FERA58332

Thermo Scientific™ TMT10plex™ Isobaric Label Reagents and Kits

Manufacturer: Fischer Scientific

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Pack Size SKU Availability Price
Each of 1 FERA58332-Each-of-1 In Stock ₹ 55,614.00

FERA58332 - Each of 1

₹ 55,614.00

In Stock

Quantity

1

Base Price: ₹ 55,614.00

GST (18%): ₹ 10,010.52

Total Price: ₹ 65,624.52

Formulation

Liquid in stabilized DMSO solution

Product Type

Isobaric Label Reagent Set

Sufficient For

80 Reactions

Label or Dye

Tandem Mass Tag™ (TMT) Labels

Final Product Type

Protein PEPTIDE

Workflow Step

Protein Labeling

Form

Liquid

For Use With (Equipment)

Mass Spectrometer

Product Line

TMT10plex™

Content And Storage

Sufficient for: Eight 10-plex (8 x 10-way) experiments• TMT10-126 Label Reagent, 8 x 40 μg• TMT10-127N Label Reagent, 8 x 40 μg• TMT10-127C Label Reagent, 8 x 40 μg• TMT10-128N Label Reagent, 8 x 40 μg• TMT10-128C Label Reagent, 8 x 40 μg• TMT10-129N Label Reagent, 8 x 40 μg• TMT10-129C Label Reagent, 8 x 40 μg• TMT10-130N Label Reagent, 8 x 40 μg• TMT10-130C Label Reagent, 8 x 40 μg• TMT10-131 Label Reagent, 8 x 40 μgStore at -20°C.

Starting Material

Cell Lysate

Detection Method

Mass Spectrometry

Quantity

8 x 40 μg​

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Description

  • TMT10plex Isobaric Label Reagents and Kits contain ten isobaric compounds with the same mass and chemical structure (i.e., isotopomeric) composed of an amine-reactive NHS-ester group, a spacer arm, and a mass reporter
  • Up to ten different peptide samples prepared from cells or tissues can be labeled in parallel and then combined for analysis
  • For each sample, a unique reporter mass (i.e., TMT10 126-131 Da) in the low-mass region of the high-resolution MS/MS spectrum is used to measure relative protein expression levels during peptide fragmentation and tandem mass spectrometry
  • The Tandem Mass Tag (TMT) Isobaric Label reagents and kits are specifically designed to enable identification and quantitation of proteins in different samples using tandem mass spectrometry
  • The TMT10plex label reagents share an identical structure with TMTzero, TMTduplex, and TMTsixplex reagents, but contain different numbers and combinations of 13C and 15N isotopes in the mass reporter
  • The different isotopes result in a 10-plex set of tags that have mass differences in the reporter that can be detected using high resolution Orbitrap MS instruments
  • Advantages of the TMT10plex label reagents include increased multiplex relative quantitation, increased sample throughput, and fewer missing quantitative values among samples
  • TMT10plex label reagents are ideal for analysis of multiple protein samples from inhibitor dose response experiments, time course experiments, or improving statistics on biological replicates
  • Features of TMT10plex Isobaric Label reagent sets and mass tagging kits • Powerful —multiplexed MS analysis increases sample throughput and enables relative quantitation of up to ten different samples derived from cells, tissues, or biological fluids • Consistent —identical reagent structure and performance among TMTzero, TMTduplex, TMTsixplex, and TMT10plex reagents allows efficient transition from method development to multiplex quantitation, enabling biomarker discovery research across platforms and datasets • Robust —increased multiplex capability results in fewer missing quantitative values among samples and higher confidence among replicates • Efficient —amine-reactive, NHS-ester-activated reagents ensure efficient labeling of all peptides regardless of protein sequence or proteolytic enzyme specificity • Compatible —optimized for use with high resolution Orbitrap MS/MS platforms, with data analysis fully supported by Proteome Discoverer 2.3
  • Applications: • Protein identification and quantitation from multiple samples of cells, tissue, or biological fluids • Protein expression profiling of normal vs
  • disease states or control vs
  • treated • Quantitative analysis of proteins for which no antibodies are available • Identification and quantitation of membrane and post-translationally modified proteins • Identification and quantification of hundreds to thousands of proteins in a single experiment TMT Reagents are provided as standalone sets, a 96-well format, or in optimized kit formats containing all necessary reagents and controls for maximum flexibility, convenience, and reliability
  • When combined with the industry-leading, high resolution Thermo Scientific Orbitrap instruments and software, TMT10plex reagents provide integrated total solutions for quantitative protein expression analysis.

