PI23270

Thermo Scientific™ Pierce™ Phosphoprotein Phosphate Estimation Assay Kit

Manufacturer: Thermo Scientific™

Select a Size

Pack Size SKU Availability Price
Each of 1 PI23270-Each-of-1 In Stock ₹ 57,753.00

PI23270 - Each of 1

₹ 57,753.00

In Stock

Quantity

1

Base Price: ₹ 57,753.00

GST (18%): ₹ 10,395.54

Total Price: ₹ 68,148.54

Content And Storage

Sufficient For: 500 tube assays or 1920 microplate assays• Ammonium molybdate Solution, 25 mL• Malachite Green Solution, 75 mL• Phosvitin Positive Control, 1 mg• TBS Pack (makes 500 mL), 1 packUpon receipt, store components at room temperature. Once dissolved, store Phosvitin solution at 4°C (or -20°C for long-term storage).

Detection Method

Colorimetric

Product Type

Phosphoprotein Phosphate Estimation

Sufficient For

500 Tube Assays or 1920 Microplate Assays

For Use With (Equipment)

Spectrophotometer, Microplate Reader

Assay

Phosphoprotein Phosphate Estimation Assay

Product Line

Pierce™

Specificity

Not Target-Specific

For Use With (Application)

Solution-based Detection, Absorbance

Quantity

100 mL

Related Products

Img

Fischer Scientific

FERA65453

--

Img

Thermo Scientific™

PI23200

--

Img

Fischer Scientific

A55864

--

Img

Fischer Scientific

A55865

--

Img

Fischer Scientific

PI23225

--

Img

Fischer Scientific

PI23227

--

Img

Thermo Scientific™

PI23252

--

Img

Thermo Scientific™

PI22662

--

Description

  • Thermo Scientific™ Phosphoprotein Phosphate Estimation Kit enables classification and identification of proteins as phosphorylated (serine and threonine), as well as semi-quantitative assessment of the phosphorylation level
  • The Phosphoprotein Phosphate Estimation Assay Kit is designed to aid in characterization of the status and extent of phosphorylation of purified protein samples
  • The assay is based on the alkaline hydrolysis of phosphate from seryl and threonyl residues in phosphoproteins and quantification of the released phosphate with malachite green and ammonium molybdate
  • The assay is easily performed in 96-well microplates or test tubes and is completed in about one hour
  • The assay can be used to identify whether a purified protein contains either phospho-serine (p-Ser) or phospho-threonine (p-Thr) as well as to estimate the level of this type of phosphorylation
  • For quantitation, the test protein sample is compared with specific concentrations of phosvitin, a phosphoprotein of known phosphorylation level
  • The alkaline hydrolysis step does not release phosphate from phospho-tyrosine (p-Tyr) residues in peptide linkage
  • Therefore, a negative result for an unknown purified protein preparation indicates that the protein is either (1) not a phosphoprotein or (2) is phosphorylated exclusively at tyrosine residues
  • In the latter case, Western blot analysis using an anti-phosphotyrosine antibody will be necessary to distinguish between these two possibilities
  • Highlights: Specific – measures phosphoserine (p-Ser) and phosphothreonine (p-Thr) only; does not measure phosphotyrosine (p-Tyr) Convenient – test tube and 96-well microplate protocols included and require less than 90 minutes to perform Semi-quantitative – calculate moles of phosphate (P) per mole of protein using the included phosvitin standard Customizable – format is adaptable to development of specific assays for pure phosphoproteins when previously characterized standards are available Includes: Ammonium molybdate solution, malachite green solution, Tris-buffered saline pack and phopvitin positive control Recommended for: Identify proteins as containing phosphoserine or phosphothreonine phosphorylations; Estimate the amount of pS and pT phosphorylation; Develop specific quantitative assays for well-characterized phosphoproteins of interest

Compare Similar Items

Show Difference

Img

Thermo Scientific™

PI23270

--


Content And Storage:
Sufficient For: 500 tube assays or 1920 microplate assays• Ammonium molybdate Solution, 25 mL• Malachite Green Solution, 75 mL• Phosvitin Positive Control, 1 mg• TBS Pack (makes 500 mL), 1 packUpon receipt, store components at room temperature. Once dissolved, store Phosvitin solution at 4°C (or -20°C for long-term storage).

Detection Method:
Colorimetric

Product Type:
Phosphoprotein Phosphate Estimation

Sufficient For:
500 Tube Assays or 1920 Microplate Assays

For Use With (Equipment):
Spectrophotometer, Microplate Reader

Assay:
Phosphoprotein Phosphate Estimation Assay

Product Line:
Pierce™

Specificity:
Not Target-Specific

For Use With (Application):
Solution-based Detection, Absorbance

Quantity:
100 mL

Img

Fischer Scientific

PI23275

--


Content And Storage:
Colorimettric Assay Reagent A, 50 mLColorimetric Assay Reagent B, 2 x 25 mLColorimetric Assay Reagent C, 2 mLPeptide Digest Assay Standard, 1.5 mLStore in refrigerator (2–8°C).

Detection Method:
Colorimetric

Product Type:
Peptide Assay

Sufficient For:
__

For Use With (Equipment):
Microplate Reader

Assay:
__

Product Line:
Pierce™

Specificity:
__

For Use With (Application):
__

Quantity:
500 Assays

Img

Thermo Scientific™

PI23280

--


Content And Storage:
Sufficient For: 100 tube assays or 500 microplate assays with non-lipid samples• Reagent A, 1 mL• Reagent B, 2 x 50 mLStore at 4°C.

Detection Method:
Colorimetric

Product Type:
Quantitative Peroxide Assay

Sufficient For:
100 Tube Assays or 500 Microplate Assays

For Use With (Equipment):
Spectrophotometer, Microplate Reader

Assay:
Quantitative Peroxide Assay

Product Line:
Pierce™

Specificity:
Not Target-Specific

For Use With (Application):
Solution-based Detection, Absorbance

Quantity:
__

Img

Thermo Scientific™

PI23281

--


Content And Storage:
Store in original container protected from direct sunlight in a dry, cool and well-ventilated area, between the following temperatures: 2 to 8°C.

Detection Method:
Colorimetric

Product Type:
Quantitative Peroxide Assay

Sufficient For:
__

For Use With (Equipment):
Spectrophotometer, Microplate Reader

Assay:
Peroxide Assay Reagent A

Product Line:
Pierce™

Specificity:
Not Target-Specific

For Use With (Application):
Solution-based Detection, Absorbance

Quantity:
__