Mutation Scanning using HRMA - (Sep/21/2006 )
Hi, I am very interested in this 'High resolution melting analysis' for mutation scanning.
1) Is this high resolution melting analysis a new technology in mutation scanning? (Using LightScanner, HR-1 or Rotor Gene 6000)
2) Is anyone from UK or Malaysia working on this high resolution melting analysis?
Thanks.
Rachel
-Rachel_T-
QUOTE (Rachel_T @ Sep 22 2006, 07:11 AM)
Hi, I am very interested in this 'High resolution melting analysis' for mutation scanning.
1) Is this high resolution melting analysis a new technology in mutation scanning? (Using LightScanner, HR-1 or Rotor Gene 6000)
2) Is anyone from UK or Malaysia working on this high resolution melting analysis?
Thanks.
Rachel
1) Is this high resolution melting analysis a new technology in mutation scanning? (Using LightScanner, HR-1 or Rotor Gene 6000)
2) Is anyone from UK or Malaysia working on this high resolution melting analysis?
Thanks.
Rachel
On our real-time pcr machine we have software for a high resolution melting curve, I assume this is the same. I don't exactly know how new this is, the theory behind it must be quite old, but this software is quite new to us. People are working a lot with it on our machine, it is a very fast method to scan for mutations.
-aspergillie-
to aspergillie
How about your HRM results for mutation scanning? I`m doing this work.Among 12 mutations which were confirmed by DNA sequencing, 9 mutations were confirmed by HRM. Some papers reported 100% sensitivity of the HRM. Would you say something about this? Thank you.
-leydig-
QUOTE (leydig @ Jul 14 2008, 06:02 AM)
to aspergillie
How about your HRM results for mutation scanning? I`m doing this work.Among 12 mutations which were confirmed by DNA sequencing, 9 mutations were confirmed by HRM. Some papers reported 100% sensitivity of the HRM. Would you say something about this? Thank you.
How about your HRM results for mutation scanning? I`m doing this work.Among 12 mutations which were confirmed by DNA sequencing, 9 mutations were confirmed by HRM. Some papers reported 100% sensitivity of the HRM. Would you say something about this? Thank you.
Hi Leydig,
I am not able to say anything about it, I have never worked myself with HRM. I only know there are some people from an other group that have worked with this on our machine.
I can speculate that it does matter which mutation you have to be able to see it, an C to A mutation for instance is I think easier to recognize than a C to G mutation. Maybe other peolpe here on the forum know more about this.
-aspergillie-