Compare Similar Items

Show Difference

Img

Fischer Scientific

FERA58332

--


Formulation:
Liquid in stabilized DMSO solution

Product Type:
Isobaric Label Reagent Set

Sufficient For:
80 Reactions

Label or Dye:
Tandem Mass Tag™ (TMT) Labels

Final Product Type:
Protein PEPTIDE

Workflow Step:
Protein Labeling

Form:
Liquid

For Use With (Equipment):
Mass Spectrometer

Product Line:
TMT10plex™

Content And Storage:
Sufficient for: Eight 10-plex (8 x 10-way) experiments• TMT10-126 Label Reagent, 8 x 40 μg• TMT10-127N Label Reagent, 8 x 40 μg• TMT10-127C Label Reagent, 8 x 40 μg• TMT10-128N Label Reagent, 8 x 40 μg• TMT10-128C Label Reagent, 8 x 40 μg• TMT10-129N Label Reagent, 8 x 40 μg• TMT10-129C Label Reagent, 8 x 40 μg• TMT10-130N Label Reagent, 8 x 40 μg• TMT10-130C Label Reagent, 8 x 40 μg• TMT10-131 Label Reagent, 8 x 40 μgStore at -20°C.

Starting Material:
Cell Lysate

Detection Method:
Mass Spectrometry

Quantity:
8 x 40 μg​

Img

Fischer Scientific

FERA58333

--


Formulation:
Liquid in stabilized DMSO solution

Product Type:
Isobaric Label Reagent Set

Sufficient For:
__

Label or Dye:
Tandem Mass Tag™ (TMT) Labels

Final Product Type:
Protein PEPTIDE

Workflow Step:
Protein Labeling

Form:
Liquid

For Use With (Equipment):
Mass Spectrometer

Product Line:
TMT10plex™

Content And Storage:
Sufficient for: Eight 11-plex (8 x 11-way) experiments• TMT11-126 Label Reagent, 8 x 40 μg• TMT11-127N Label Reagent, 8 x 40 μg• TMT11-127C Label Reagent, 8 x 40 μg• TMT11-128N Label Reagent, 8 x 40 μg• TMT11-128C Label Reagent, 8 x 40 μg• TMT11-129N Label Reagent, 8 x 40 μg• TMT11-129C Label Reagent, 8 x 40 μg• TMT11-130N Label Reagent, 8 x 40 μg• TMT11-130C Label Reagent, 8 x 40 μg• TMT11-131N Label Reagent, 8 x 40 μg• TMT11-131C Label Reagent, 8 x 40 μgStore at -20°C.

Starting Material:
Cell Lysate

Detection Method:
Mass Spectrometry

Quantity:
88 Reactions

Img

Fischer Scientific

FERA58334

--


Formulation:
Liquid in stabilized DMSO solution

Product Type:
Isobaric Label Reagent Set

Sufficient For:
__

Label or Dye:
Tandem Mass Tag™ (TMT) Labels

Final Product Type:
Peptide

Workflow Step:
Protein Labeling

Form:
Liquid

For Use With (Equipment):
Mass Spectrometer

Product Line:
TMT™

Content And Storage:
__

Starting Material:
Cell Lysate

Detection Method:
Mass Spectrometry

Quantity:
96 Reactions

Img

Fischer Scientific

FERA58335

--


Formulation:
Liquid in stabilized DMSO solution

Product Type:
Isobaric Label Reagent Set

Sufficient For:
__

Label or Dye:
Tandem Mass Tag™ (TMT) Labels

Final Product Type:
Protein PEPTIDE

Workflow Step:
Protein Labeling

Form:
Liquid

For Use With (Equipment):
Mass Spectrometer

Product Line:
TMT™

Content And Storage:
Sufficient for: Four 18-plex (4 x 18-way) experiments• TMTpro-126 Label Reagent, 4 x 50 μg• TMTpro-127 N Label Reagent, 4 x 50 μg• TMTpro-127 C Label Reagent, 4 x 50 μg• TMTpro-128 N Label Reagent, 4 x 50 μg• TMTpro-128 C Label Reagent, 4 x 50 μg• TMTpro-129 N Label Reagent, 4 x 50 μg• TMTpro-129 C Label Reagent, 4 x 50 μg• TMTpro-130 N Label Reagent, 4 x 50 μg• TMTpro-130 C Label Reagent, 4 x 50 μg• TMTpro-131 N Label Reagent, 4 x 50 μg• TMTpro-131 C Label Reagent, 4 x 50 μg• TMTpro-132 N Label Reagent, 4 x 50 μg• TMTpro-132 C Label Reagent, 4 x 50 μg• TMTpro-133 N Label Reagent, 4 x 50 μg• TMTpro-133 C Label Reagent, 4 x 50 μg• TMTpro-134 N Label Reagent, 4 x 50 μg• TMTpro-134 C Label Reagent, 4 x 50 μg• TMTpro-135 N Label Reagent, 4 x 50 μgStore at -20°C.

Starting Material:
Cell Lysate

Detection Method:
Mass Spectrometry

Quantity:
72 Reactions