N656
UnDo™ X-RAY FILM BACKGROUND REDUCER

Grade:

CAS Number:
NA
Synonym(s):
None
Molecular Weight:
NA
Molecular Formula:
NA
Storage Condition:
ROOM TEMPERATURE
Risk Statements:
36/37/38
Safety Statements:
36/37/39
Hazard Code:
irritant
UN Number:
NONE
Code
Size
Price
Quantity
N656-KIT

KIT

$85.23

Overview

The kit easily and proportionally reduces the signal on overexposed film.

  • Reduces background, overexposed bands, speckles or blotches on any exposed film
  • Save time and cost
  • Optimize your image within minutes
  • Preserve the original data.

How to Use

Submerge and agitate the film in Solution A for 1-4 minutes. Stop the reaction by removing Solution A and agitating the film in Solution B for 5 minutes.

Click on the Features tab to learn more about Undo™ X-Ray Film Background Reducer


Material Safety Data Sheet
Certificate of Analysis
Directions for Use

Undo™ X-Ray Film Background Reducer

AMRESCO’s UnDo™ X-Ray Film Background Reducer Kit easily and proportionally reduces the signal on overexposed film. The kit includes two solutions that are used sequentially to oxidize and remove silver deposits on the film from areas of low to high density. The original data is preserved resulting in an optimized image that reduces ambiguous data interpretation. The kit components work sequentially by first oxidizing the silver grains on the film in Solution A. Solution B stops the oxidation reaction and dissolves the oxidized silver grains. The film can be treated with multiple cycles of UnDo™ to achieve the desired results.

  • Reduce your signal to noise ratio
  • Rescue overexposed films to produce publication quality results
  • Simple procedure

X-ray film images demonstrating exposure reductions using UnDo™ X-Ray Background Reducer

An overexposed autoradiograph (Figure A) was treated for 5 minutes in UnDO™ X-ray Film Background Reducer Solution A (Figure B) to reveal bands that were unidentifiable before treatment. Images courtesy of Dr. Mark Caprara, Center for RNA Molecular Biology, Case Western Reserve University.

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