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ISO 9001 & ISO 13485 Certified

N391
EZ-VISION® IN-GEL SOLUTION, 10,000X

Grade:BIOTECHNOLOGY GRADE

CAS Number:
N/A
Synonym(s):
None
Molecular Weight:
N/A
Molecular Formula:
N/A
Storage Condition:
COLD
Risk Statements:
36/37/38
Safety Statements:
36/37/39
Hazard Code:
irritant
UN Number:
N/A
Code
Size
Price
Quantity
N391-0.5ML

0.5ML

$85.23

N391-5MLDRP

5MLDRP

$90.00

N391-15MLDRP

15MLDRP

$162.00

NEW Now available in convenient dropper bottle sizes!

  

Overview

  • Immediate results 
  • Easy and convenient 
  • Eliminates the use of ethidium bromide  

Detailed Description

EZ-Vision® In-Gel Solution, 10,000X is a non-mutagenic, non-toxic fluorescent DNA Dye that is used as an in-gel or post-run stain to visualize DNA in agarose gels. EZ-Vision® In-Gel Solution is an excellent replacement for the often used, but hazardous ethidium bromide.  As an in-gel preparation for electrophoresis, EZ-Vision® In-Gel Solution is simply added to molten agarose prior to gel casting, allowing instant visualization of DNA bands upon UV exposure. Alternatively, EZ-Vision® In-Gel Solution can be used to stain the gel after electrophoresis.

Click on the Features tab to learn more about EZ-Vision In-Gel Solution


Material Safety Data Sheet
Certificate of Analysis
Directions for Use

EZ-Vision In-Gel Solution, 10,000X

EZ-Vision® In-Gel Sensitivity. DNA (2.5 mg - 80 ng) was mixed with 6X Agarose Gel Loading Buffer and applied to a 1% TAE agarose gel. Samples were resolved for 1 hour at 6.4 V/cm in 1X TAE buffer. Fluorescent visualization of DNA was achieved with a 500 msec UV exposure using a SYBR® Green filter with the Syngene GBox-HR Gel Doc System. 

EZ-Vision® In-Gel Detection of Different Sized DNA. DNA markers were mixed with 6X agarose gel loading buffer and applied to either a 2.5% (A) or a 0.6% (B) TAE agarose gel. AMRESCO's 100 bp Ladder (K180), DNA MicroMarker™ (E840) and PCR DNA Marker™ (E854) were loaded in lanes 1-3, respectively (A). AMRESCO's 1 kb Ladder (K181), Low Range I™ Marker (E261), Low Range II™ Marker (E683), and Low Range III™ Marker (E687) were loaded in lanes 1-4, respectively (B). Samples were resolved for one hour at 6.4 V/cm in 1X TAE buffer. Fluorescent visualization of DNA was achieved with a 600 msec UV exposure using a SYBR® Green filter with the Syngene GBox-HR Gel Doc System.

Abs. @ 340nm (1:100, Water)
0.8 - 1.21
DNase (P/F)
NONE