(Amino acid sequences encoded by AtSERK1 (At1g71830),AtSERK2 (At1g34210), AtBAK1/AtSERK3 (At4g33430),AtSERK4/ BAK7/BKK1 (At2g13790), AtSERK5(At 2g13800) in Arabidopsis and OsSERK2(Os04g0 | 2 |
| 08:44, 8 June 2014 | A phylogenetic tree of the SERK family protein kinases drawn on the basis of predicted entire amino acid sequences.jpg (file) |  |
28 KB | Fig.6 A_phylogenetic_tree_of_the_SERK_family_protein_kinases_drawn_on_the_basis_of_predicted_entire_amino_acid_sequences | 3 |
| 08:41, 8 June 2014 | The subcellular localization of OsBAK1 protein in onion epidermis cells.jpg (file) |  |
147 KB | Fig.5 The_subcellular_localization_of_OsBAK1_protein_in_onion_epidermis_cells(The upper panel shows the 35S::GFP signal alone, which is distributed on the plasma membrane, cytoplasm and nucleus; the middle panel displays the signal from 35S::OsBAK-GFP whi | 2 |
| 08:38, 8 June 2014 | Tissue-specific GUS activities in the OsSERK1-GUS rice plants.jpg (file) |  |
289 KB | Fig.4 Tissue-specific_GUS_activities_in_the_OsSERK1-GUS_rice_plants( (A) 1-day imbibed embryo of plant #7. (B) Lamina joint of plant #7. (C) Growing lateral roots of plant #7. (D) Developing embryo (10 DAP) of plant #7. (E) 1-day imbibed embryo of plant # | 2 |
| 08:35, 8 June 2014 | Expression of OsSERK1 and in various organs of rice.jpg (file) |  |
42 KB | Fig.3 Expression_of_OsSERK1_and_in_various_organs_of_rice(Poly(A)+RNAs isolated from the indicated organs were reversetranscribed and used as templates of the PCR. RT-PCR products were detected by Southern blot (OsSERK1) or ethidium bromide staining (acti | 2 |
| 05:02, 8 June 2014 | Higher susceptibility to biotic stress of leaves of OsBAK1RNAi plants.jpg (file) |  |
47 KB | Fig.2 Higher susceptibility to biotic stress of leaves of OsBAK1RNAi plants.(Extent of OsBAK1RNAi line (right) infection with Magnaporthe oryzae compared to wild-type plant (left) grown for 7 weeks. Enlarged leaf features of them are shown in the lower pa | 4 |
| 04:55, 8 June 2014 | The unnormal growth condition of OsBAK1.jpg (file) |  |
12 KB | Fig.1 The_unnormal_growth_condition_of_OsBAK1.(The outer appearance of OsBAK1RNAi line leaves (right) showing constitutive sickness compared with those of control plants (left) grown for two weeks.) | 2 |
| 11:53, 7 June 2014 | A subset of OsSERK genes, including OsBAK1, affects normal growth and leaf development of rice.pdf (file) |  |
1.05 MB | 1 | |
| 16:08, 5 June 2014 | Phylogenetic analysis of SERK proteins in Arabidopsis and rice..jpg (file) |  |
29 KB | Amino acid sequences encoded by AtSERK1 (At1g71830),AtSERK2 (At1g34210), AtBAK1/AtSERK3 (At4g33430),AtSERK4/ BAK7/BKK1 (At2g13790), AtSERK5(At 2g13800) in Arabidopsis and OsSERK2(Os04g0457800),OsSERK3 (Os06g0225300), OsSERK4(Os02g0283800) in rice (Oryza | 1 |
| 15:44, 5 June 2014 | Abnormal leaf features seen in the OSBAK1RNAi plants.jpg (file) |  |
250 KB | Corrugated leaves appeared at an early stage (D) and remained through later stages of development, as well as when grown in tissue culture media (L). Dried and twisted leaves (E, F), folded or fused leaf blades (G, I), bent leaves (H), and plait-like lump | 1 |
