Record updated: Feb. 22, 2017, 3:50 p.m. by The FAIRsharing Team.

Edits to 'https://fairsharing.org/FAIRsharing.jwmjk6' by 'The FAIRsharing Team' at 15:50, 22 Feb 2017 (approved):

	'description' has been modified:
		Before:  These are preliminary guidelines describing the Minimum Information About a Peptide-Array Experiment (MIAPepAE). Described is a checklist of data and meta-data that should accompany a peptide-array experiment. The  guidelines are maintained by the research community|for the benefit of the protein/peptide-array field. MIAPepAE is intended to be a work-in-progress to be adopted for other peptide-array types|such as in situ synthesised peptide arrays. Please note: We cannot find an up-to-date website or official reporting guideline document for this resource. As such|we have marked its status as Uncertain. Please contact us if you have any information on the current status of this resource. 
		After: These are preliminary guidelines describing the Minimum Information About a Peptide-Array Experiment (MIAPepAE). Described is a checklist of data and meta-data that should accompany a peptide-array experiment. The guidelines are maintained by the research community, for the benefit of the protein/peptide-array field. MIAPepAE is intended to be a work-in-progress to be adopted for other peptide-array types, such as in situ synthesised peptide arrays. Please note: We cannot find an up-to-date website or official reporting guideline document for this resource. As such, we have marked its status as Uncertain. Please contact us if you have any information on the current status of this resource. 

            

Edits to 'https://fairsharing.org/FAIRsharing.jwmjk6' by 'The FAIRsharing Team' at 13:30, 30 Nov 2016 (approved):

	'description' has been modified:
		Before: Peptide-array screening is currently a well-established high-throughput technique with a growing number of applications. Peptide-array technology is used for protein recognition, quantification of peptide expression levels, and detection of protein-protein interactions. The use of protein/peptide arrays in medical life science studies is becoming increasingly widespread. Their increased use in diagnostic applications and protein function profiling calls for a standardised set of guidelines to be followed by future experimenters to enable reproducible, high-quality data and accurate findings. We aim to provide preliminary guidelines describing the Minimum Information About a Peptide-Array Experiment (MIAPepAE). We propose a checklist of data and meta-data that should accompany a peptide-array experiment|and invite fellow researchers in the field to collaborate in this effort to create a sustainable and coherent set of guidelines for the benefit of the protein/peptide-array research community. Although this article focuses on spotting peptide arrays|MIAPepAE is intended to be a work-in-progress to be adopted for other peptide-array types|such as in situ synthesised peptide arrays. Please note: We cannot find an up-to-date website or official reporting guideline document for this resource. As such|we have marked its status as Uncertain. Please contact us if you have any information on the current status of this resource. 
		After:  These are preliminary guidelines describing the Minimum Information About a Peptide-Array Experiment (MIAPepAE). Described is a checklist of data and meta-data that should accompany a peptide-array experiment. The  guidelines are maintained by the research community|for the benefit of the protein/peptide-array field. MIAPepAE is intended to be a work-in-progress to be adopted for other peptide-array types|such as in situ synthesised peptide arrays. Please note: We cannot find an up-to-date website or official reporting guideline document for this resource. As such|we have marked its status as Uncertain. Please contact us if you have any information on the current status of this resource.  Domain list has changed:  Previous values: Assay|process|http://ontology.neuinfo.org/NIF/Backend/BIRNLex-OBI-proxy.owl#birnlex_11025 Microarray data|material|http://purl.obolibrary.org/obo/OBI_0400147 Peptide|material|http://purl.obolibrary.org/obo/CHEBI_16670 Proteomics|property| New values:  Assay|process|http://ontology.neuinfo.org/NIF/Backend/BIRNLex-OBI-proxy.owl#birnlex_11025 Microarray data|material|http://purl.obolibrary.org/obo/OBI_0400147 Peptide|material|http://purl.obolibrary.org/obo/CHEBI_16670 Proteomics|property| Life Science|domain| Organisations have changed:  Previous values: New values:  EMBnet Centre for Proteomic and Genomic Research (CPGR)

            

Edits to 'https://fairsharing.org/FAIRsharing.jwmjk6' by 'The FAIRsharing Team' at 14:11, 20 Oct 2016 (approved):

