Selecting tranches in ZINC22: Difference between revisions

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Current method to select tranches to dock in ZINC 22 .
Current method to select tranches to dock in ZINC 22 .


== platforms ==
We support three platforms:
We support three platforms:
* our cluster, .txt suffix
* our cluster, .txt suffix
* Wynton, .wyn suffix
* Wynton, .wyn suffix
* AWS, .s3 suffix
* AWS, .s3 suffix
If you are on another platform, we suggest using and adapting one of these three.


We have created subsets, but you can select subsets at a fine grain level, by HAC and calculated LogP within 0.1 units.
== Prepared subsets in "sets" ==
* by HAC by number of atoms
* by calculated LogP within 0.1 units.
* by charge -4 to +4.
Look in /nfs/exd/zinc-22/sets/


Look in
e.g.  to dock neutrals (N), H17, lead-like, on Wynton, you would use
/nfs/exd/zinc-22/sets
/wynton/group/bks/sets/N-H17.lead-like.wyn
similarly, to dock mono cations, H23-H25, lead-like, on our cluster, use
/nfs/exd/sets/O-H2[345].lead-like.txt
and to dock all charges of fragment-like, H07 to H16, on AWS, use
sets/?-H0[789].frag-like.s3 sets/?-H1[0-6].frag-like.s3


* if you want to dock lead-like, you want
== more granularity use "dirs" ==
/sets/H17-19.lead-like.<suffix> where <suffix> is txt, wyn or s3 as above
Thus, use /wynton/group/bks/sets/dirs/ or /nfs/exd/sets/dirs.  
/sets/H20-23.lead-like.<suffix>
Then, depending on whether you want to include H24 and H25, you can optionally include
/sets/H24.lead-like.<suffix>
/sets/H25.lead-like.<suffix>
If you want to add on compounds from calculated LogP from 4.0 to 4.9
/sets/H17-19.greasy-leads.<suffix> and so on as above


* if you want to dock fragments H10-H16, LogP<4
The format is  <charge>-<logPbin>-<Hbin>.<layer>.<suffix>
/sets/frag-like.<suffix>
where
* suffix is one of s3, wyn, txt
* layer is a-z see [[ZINC22:Layers]]
* Hbin is H04 to H49
* charge is N=0, O=+1, M=-1, etc from J to R.
* logP bin is
** P359 = LogP 3.5 to 3.99
** P304 = logP 3.0 to 3.49
** P012 = LogP 0-2
** M = LogP < 0
** P4 = LogP 4.0 to 4.99
** P56789 = logP > 5.0


* if you want to dock calculated logP > 5
You can learn about how the sets were assembled using make-sets.csh
/sets/H04-H19.greasy.<suffix>
make-sets.csh in turn uses files in /nfs/exd/jjiwork/dirs/
/sets/H20-29.greasy.<suffix>
these in turn are created using make-files2.csh in /nfs/exd/jjiwork/


* if you want to dock big monsters (not recommended, but who knows)
We can adjust these subsets based on what people want. It is easy, we just need to do it.  
/sets/H26-H29.big.<suffix>
/sets/H26-H29.big-greasy.<suffix>




[[Category:ZINC22]]
[[Category:ZINC22]]
[[Category:DOCK3.8]]
[[Category:DOCK3.8]]

Latest revision as of 17:56, 12 June 2024

Current method to select tranches to dock in ZINC 22 .

platforms

We support three platforms:

  • our cluster, .txt suffix
  • Wynton, .wyn suffix
  • AWS, .s3 suffix

If you are on another platform, we suggest using and adapting one of these three.

Prepared subsets in "sets"

  • by HAC by number of atoms
  • by calculated LogP within 0.1 units.
  • by charge -4 to +4.

Look in /nfs/exd/zinc-22/sets/

e.g. to dock neutrals (N), H17, lead-like, on Wynton, you would use

/wynton/group/bks/sets/N-H17.lead-like.wyn

similarly, to dock mono cations, H23-H25, lead-like, on our cluster, use

/nfs/exd/sets/O-H2[345].lead-like.txt

and to dock all charges of fragment-like, H07 to H16, on AWS, use

sets/?-H0[789].frag-like.s3 sets/?-H1[0-6].frag-like.s3

more granularity use "dirs"

Thus, use /wynton/group/bks/sets/dirs/ or /nfs/exd/sets/dirs.

The format is <charge>-<logPbin>-<Hbin>.<layer>.<suffix> where

  • suffix is one of s3, wyn, txt
  • layer is a-z see ZINC22:Layers
  • Hbin is H04 to H49
  • charge is N=0, O=+1, M=-1, etc from J to R.
  • logP bin is
    • P359 = LogP 3.5 to 3.99
    • P304 = logP 3.0 to 3.49
    • P012 = LogP 0-2
    • M = LogP < 0
    • P4 = LogP 4.0 to 4.99
    • P56789 = logP > 5.0

You can learn about how the sets were assembled using make-sets.csh make-sets.csh in turn uses files in /nfs/exd/jjiwork/dirs/ these in turn are created using make-files2.csh in /nfs/exd/jjiwork/

We can adjust these subsets based on what people want. It is easy, we just need to do it.