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Search result for '781613 '. Viewing records 1 to 50 of 93 hits.



N781520 Name: wave_11C Price: £10.00
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.
N781521 Name: wave_11R Price: £10.00
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.
N781522 Name: wave_11T Price: £10.00
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.
N781523 Name: wave_11Y Price: £10.00
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.
N781524 Name: wave_127C Price: £10.00
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
N781525 Name: wave_127R Price: £10.00
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
N781526 Name: wave_127T Price: £10.00
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
N781527 Name: wave_127Y Price: £10.00
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
N781528 Name: wave_129C Price: £10.00
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
N781529 Name: wave_129R Price: £10.00
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
N781530 Name: wave_129T Price: £10.00
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
N781531 Name: wave_129Y Price: £10.00
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
N781532 Name: wave_131C Price: £10.00
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: plasma membrane
N781533 Name: wave_131R Price: £10.00
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: plasma membrane
N781534 Name: wave_131T Price: £10.00
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: plasma membrane
N781535 Name: wave_131Y Price: £10.00
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: plasma membrane
N781536 Name: wave_138C Price: £10.00
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: plasma membrane
N781537 Name: wave_138R Price: £10.00
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: plasma membrane
N781538 Name: wave_138T Price: £10.00
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: plasma membrane
N781539 Name: wave_138Y Price: £10.00
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: plasma membrane
N781540 Name: wave_13C Price: £10.00
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: trans-Golgi network / early endosome.pUNI clone truncated, fusion product contains only aa 126-222. Localisation consistent with that reported for full-length protein.
N781541 Name: wave_13R Price: £10.00
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: trans-Golgi network / early endosome.pUNI clone truncated, fusion product contains only aa 126-222. Localisation consistent with that reported for full-length protein.
N781542 Name: wave_13T Price: £10.00
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: trans-Golgi network / early endosome.pUNI clone truncated, fusion product contains only aa 126-222. Localisation consistent with that reported for full-length protein.
N781543 Name: wave_13Y Price: £10.00
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: trans-Golgi network / early endosome.pUNI clone truncated, fusion product contains only aa 126-222. Localisation consistent with that reported for full-length protein.
N781544 Name: wave_18C Price: £10.00
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 to Golgi, as described in S. cerevisiae, no experimental data found in plants
N781545 Name: wave_18R Price: £10.00
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 to Golgi, as described in S. cerevisiae, no experimental data found in plants
N781546 Name: wave_18T Price: £10.00
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 to Golgi, as described in S. cerevisiae, no experimental data found in plants
N781547 Name: wave_18Y Price: £10.00
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 to Golgi, as described in S. cerevisiae, no experimental data found in plants
N781548 Name: wave_1C Price: £10.00
Donor
  • Université de Lausanne Niko Geldner
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: cytosol / nucleus
N781549 Name: wave_1R Price: £10.00
Donor
  • Université de Lausanne Niko Geldner
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: cytosol / nucleus
N781550 Name: wave_1T Price: £10.00
Donor
  • Université de Lausanne Niko Geldner
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: cytosol / nucleus
N781551 Name: wave_1Y Price: £10.00
Donor
  • Université de Lausanne Niko Geldner
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: cytosol / nucleus
N781552 Name: wave_22C Price: £10.00
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
N781553 Name: wave_22R Price: £10.00
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
N781554 Name: wave_22T Price: £10.00
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
N781555 Name: wave_22Y Price: £10.00
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
N781556 Name: wave_24C Price: £10.00
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
N781557 Name: wave_24R Price: £10.00
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
N781558 Name: wave_24T Price: £10.00
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
N781559 Name: wave_24Y Price: £10.00
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
N781560 Name: wave_25C Price: £10.00
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. Similar to Wave29 and 33.
N781561 Name: wave_25R Price: £10.00
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. Similar to Wave29 and 33.
N781562 Name: wave_25T Price: £10.00
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. Similar to Wave29 and 33.
N781563 Name: wave_25Y Price: £10.00
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. Similar to Wave29 and 33.
N781564 Name: wave_27C Price: £10.00
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.
N781565 Name: wave_27R Price: £10.00
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.
N781566 Name: wave_27T Price: £10.00
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.
N781567 Name: wave_27Y Price: £10.00
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.
N781568 Name: wave_29C Price: £10.00
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
N781569 Name: wave_29R Price: £10.00
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