	'description' has been modified:
		Before: Peptide-array screening is currently a well-established high-throughput technique with a growing number of applications. Peptide-array technology is used for protein recognition, quantification of peptide expression levels, and detection of protein-protein interactions. The use of protein/peptide arrays in medical life science studies is becoming increasingly widespread. Their increased use in diagnostic applications and protein function profiling calls for a standardised set of guidelines to be followed by future experimenters to enable reproducible, high-quality data and accurate findings. We aim to provide preliminary guidelines describing the Minimum Information About a Peptide-Array Experiment (MIAPepAE). We propose a checklist of data and meta-data that should accompany a peptide-array experiment|and invite fellow researchers in the field to collaborate in this effort to create a sustainable and coherent set of guidelines for the benefit of the protein/peptide-array research community. Although this article focuses on spotting peptide arrays|MIAPepAE is intended to be a work-in-progress to be adopted for other peptide-array types|such as in situ synthesised peptide arrays.
		After: Peptide-array screening is currently a well-established high-throughput technique with a growing number of applications. Peptide-array technology is used for protein recognition, quantification of peptide expression levels, and detection of protein-protein interactions. The use of protein/peptide arrays in medical life science studies is becoming increasingly widespread. Their increased use in diagnostic applications and protein function profiling calls for a standardised set of guidelines to be followed by future experimenters to enable reproducible, high-quality data and accurate findings. We aim to provide preliminary guidelines describing the Minimum Information About a Peptide-Array Experiment (MIAPepAE). We propose a checklist of data and meta-data that should accompany a peptide-array experiment|and invite fellow researchers in the field to collaborate in this effort to create a sustainable and coherent set of guidelines for the benefit of the protein/peptide-array research community. Although this article focuses on spotting peptide arrays|MIAPepAE is intended to be a work-in-progress to be adopted for other peptide-array types|such as in situ synthesised peptide arrays. Please note: We cannot find an up-to-date website or official reporting guideline document for this resource. As such|we have marked its status as Uncertain. Please contact us if you have any information on the current status of this resource. 

            

Edits to 'https://fairsharing.org/FAIRsharing.jwmjk6' by 'The FAIRsharing Team' at 16:05, 01 Aug 2016 (approved):

	'description' has been modified:
		Before: Peptide-array screening is currently a well-established high-throughput technique with growing numbers of applications. Peptide-array technology is used for protein recognition, quantification of peptide expression levels, and detection of protein-protein interactions. The use of protein/peptide arrays in medical life science studies is becoming increasingly widespread. Their increased use in diagnostic applications and protein function profiling calls for a standardised set of guidelines to be followed by future experimenters to enable reproducible, high-quality data and accurate findings. We aim to provide preliminary guidelines describing the Minimum Information About a Peptide-Array Experiment (MIAPepAE). We propose a checklist of data and meta-data that should accompany a peptide-array experiment|and invite fellow researchers in the field to collaborate in this effort to create a sustainable and coherent set of guidelines for the benefit of the protein/peptide-array research community. Although this article focuses on spotting peptide arrays|MIAPepAE is intended to be a work-in-progress to be adopted for other peptide-array types|such as in situ synthesised peptide arrays.
		After: Peptide-array screening is currently a well-established high-throughput technique with a growing number of applications. Peptide-array technology is used for protein recognition, quantification of peptide expression levels, and detection of protein-protein interactions. The use of protein/peptide arrays in medical life science studies is becoming increasingly widespread. Their increased use in diagnostic applications and protein function profiling calls for a standardised set of guidelines to be followed by future experimenters to enable reproducible, high-quality data and accurate findings. We aim to provide preliminary guidelines describing the Minimum Information About a Peptide-Array Experiment (MIAPepAE). We propose a checklist of data and meta-data that should accompany a peptide-array experiment|and invite fellow researchers in the field to collaborate in this effort to create a sustainable and coherent set of guidelines for the benefit of the protein/peptide-array research community. Although this article focuses on spotting peptide arrays|MIAPepAE is intended to be a work-in-progress to be adopted for other peptide-array types|such as in situ synthesised peptide arrays.