CN
203-104-6
应用筛选条件
关键词:'203-104-6'
显示 1-30 共 62 条结果 关于 "203-104-6" 范围 技术文档
Quality Control Ranges - Milliplex Mouse Cytokine/Chemokine Magnetic Panel
Control 2 450 - 934 pg/mL Control 2 583 - 1210 pg/mL
IL-1 Control 1 98 - 203 pg/mL
Product Information Sheet - A2206
properties:
Molecular Weight Range Exclusion Limits -
Globular proteins: 6 x 104- 2 x 107
Dextrans: 3 x 104- 5 x 106
DNA: 872 base pairs
Wet
Quality Control Range Sheet- A60MG-104 and A60MG-204
60K-PXBK38, HCYTA-60K-PX48, HCYTMAG-60K-PXBK48
Control Catalog # HCYTA-6060-1 Lot # A60MG-103 and A60MG-203
***Additional Analytes on reverse side***
Note: The Quality Control Ranges are generated with
Quality Control Range Sheet- HCY-116 and HCY-216
1 88 – 182 pg/mL
Control 2 534 – 1109 pg/mL Control 2 419 – 870 pg/mL
IL-6 Control 1 98 – 203 pg/mL *RANTES
XP725 Antibody Number-Lot Number 071M4826
244 265 266 267 268
3.2 197 198 199 200 221 222 223 224 245 246 247 248 269 270 271 272
3.3 201 202 203 204 225 226 227 228 249 250 251 252 273 274 275 276
3.4 205 206 207
Quality Control Ranges: Milliplex Human Cytokine / Chemokine Immunoassay
mL Control 2 465 – 965 pg/mL
IL-1α Control 1 102 – 211 pg/mL IP-10 Control 1 98 – 203 pg/mL
Control 2
Data Sheet - M8421
Biol., 104, 447 (1987).
3. Semper, A., et al., J. Neurol. Sci., 83, 93 (1988).
4. Hoh, J., et al., J. Muscle Res. Cell Motil., 9, 30
(1988).
5. Harris, A., et al., Development, 107, 771 (1989).
6. Naumann
Quality Control Range Sheet- HCC-121A and HCC-221A
mL Control 2 465 – 965 pg/mL
IL-1α Control 1 102 – 211 pg/mL IP-10 Control 1 98 – 203 pg/mL
Control 2
Product Information Sheet - AXIO0006
viable cells (V)
using the formula:
V = (AN – AD) × 10 × 104 × 0.5 mL
Cell count per mL = Average cell count per square ×
Dilution factor × 104
Day 0 – Plating Cells
1. Adjust
Product Information Sheet - AXIO0045
viable cells (V)
using the formula:
V = (AN – AD) × 10 × 104 × 0.5 mL
Cell count per mL = Average cell count per square ×
Dilution factor × 104
Day 0 – Plating Cells
1. Adjust
Product Information Sheet - AXIO0049
viable cells (V)
using the formula:
V = (AN – AD) × 10 × 104 × 0.5 mL
Cell count per mL = Average cell count per square ×
Dilution factor × 104
Day 0 – Plating Cells
1. Adjust
Data Sheet - F4523
.
6. Determine if enzymatic treatment (unmasking) of
the antigen is required prior to application of the
primary antibody.
