In article , d...@no.email.thankstospam.net
says...
>
> In article , Vladimir
> Gainullin wrote:
> >Is it not true that after a standard curve is created (using a more
> >accurate method) one can use the A280 to estimate protein concentration
> >given that the sample is more or less similar?
>
Is it not true that after a standard curve is created (using a more
accurate method) one can use the A280 to estimate protein concentration
given that the sample is more or less similar?
On Mon, Apr 8, 2013 at 8:34 PM, DK wrote:
> In article , Sudheer
> Sangeetham wrote:
> >Hello all
> >
> >I
DK wrote:
> In article , Sudheer
> Sangeetham wrote:
> >Hello all
> >
> >I would like to quantify the protein concentration. I checked the nanodrop
> >manual in that they have given that I can estimate the protein by measuring
> >directly at 280 nm by giving extinction coefficient value without
On Monday, April 8, 2013 4:57:29 AM UTC-4, Sudheer Sangeetham wrote:
> Hello all
>
>
>
> I would like to quantify the protein concentration. I checked the nanodrop
>
> manual in that they have given that I can estimate the protein by measuring
>
> directly at 280 nm by giving extinction coeffi
Hello all
I would like to quantify the protein concentration. I checked the nanodrop
manual in that they have given that I can estimate the protein by measuring
directly at 280 nm by giving extinction coefficient value without doing
bradford or lowry methods. I would like to choose measuring the p
