whooops, never paid attention to the C N+, my bad, thank you Justin :)
Ming
On Mon, Jan 15, 2018 at 6:39 PM, Justin Lemkul wrote:
>
>
> On 1/15/18 6:36 PM, MD wrote:
>
>> Sorry I didn't mean to connect it to the cmap. Yes it is a different
>> question. How do I define a bond to
On 1/15/18 6:36 PM, MD wrote:
Sorry I didn't mean to connect it to the cmap. Yes it is a different
question. How do I define a bond to the +1 residue please? It is a side
chain modified amino acid (LYS) and the backbone is unchanged. What else do
I need to take care to make sure the backbone
Sorry I didn't mean to connect it to the cmap. Yes it is a different
question. How do I define a bond to the +1 residue please? It is a side
chain modified amino acid (LYS) and the backbone is unchanged. What else do
I need to take care to make sure the backbone still connects?
Thanks a bunch,
On 1/15/18 6:25 PM, MD wrote:
I mean it is disconnected after energy minimization, i found out the CO is
not connecting with the NH from the +1 amino acid. The structure was intact
before the simulation.
That has nothing to do with CMAP, that means you didn't properly define
a bond to the
I mean it is disconnected after energy minimization, i found out the CO is
not connecting with the NH from the +1 amino acid. The structure was intact
before the simulation.
Ming
On Mon, Jan 15, 2018 at 6:23 PM, MD wrote:
> Hi another quick question, what do you think could
Hi another quick question, what do you think could be the problem if the
modified amino acid is not connecting to the +1 amino acid? the [cmap ] in
merged.rtp already has the [ cmap ]-C NCA C+N
Ming
On Mon, Jan 15, 2018 at 3:09 PM, Justin Lemkul wrote:
>
>
Thank you so much for the guide Justin! The path looks clearer to me now :)
Ming
On Mon, Jan 15, 2018 at 3:09 PM, Justin Lemkul wrote:
>
>
> On 1/15/18 2:56 PM, MD wrote:
>
>> updated, I figured it is because my N and CA have different type names
>> than
>> charmm, which is
On 1/15/18 3:06 PM, MD wrote:
I wonder if there is a way I can create my own cmap for those modified type
names and incorporate the cmap to the cmap.itp?
That will end up being far more work than a proper parametrization of
the side chain while leaving the backbone alone at standard atom
On 1/15/18 2:56 PM, MD wrote:
updated, I figured it is because my N and CA have different type names than
charmm, which is weird cause I used CHARMM GUI to get the itp files for the
modified amino acid. Would it be an easy fix if I manually change those two
atom names or I should go a
I wonder if there is a way I can create my own cmap for those modified type
names and incorporate the cmap to the cmap.itp?
Thanks,
Ming
On Mon, Jan 15, 2018 at 2:56 PM, MD wrote:
> updated, I figured it is because my N and CA have different type names
> than charmm, which is
updated, I figured it is because my N and CA have different type names than
charmm, which is weird cause I used CHARMM GUI to get the itp files for the
modified amino acid. Would it be an easy fix if I manually change those two
atom names or I should go a different route for the cmap problem?
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