Search result for '27956 '.
Viewing records 3651 to 3700 of 3891 hits.
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N923229
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Name: Wisc_DsLoxHs041_09B.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
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Locus
|
Stock type: individual line
|
Material type: seed
|
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Description confirmed line isolated from original WISC line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923230
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Name: Wisc_DsLoxHs047_11D.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original WISC line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923235
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Name: Wisc_DsLoxHs006_03H.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
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Stock type: individual line
|
Material type: seed
|
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Description confirmed line isolated from original WISC line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923237
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Name: Wisc_DsLoxHs008_04C.2 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original WISC line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923239
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Name: Wisc_DsLoxHs011_03F.0 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original WISC line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923243
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Name: Wisc_DsLoxHs052_07F.0 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original WISC line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923245
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Name: Wisc_DsLoxHs056_04A.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original WISC line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923249
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Name: Wisc_DsLoxHs062_06D.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original WISC line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923250
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Name: Wisc_DsLoxHs062_08C.0 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
|
Stock type: individual line
|
Material type: seed
|
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Description confirmed line isolated from original WISC line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923256
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Name: Wisc_DsLoxHs069_11F.0 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original WISC line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923258
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Name: Wisc_DsLoxHs070_06F.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original WISC line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923261
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Name: Wisc_DsLoxHs074_04G.0 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original WISC line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923267
|
Name: Wisc_DsLoxHs083_12A.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original WISC line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923272
|
Name: Wisc_DsLoxHs091_01F.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original WISC line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923273
|
Name: Wisc_DsLoxHs091_01G.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original WISC line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923274
|
Name: Wisc_DsLoxHs095_07F.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original WISC line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923282
|
Name: Wisc_DsLoxHs104_07A.0 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original WISC line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923283
|
Name: SAIL_34_E03.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original SAIL line, homozygous for the insertion.
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N923287
|
Name: SAIL_64_G08.0 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original SAIL line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923288
|
Name: SAIL_114_H08.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original SAIL line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923289
|
Name: SAIL_140_B09.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
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Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original SAIL line, homozygous for the insertion.
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N923292
|
Name: SAIL_197_B06.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
|
Stock type: individual line
|
Material type: seed
|
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Description confirmed line isolated from original SAIL line, homozygous for the insertion.
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N923293
|
Name: SAIL_198_G10.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original SAIL line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923295
|
Name: SAIL_205_C11.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original SAIL line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923301
|
Name: SAIL_267_D02.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original SAIL line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
|
|
N923306
|
Name: Wisc_DsLoxHs119_08A.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original WISC line, homozygous for the insertion.
|
|
N923309
|
Name: Wisc_DsLoxHs142_09A.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original WISC line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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|
N923319
|
Name: Wisc_DsLoxHs176_04D.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original WISC line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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|
N923334
|
Name: SAIL_301_H10.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original SAIL line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
|
|
N923338
|
Name: SAIL_311_E01.2 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original SAIL line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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|
N923339
|
Name: SAIL_321_G12.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
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Description confirmed line isolated from original SAIL line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923341
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Name: SAIL_324_G06.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
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Locus
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Stock type: individual line
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Material type: seed
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Description confirmed line isolated from original SAIL line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923343
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Name: SAIL_329_D05.3 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
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Locus
|
Stock type: individual line
|
Material type: seed
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Description confirmed line isolated from original SAIL line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923359
|
Name: SAIL_437_H05.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
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Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original SAIL line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923363
|
Name: SAIL_502_H05.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
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Stock type: individual line
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Material type: seed
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Description confirmed line isolated from original SAIL line, homozygous for the insertion.
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N923367
|
Name: SAIL_514_E08.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
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Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original SAIL line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923370
|
Name: SAIL_520_H04.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original SAIL line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923374
|
Name: SAIL_536_A09.0 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
|
Stock type: individual line
|
Material type: seed
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Description confirmed line isolated from original SAIL line, homozygous for the insertion.
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N923376
|
Name: SAIL_543_C08.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original SAIL line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923379
|
Name: SAIL_547_B07.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original SAIL line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923380
|
Name: SAIL_547_G08.2 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original SAIL line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923384
|
Name: SAIL_559_G01.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original SAIL line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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N923390
|
Name: SAIL_596_C05.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original SAIL line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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|
N923392
|
Name: SAIL_599_C07.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original SAIL line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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|
N923393
|
Name: SAIL_602_B11.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original SAIL line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
|
|
N923396
|
Name: SAIL_618_B06.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original SAIL line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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|
N923397
|
Name: SAIL_619_D05.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original SAIL line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
|
|
N923441
|
Name: SAIL_882_D08.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original SAIL line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
|
|
N923444
|
Name: SAIL_883_E10.2 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original SAIL line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
|
|
N923450
|
Name: SAIL_857_B07.1 |
Price:
£11.00
|
Donor
- The Salk Institute for Biological Studies Joseph R. Ecker
|
Locus
|
Stock type: individual line
|
Material type: seed
|
|
Description confirmed line isolated from original SAIL line, homozygous for the insertion. T-DNA insertions are identified by TDNA-Seq, a method for next-generation sequencing in which pools of T-DNA lines can be sequenced in parallel and then de-convoluted based on their pooling pattern to assign T-DNA insertions back to their originating seed line. To set up the pools, a large numbers of individual TDNA insertion seed lines (10,000) are given a unique four digit number (0000-9999). Based on this identifier a line is placed into one of ten pools (1-10) in each of four superpool sets (plate, row, column and number). All 40 pools (4 superpools x 10 pools) are separately sequenced using a method to enrich for T-DNA/genomic junctions. A T-DNA identified in all four superpools is the unique identifier of the seed line which contained that insert.
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