References
1. Arnold, S.J. et al., Dev. Biol., 296(1), 104-118
(
Product Information Sheet - AXIO0048
viable cells (V)
using the formula:
V = (AN – AD) × 10 × 104 × 0.5 mL
Cell count per mL = Average cell count per square ×
Dilution factor × 104
Day 0 – Plating Cells
1. Adjust
Product Information Sheet - AXIO0018
viable cells (V)
using the formula:
V = (AN – AD) × 10 × 104 × 0.5 mL
Cell count per mL = Average cell count per square ×
Dilution factor × 104
Day 0 – Plating Cells
1. Adjust
Product Information Sheet - AXIO0002
viable cells (V)
using the formula:
V = (AN – AD) × 10 × 104 × 0.5 mL
Cell count per mL = Average cell count per square ×
Dilution factor × 104
Day 0 – Plating Cells
1. Adjust
Product Information Sheet - AXIO0044
viable cells (V)
using the formula:
V = (AN – AD) × 10 × 104 × 0.5 mL
Cell count per mL = Average cell count per square ×
Dilution factor × 104
Day 0 – Plating Cells
1. Adjust
Product Information Sheet - AXIO0022
viable cells (V)
using the formula:
V = (AN – AD) × 10 × 104 × 0.5 mL
Cell count per mL = Average cell count per square ×
Dilution factor × 104
Day 0 – Plating Cells
1. Adjust
Product Information Sheet - AXIO0047
viable cells (V)
using the formula:
V = (AN – AD) × 10 × 104 × 0.5 mL
Cell count per mL = Average cell count per square ×
Dilution factor × 104
Day 0 – Plating Cells
1. Adjust
Product Information Sheet - AXIO0014
viable cells (V)
using the formula:
V = (AN – AD) × 10 × 104 × 0.5 mL
Cell count per mL = Average cell count per square ×
Dilution factor × 104
Day 0 – Plating Cells
1. Adjust
Product Information Sheet - AXIO0010
viable cells (V)
using the formula:
V = (AN – AD) × 10 × 104 × 0.5 mL
Cell count per mL = Average cell count per square ×
Dilution factor × 104
Day 0 – Plating Cells
1. Adjust
Product Information Sheet - AXIO0046
viable cells (V)
using the formula:
V = (AN – AD) × 10 × 104 × 0.5 mL
Cell count per mL = Average cell count per square ×
Dilution factor × 104
Day 0 – Plating Cells
1. Adjust
Product Information Sheet - AXIO0050
viable cells (V)
using the formula:
V = (AN – AD) × 10 × 104 × 0.5 mL
Cell count per mL = Average cell count per square ×
Dilution factor × 104
Day 0 – Plating Cells
1. Adjust
Product Information Sheet - AXIO0026
viable cells (V)
using the formula:
V = (AN – AD) × 10 × 104 × 0.5 mL
Cell count per mL = Average cell count per square ×
Dilution factor × 104
Day 0 – Plating Cells
1. Adjust
Product Information Sheet - AXIO0069
viable cells (V)
using the formula:
V = (AN – AD) × 10 × 104 × 0.5 mL
Cell count per mL = Average cell count per square ×
Dilution factor × 104
Day 0 – Plating Cells
1. Adjust
Product Information Sheet - AXIO0054
viable cells (V)
using the formula:
V = (AN – AD) × 10 × 104 × 0.5 mL
Cell count per mL = Average cell count per square ×
Dilution factor × 104
Day 0 – Plating Cells
1. Adjust
Product Information Sheet - AXIO0030
viable cells (V)
using the formula:
V = (AN – AD) × 10 × 104 × 0.5 mL
Cell count per mL = Average cell count per square ×
Dilution factor × 104
Day 0 – Plating Cells
1. Adjust
Product Information Sheet - AXIO0064
viable cells (V)
using the formula:
V = (AN – AD) × 10 × 104 × 0.5 mL
Cell count per mL = Average cell count per square ×
Dilution factor × 104
Day 0 – Plating Cells
1. Adjust
Product Information Sheet - AXIO0051
viable cells (V)
using the formula:
V = (AN – AD) × 10 × 104 × 0.5 mL
Cell count per mL = Average cell count per square ×
Dilution factor × 104
Day 0 – Plating Cells
1. Adjust
Product Information Sheet - AXIO0059
viable cells (V)
using the formula:
V = (AN – AD) × 10 × 104 × 0.5 mL
Cell count per mL = Average cell count per square ×
Dilution factor × 104
Day 0 – Plating Cells
1. Adjust
Product Information Sheet - 193372
Labeling of Eschericahia coli Ribosomes with an Aryl Azide Analog of Puromycin. FEBS Lett.
1978, 90, 203.
33 Nomoto, S.; Shiba, T. Synthesis of Nß-Methyl-l-arginine, a Component Amino Acid in a New Antibiotic
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