Dear Perrakis,
Yes, with a 1:3 binding model, I mean stoichiometry with a sequential
binding model. The sensogram profile that I am getting clearly suggests
that neither it is a 1:1 nor 1:2 stoichiometric binding (at least R-square
and RSS values suggest that it might be a 1:3 stoichiometric binding). I
can certainly try KINTEK but am currently not familiar with that software.

Thanks.
M Chandra


On Wed, Aug 28, 2024 at 10:23 AM <a.perra...@nki.nl> wrote:

> Dear Chandra,
>
> What exactly do you mean by 1:3 or 1:2 binding mode? Is that
> stoichiometry? Do you need/want to fit a simple binding model with that
> stoichiometry, a sequential model, or a co-operative model?
>
> Graphpad can get you a long way with existing equations when you define
> the exact problem, but I am personally very find of the KINTEK software
> (you can get a student and trial license for it) which can do anything you
> ever want to do with transit and equilibrium kinetics analysis.
>
> A.
>
>
>
>
> On 28 Aug 2024, at 17:16, Mintu Chandra <mint...@gmail.com> wrote:
>
> *LET OP:* Deze e-mail is afkomstig van buiten de organisatie. Open alleen
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> Hello everyone,
> I am trying to fit a BLI sensogram curve into a 1:3 binding model but
> there is limited scope in the software package (limited to 1:2 binding
> model) and therefore not able to fit the curve to get the accurate KD
> value. I am trying graphpad prism but not getting enough information on
> which particular equation I need to use to fit the BLI curve into a 1:3
> binding model.
>
> Any help or suggestion from the community in this matter would be highly
> appreciated.
>
> Thank you,
> M Chandra
>
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-- 

*Mintu Chandra*, PhD

Research Assistant Professor

Department of Biological Sciences & Biochemistry

Vanderbilt University

Nashville, TN, USA - 37235

Mobile : 615-947-9274

*Email* : mintu.chan...@vanderbilt.edu

*ORCID* : https://orcid.org/0000-0003-2382-5024

*Google Scholar* :
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