Search result for '781613 '.
Viewing records 51 to 93 of 93 hits.
N781570
|
Name: wave_29T |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: Golgi / endosomal
|
N781571
|
Name: wave_29Y |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: Golgi / endosomal
|
N781572
|
Name: wave_2C |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: late endosome/pre-vacuolar compartment. Extensive experimental evidence for localisation to multi-vesicular bodies and function in trafficking to vacuole.
|
N781573
|
Name: wave_2R |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: late endosome/pre-vacuolar compartment. Extensive experimental evidence for localisation to multi-vesicular bodies and function in trafficking to vacuole.
|
N781574
|
Name: wave_2T |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: late endosome/pre-vacuolar compartment. Extensive experimental evidence for localisation to multi-vesicular bodies and function in trafficking to vacuole.
|
N781575
|
Name: wave_2Y |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: late endosome/pre-vacuolar compartment. Extensive experimental evidence for localisation to multi-vesicular bodies and function in trafficking to vacuole.
|
N781576
|
Name: wave_33C |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: Golgi / endosomal
|
N781577
|
Name: wave_33R |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: Golgi / endosomal
|
N781578
|
Name: wave_33T |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: Golgi / endosomal
|
N781579
|
Name: wave_33Y |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: Golgi / endosomal
|
N781580
|
Name: wave_34C |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: Endosomal/ recycling endosome
|
N781581
|
Name: wave_34R |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: Endosomal/ recycling endosome
|
N781582
|
Name: wave_34T |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: Endosomal/ recycling endosome
|
N781583
|
Name: wave_34Y |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: Endosomal/ recycling endosome
|
N781584
|
Name: wave_3C |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: Post-Golgi / endosomal.
|
N781585
|
Name: wave_3R |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: Post-Golgi / endosomal.
|
N781586
|
Name: wave_3T |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: Post-Golgi / endosomal.
|
N781587
|
Name: wave_3Y |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: Post-Golgi / endosomal.
|
N781588
|
Name: wave_5C |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: late endosome / vacuole. Homologs identified in vacuolar proteome.
|
N781589
|
Name: wave_5R |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: late endosome / vacuole. Homologs identified in vacuolar proteome.
|
N781590
|
Name: wave_5T |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: late endosome / vacuole. Homologs identified in vacuolar proteome.
|
N781591
|
Name: wave_5Y |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: late endosome / vacuole. Homologs identified in vacuolar proteome.
|
N781592
|
Name: wave_6C |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: Endoplasmic Reticulum/ / plasma membrane. Marker also observed to localise to plasma membrane, possibly upon prolonged immersion.
|
N781593
|
Name: wave_6R |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: Endoplasmic Reticulum/ / plasma membrane. Marker also observed to localise to plasma membrane, possibly upon prolonged immersion.
|
N781594
|
Name: wave_6T |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: Endoplasmic Reticulum/ / plasma membrane. Marker also observed to localise to plasma membrane, possibly upon prolonged immersion.
|
N781595
|
Name: wave_6Y |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: Endoplasmic Reticulum/ / plasma membrane. Marker also observed to localise to plasma membrane, possibly upon prolonged immersion.
|
N781596
|
Name: wave_7C |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: late endosome/pre-vacuolar compartment. Extensive experimental evidence for localisation to multi-vesicular bodies and function in trafficking to vacuole
|
N781597
|
Name: wave_7R |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: late endosome/pre-vacuolar compartment. Extensive experimental evidence for localisation to multi-vesicular bodies and function in trafficking to vacuole
|
N781598
|
Name: wave_7T |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: late endosome/pre-vacuolar compartment. Extensive experimental evidence for localisation to multi-vesicular bodies and function in trafficking to vacuole
|
N781599
|
Name: wave_7Y |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: late endosome/pre-vacuolar compartment. Extensive experimental evidence for localisation to multi-vesicular bodies and function in trafficking to vacuole
|
N781600
|
Name: wave_9C |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: vacuole. Consistent with localisation in protoplasts and identifiaciton in vacuolar proteome.
|
N781601
|
Name: wave_9R |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
|
|
Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
|
Phenotype
localisation: vacuole. Consistent with localisation in protoplasts and identifiaciton in vacuolar proteome.
|
N781602
|
Name: wave_9T |
Price:
£11.00
|
Donor
- Université de Lausanne Niko Geldner
|
Locus
|
Stock type: individual line
|
Material type: bacterial clone
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Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
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Phenotype
localisation: vacuole. Consistent with localisation in protoplasts and identifiaciton in vacuolar proteome.
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N781603
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Name: wave_9Y |
Price:
£11.00
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Donor
- Université de Lausanne Niko Geldner
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Locus
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Stock type: individual line
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Material type: bacterial clone
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Description Wave DNA line, a subcellular marker line with spectrally distinct, fluorescent fusion construct. The constructs are under pUBQ10 promoter. Based on the pNIGEL recombination vectors allows generation of fusion constructs by CRE-lox recombination using the pUNI ORF collection of the SSP consortium. The marker constructs are available in four colors Blue (mCerulean), Bluegreen (mTFP1), Yellow (YFP) and Red (mCherry). The nomenclature of the constructs is, for example: Wave 131C, Wave 131T, Wave 131Y or Wave 131R, the last letter indicating the different fluorophores.
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Phenotype
localisation: vacuole. Consistent with localisation in protoplasts and identifiaciton in vacuolar proteome.
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N781604
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Name: pNigel07 recombination vector |
Price:
£11.00
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Donor
- Université de Lausanne Niko Geldner
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Stock type: individual line
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Material type: plasmid dna
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Description used for YFP constructs
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N781605
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Name: pNigel09 recombination vector |
Price:
£11.00
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Donor
- Université de Lausanne Niko Geldner
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Stock type: individual line
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Material type: plasmid dna
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N781606
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Name: pNigel11 recombination vector |
Price:
£11.00
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Donor
- Université de Lausanne Niko Geldner
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Stock type: individual line
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Material type: plasmid dna
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N781607
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Name: pNigel13 recombination vector |
Price:
£11.00
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Donor
- Université de Lausanne Niko Geldner
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Stock type: individual line
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Material type: plasmid dna
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N781608
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Name: pNigel15 recombination vector |
Price:
£11.00
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Donor
- Université de Lausanne Niko Geldner
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Stock type: individual line
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Material type: plasmid dna
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N781609
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Name: pNigel16 recombination vector |
Price:
£11.00
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Donor
- Université de Lausanne Niko Geldner
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Stock type: individual line
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Material type: plasmid dna
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N781610
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Name: pNigel17 recombination vector |
Price:
£11.00
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Donor
- Université de Lausanne Niko Geldner
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Stock type: individual line
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Material type: plasmid dna
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Description used for mCherry constructs
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N781611
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Name: pNigel18 recombination vector |
Price:
£11.00
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Donor
- Université de Lausanne Niko Geldner
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Stock type: individual line
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Material type: plasmid dna
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Description used for mCerulean constructs
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N781612
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Name: pNigel19 recombination vector |
Price:
£11.00
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Donor
- Université de Lausanne Niko Geldner
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Stock type: individual line
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Material type: plasmid dna
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Description used for mTFP1 constructs
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