Glycomics paper curation: Difference between revisions

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== Curation workflow ==
== Curation workflow ==
* Identify a paper of interest, and look for glycan structures being reported in both primary and supplemental data sections.
* Draw the glycans in Grits Toolbox,
** Pay close attention to drawing them exactly as they are presented in the paper with no assumptions from the curator including
*** Reducing end type (reduced, free etc)
*** Derivitization status (permethylated C12, native, etc)
*** Topology (which arm monosaccharides are placed on)
*** Linkages
* Export the glycan drawings to gws format and put in a folder in SharePoint
* Request the gws file to be processed (by Sena) into an excel sheet and glytoucan id's added. Structures without glytoucan ids are submitted to glytoucan and registered. The finished excel is placed in Sharepoint and notification is given.
* Once this is complete, retrieve the excel file from SharePoint
* Check that the glytoucan structure matches the structure you submitted.
* Add meta info using the specified format (see curation table section) and fill in those columns.
* Make a copy tab and delete columns not specified in the Curation table (ex file name, row number, both cartoons, status, error)
* Save a tab as Final-GlyGen to designate which tab to use in downstream steps


== Curation table ==
== Curation table ==
Table structure for glycomics information
The file will be a CSV file using “,” as cell delimiter and all cells will be quoted. 
List of columns in the curation file that needs to be filled for glycomics information. Bold indicates mandatory information:
{| class="wikitable"
|GlyTouCan ID
|G17689DH
|From Senas spreadsheet
|-
|Paper  
|PMID:25753706
DOI:10.1007/978-1-4939-2343-4_8  
|PMID or DOI
|-
|Species  
|9606
|From NCBI Taxonomy browser
|-
|Strain (fly, yeast, mouse)
|Oregon-R
|Flybase for fly
SGD for Yeast  
Mouse  
Or text from paper if not in a dictionary
|-
|Tissue  
|UBERON:0002107
|From Uberon, if it can not be found we will discuss.
|-
|Cell line ID
|Cellosaurus:CVCL_A4VI
|From Cellosaurus
|-
|Disease  
|DOID:3571
|From Human Disease Ontology
|-
|has_abundance
|yes
no
|Are there Numbers associated with the amount present in a sample
|-
|has_expression
|yes
no
|Don't use for now until talk with Karina
|-
|Functional annotation/Keyword
|<nowiki><term1>|<term2> </nowiki>
|We (Mike) will provide a dictionary (~15 terms) that Mindy will use.
|-
|Glycan dictionary term ID
|GSD000011
|From the [[Glycan structure dictionary]].
|-
|Contributor
|<nowiki>createdBy:Mindy Porterfield(mindy@something.de, CCRC)|createdBy:Name(email,institution) </nowiki>
|From ticket 42
|-
|Experimental technique
|<nowiki>LC-MS|MS profile </nowiki>
|Free text, we create dictionary to avoid things like LC/MS LC-MS
|-
|Variant (Fly, yeast, mouse)
|Wild type, Tollo,  
|Flybase for fly
SGD for Yeast
|-
|Organismal/cellular Phenotype  
|Eye color, blood type,  
|Mondo
HPO
Fly anatomy FBBD
Text in paper, observable features, including disease phenotypes such as diabetes, autism spectrum disorder and cancer, or traits such as height, hair color and blood type.
|-
|Molecular Phenotype
|APOE,  
|direct effect of a variant at the molecular level
|}
The following columns can have multiple entries per line/cell:
* Disease  
* Functional annotation
* Keywords
* Glycan dictionary term ID
* Contributor
* Experimental technique
The following format will be used for these cells: <term1>|<term2>
For experimental techniques the following (non-comprehensive) dictionary will be used:
* MS
* MS/MS
* LC-MS/MS
* LC-MS
* CE-MS
* CE-MS/MS
* CE
* HPLC
* GC
* GC-MS
This list will be extended if new experimental techniques are detected in the papers.
For Functional annotation use the following (non-comprehensive) dictionary:
* adhesion
* homing
* inflammation
* protein targeting
* protein secretion
* protein stability
* protein folding
* ER stress
* protein degradation
* circulating half-life
* clearance
* internalization
* metastasis
* shielding
* recognition
* toxin receptor
* viral receptor
* microbial receptor
* receptor signaling
* sperm maturation
* Added terms (Mike)
* differentiation
* biomarker
*
This list will be extended if new function annotation terms are detected in the papers.


