Hi Justin/Zhong Zheng,
>
> Use -ignh to allow the relevant .hdb file to add the appropriate hydrogens.
> The problem is that, without -ignh, pdb2gmx expects all atoms (including H)
> to be present in the .pdb file. If you are using a crystal structure, this
> requirement will not be satisfied.
>
Thanks Justin. I fixed it this time. I basically renamed the terminal
residues. The reason it didn't work last time is probably because some
format problem. Thanks again.
On Jan 14, 2009, at 2:50 PM, Justin A. Lemkul wrote:
Zhong Zheng wrote:
You mean rename ALA as NALA in the .pdb for
You mean rename ALA as NALA in the .pdb for the n-terminus Ala? If so,
i tried already and still not working.
On Jan 14, 2009, at 2:38 PM, Justin A. Lemkul wrote:
Please keep all correspondence on the list.
Zhong Zheng wrote:
Yes.
Amber. Gromacs Version 4.0.2. It's compiled on my computer
Zhong Zheng wrote:
You mean rename ALA as NALA in the .pdb for the n-terminus Ala? If so, i
tried already and still not working.
Yes, you would have to rename all N-terminal ALA as NALA, as well as specify the
correct Amber residue names for all other amino acids in your structure (i.e.,
Please keep all correspondence on the list.
Zhong Zheng wrote:
Yes.
Amber. Gromacs Version 4.0.2. It's compiled on my computer, macbook. I
followed standard procedure,nothing special.
The Amber force fields use their own special nomenclature, so N-terminal alanine
would actually be calle
Zhong Zheng wrote:
I tried this: pdb2gmx -f prot.pdb -ignh, not working
What I am using is : pdb2gmx -f prot.pdb -missing
Does the behavior occur when you process each chain separately?
Which force field are you using? Which version of Gromacs are you using, and
how was it compiled? I ex
What is your exact pdb2gmx command line?
-Justin
Zhong Zheng wrote:
hi
Thanks for your reply. I tried -ignh and it doesn't help. I understand
-missing is bad but I made sure the only missing atoms the program
complains are the first residue in each three chains.
I am using a crystal structu
hi
Thanks for your reply. I tried -ignh and it doesn't help. I understand
-missing is bad but I made sure the only missing atoms the program
complains are the first residue in each three chains.
I am using a crystal structure. However the warning messages are
only for the first residue in
Zhong Zheng wrote:
Hi all
I am running Gromacs on a three-chain protein. The program complains
about "atom H is missing in residue ALA 1 in the pdb file, You might
need to add atom H to the hydrogen database of residue ALA in the file
ff???.hdb (see the manual)". It's a warning message. I c
Hi all
I am running Gromacs on a three-chain protein. The program complains
about "atom H is missing in residue ALA 1 in the pdb file, You might
need to add atom H to the hydrogen database of residue ALA in the file
ff???.hdb (see the manual)". It's a warning message. I can use the
option
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