Google Sign in options
Remember me
This is not recommended for shared computers

Sign in anonymously
Don't add me to the active users list

Privacy Policy
Sign In
Create Account

Javascript Disabled Detected

You currently have javascript disabled. Several functions may not work. Please re-enable javascript to access full functionality.

Submit your paper to J Biol Methods today!

Size selection beads

Started by Genecell, Nov 02 2011 10:25 AM

size selection beads dna ampure

Please log in to reply

No replies to this topic

#1 Genecell

member

Members
2 posts

0
Neutral

Posted 02 November 2011 - 10:25 AM

Hi,

I've recently been using some size selection magnetic beads (ampure and aline). I was wondering if anyone could explain how they work? I know that you can change the lengths of the fragment you select for by varying the concentration of beads but how exactly does this perform size selection?

G

Edited by Genecell, 02 November 2011 - 10:26 AM.

Back to Molecular Biology · Next Unread Topic →

Also tagged with one or more of these keywords: size selection, beads, dna, ampure

Protocols and Techniques Forums → Molecular Biology → Top of agarose gel blank? Started by DrSnood, 24 Jun 2014 gel electrophoresis, DNA	3 replies 138 views	DrSnood 25 Jun 2014
Protocols and Techniques Forums → PCR, RT-PCR and Real-Time PCR → How long can I store at - 30°C my PCR mix? Started by qfbmendieta, 16 Jun 2014 pcr, dna, rt-pcr	6 replies 320 views	phage434 24 Jun 2014
Protocols and Techniques Forums → Immunology → Conjugating KLH with Methylated DNA Started by rachelcb7, 03 Jun 2014 Conjugation, DNA, KLH, Immunology	0 replies 195 views	rachelcb7 03 Jun 2014
Protocols and Techniques Forums → Molecular Biology → Identifying CpG islands on a promoter... Started by liamt19, 27 May 2014 CpG, islands, promoter and 2 more...	1 reply 283 views	Ahrenhase 01 Jun 2014
Protocols and Techniques Forums → DNA Methylation and Epigenetics → Encode information to DNA Started by FMEncodeDNA, 25 May 2014 Encode, DNA	0 replies 269 views	FMEncodeDNA 25 May 2014