== Curation rules ==
== Curation rules ==

Revision as of 20:52, 17 August 2023

This article describes the curation of glycomics papers as part of the GlyGen project.

Curation workflow

  • Identify a paper of interest, and look for glycan structures being reported in both primary and supplemental data sections.
  • Draw the glycans in Grits Toolbox,
    • Pay close attention to drawing them exactly as they are presented in the paper with no assumptions from the curator including
      • Reducing end type (reduced, free etc)
      • Derivitization status (permethylated C12, native, etc)
      • Topology (which arm monosaccharides are placed on)
      • Linkages
  • Export the glycan drawings to gws format and put in a folder in SharePoint
  • Request the gws file to be processed (by Sena) into an excel sheet and glytoucan id's added. Structures without glytoucan ids are submitted to glytoucan and registered. The finished excel is placed in Sharepoint and notification is given.
  • Once this is complete, retrieve the excel file from SharePoint
  • Check that the glytoucan structure matches the structure you submitted.
  • Add meta info using the specified format (see curation table section) and fill in those columns.
  • Make a copy tab and delete columns not specified in the Curation table (ex file name, row number, both cartoons, status, error)
  • Save a tab as Final-GlyGen to designate which tab to use in downstream steps

Curation table

Table structure for glycomics information

The file will be a CSV file using “,” as cell delimiter and all cells will be quoted.

List of columns in the curation file that needs to be filled for glycomics information. Bold indicates mandatory information:

GlyTouCan ID G17689DH From Senas spreadsheet
Paper   PMID:25753706

DOI:10.1007/978-1-4939-2343-4_8  

PMID or DOI
Species   9606 From NCBI Taxonomy browser
Strain (fly, yeast, mouse) Oregon-R Flybase for fly

SGD for Yeast  

Mouse  

Or text from paper if not in a dictionary

Tissue   UBERON:0002107 From Uberon, if it can not be found we will discuss.
Cell line ID Cellosaurus:CVCL_A4VI From Cellosaurus
Disease   DOID:3571 From Human Disease Ontology
has_abundance yes

no

Are there Numbers associated with the amount present in a sample
has_expression yes

no

Don't use for now until talk with Karina
Functional annotation/Keyword <term1>|<term2> We (Mike) will provide a dictionary (~15 terms) that Mindy will use.
Glycan dictionary term ID GSD000011 From the Glycan structure dictionary.
Contributor createdBy:Mindy Porterfield(mindy@something.de, CCRC)|createdBy:Name(email,institution) From ticket 42
Experimental technique LC-MS|MS profile Free text, we create dictionary to avoid things like LC/MS LC-MS


Variant (Fly, yeast, mouse) Wild type, Tollo,   Flybase for fly

SGD for Yeast


Organismal/cellular Phenotype   Eye color, blood type,   Mondo

HPO

Fly anatomy FBBD


Text in paper, observable features, including disease phenotypes such as diabetes, autism spectrum disorder and cancer, or traits such as height, hair color and blood type.

Molecular Phenotype APOE,   direct effect of a variant at the molecular level


The following columns can have multiple entries per line/cell:

  • Disease  
  • Functional annotation
  • Keywords
  • Glycan dictionary term ID
  • Contributor
  • Experimental technique


The following format will be used for these cells: <term1>|<term2>


For experimental techniques the following (non-comprehensive) dictionary will be used:

  • MS
  • MS/MS
  • LC-MS/MS
  • LC-MS
  • CE-MS
  • CE-MS/MS
  • CE
  • HPLC
  • GC
  • GC-MS

This list will be extended if new experimental techniques are detected in the papers.


For Functional annotation use the following (non-comprehensive) dictionary:

  • adhesion
  • homing
  • inflammation
  • protein targeting
  • protein secretion
  • protein stability
  • protein folding
  • ER stress
  • protein degradation
  • circulating half-life
  • clearance
  • internalization
  • metastasis
  • shielding
  • recognition
  • toxin receptor
  • viral receptor
  • microbial receptor
  • receptor signaling
  • sperm maturation
  • Added terms (Mike)
  • differentiation
  • biomarker

This list will be extended if new function annotation terms are detected in the papers.

Curation rules