Synechococcus leopoliensis
Synechococcus leopoliensis
规格:
货期:
编号:TS551965
品牌:Testobio
| Product Number | TS551965 |
| Strain Number | UTEX 625 |
| WDCM number of Culture Collection | 606 |
| Organism Name | Synechococcus leopoliensis |
| Organism Type | Microalgae |
| History of Deposit | J. Meyers (12/54) |
| Date of Isolation | 1952 |
| Isolated From | Waller Creek |
| Geographic Origin | Austin, Texas, USA |
| Nomenclatural status of the strain | Type |
| Optimum Temperature for Growth | |
| Maximum Temperature for Growth | |
| Minimum Temperature for Growth | |
| Literature | identified by F. Drouet as Anacystis nidulans; deposited as Tx20 Anacystis nidulans (Kratz & Myers 1955); 1970 renamed (Komárek 1970); clumping/genetic transfer (Prasatik-Cole & Brand 1983); carbon dioxide/photosynthetic activity (Mayo et al. 1986); fluoride toxicity-resistance (Nichol et al. 1987); glyoxylate cycle, isocitrate lyase, malate synthase (Eley 1988); produces metalothionein (Olafson et al. 1988); photosystem I, polypeptides binding chlorophyll a and B-carotene (Alhadeff et al. 1988); chlorophylide a in plasma membrane (Hinterstoisser et al. 1988); ampicillin-resistant transformants (Lightfoot et al. 1988); heterologous hybridization/E. coli, glutamate synthesis (Lightfoot et al. 1989); 47-kDa, membranes, nitrate transport (Sivak et al. 1989); RuBPCO (Daniell et al. 1989); glycolate excretion (Ronstöm & Bergman 1989); hydrogen peroxide/light effect (Roncel et al. 1989); ribosomal protein genes/elongation factor genes (Meng et al. 1989); growth and pigmentation (Hauschild et al. 1991); grown in shaded light; rendered axenic by David R. Nobles, Jr. on 02/06/09 |
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| Product Number | TS551965 |
| Strain Number | UTEX 625 |
| WDCM number of Culture Collection | 606 |
| Organism Name | Synechococcus leopoliensis |
| Organism Type | Microalgae |
| History of Deposit | J. Meyers (12/54) |
| Date of Isolation | 1952 |
| Isolated From | Waller Creek |
| Geographic Origin | Austin, Texas, USA |
| Nomenclatural status of the strain | Type |
| Optimum Temperature for Growth | |
| Maximum Temperature for Growth | |
| Minimum Temperature for Growth | |
| Literature | identified by F. Drouet as Anacystis nidulans; deposited as Tx20 Anacystis nidulans (Kratz & Myers 1955); 1970 renamed (Komárek 1970); clumping/genetic transfer (Prasatik-Cole & Brand 1983); carbon dioxide/photosynthetic activity (Mayo et al. 1986); fluoride toxicity-resistance (Nichol et al. 1987); glyoxylate cycle, isocitrate lyase, malate synthase (Eley 1988); produces metalothionein (Olafson et al. 1988); photosystem I, polypeptides binding chlorophyll a and B-carotene (Alhadeff et al. 1988); chlorophylide a in plasma membrane (Hinterstoisser et al. 1988); ampicillin-resistant transformants (Lightfoot et al. 1988); heterologous hybridization/E. coli, glutamate synthesis (Lightfoot et al. 1989); 47-kDa, membranes, nitrate transport (Sivak et al. 1989); RuBPCO (Daniell et al. 1989); glycolate excretion (Ronstöm & Bergman 1989); hydrogen peroxide/light effect (Roncel et al. 1989); ribosomal protein genes/elongation factor genes (Meng et al. 1989); growth and pigmentation (Hauschild et al. 1991); grown in shaded light; rendered axenic by David R. Nobles, Jr. on 02/06/09 |
