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Contract Notice

Knock-out Cell Line Generation

  • First published: 17 January 2024
  • Last modified: 17 January 2024

The buyer is not using this website to administer the notice.

To record your interest or obtain additional information or documents please find instructions within the Full Notice Text. (NOTE: Contract Award Notices and Prior Information Notices do not normally require a response)

Contents

Summary

OCID:
ocds-kuma6s-138089
Published by:
Cardiff University
Authority ID:
AA0258
Publication date:
17 January 2024
Deadline date:
31 January 2024
Notice type:
Contract Notice
Has documents:
No
Has SPD:
No
Has Carbon Reduction Plan:
No

Abstract

The title of the wider research project is ‘Repeat-induced mutagenesis in Huntington’s disease’ and the overall aim is to understand how expanded CAG/CTG repeats can cause mutagenesis at the Huntington’s disease locus. Huntington’s disease (HD) is a progressive neurodegenerative disease characterised by involuntary movements, apathy, and cognitive decline. Expansion of CAG/CTG repeats within the HTT gene cause HD. These repeats are genetically unstable, leading to dramatic changes in repeat size, biased towards expansion over an individual’s lifetime. Somatic expansion in affected tissues is thought to modify disease presentation and many genes identified in genome-wide association studies play a role in DNA repair and in repeat instability. Repeat instability, defined as gain or loss of repeat units relies on DNA repair processes although the exact mechanisms are still being elucidated. Although several DNA repair components have been implicated in repeat instability, how they work together and how potential sequence context may influence the process is unclear. Part of this project involves investigating the effects of genes associated with DNA repair on repeat instability. 10 different genes of interest have been identified and to investigate their effect on repeat instability, these genes need to be knocked-out in our custom HEK293 cell line. The requirement is for separate knock-out of 10 genes in an immortalised cell line, GFP(CAG)101, which is HEK293-derived. Vincent Dion et al will provide the original cell line as starting material. This material will be mycoplasma tested before being sent.

Full notice text

CONTRACT NOTICE – NATIONAL

SERVICES

1 Authority Details

1.1

Authority Name and Address


Cardiff University

Procurement Services, McKenzie House, 30-36 Newport Road,

Cardiff

CF24 0DE

UK

Rhys Rowe

+44 2920879648


http://www.cardiff.ac.uk/business/why-work-with-us/for-suppliers
https://in-tendhost.co.uk/cardiffuniversity/aspx/Home
https://in-tendhost.co.uk/cardiffuniversity/aspx/Home

1.2

Address from which documentation may be obtained


Cardiff University

Procurement Services, McKenzie House, 30-36 Newport Road,

Cardiff

CF24 0DE

UK


+44 2920879648


http://www.cardiff.ac.uk/business/why-work-with-us/for-suppliers

1.3

Completed documents must be returned to:


Cardiff University

Procurement Services, McKenzie House, 30-36 Newport Road,

Cardiff

CF24 0DE

UK


+44 2920879648


http://www.cardiff.ac.uk/business/why-work-with-us/for-suppliers

2 Contract Details

2.1

Title

Knock-out Cell Line Generation

2.2

Description of the goods or services required

The title of the wider research project is ‘Repeat-induced mutagenesis in Huntington’s disease’ and the overall aim is to understand how expanded CAG/CTG repeats can cause mutagenesis at the Huntington’s disease locus.

Huntington’s disease (HD) is a progressive neurodegenerative disease characterised by involuntary movements, apathy, and cognitive decline. Expansion of CAG/CTG repeats within the HTT gene cause HD. These repeats are genetically unstable, leading to dramatic changes in repeat size, biased towards expansion over an individual’s lifetime. Somatic expansion in affected tissues is thought to modify disease presentation and many genes identified in genome-wide association studies play a role in DNA repair and in repeat instability.

Repeat instability, defined as gain or loss of repeat units relies on DNA repair processes although the exact mechanisms are still being elucidated. Although several DNA repair components have been implicated in repeat instability, how they work together and how potential sequence context may influence the process is unclear.

Part of this project involves investigating the effects of genes associated with DNA repair on repeat instability. 10 different genes of interest have been identified and to investigate their effect on repeat instability, these genes need to be knocked-out in our custom HEK293 cell line.

The requirement is for separate knock-out of 10 genes in an immortalised cell line, GFP(CAG)101, which is HEK293-derived. Vincent Dion et al will provide the original cell line as starting material. This material will be mycoplasma tested before being sent.

2.3

Notice Coding and Classification

73000000 Research and development services and related consultancy services
73100000 Research and experimental development services
73110000 Research services
73111000 Research laboratory services
73200000 Research and development consultancy services
1022 Cardiff and Vale of Glamorgan

2.4

Total quantity or scope of tender

The requirement is for separate knock-out of 10 genes in an immortalised cell line, GFP(CAG)101, which is HEK293-derived. Vincent Dion et al will provide the original cell line as starting material. This material will be mycoplasma tested before being sent.

Further details can be found in Schedule 2 and 3.

3 Conditions for Participation

3.1

Minimum standards and qualification required

Supplier has supplied at least 10 cell lines within the UK or Europe in the last 2 years. This must be evidenced as part of this tender.

4 Administrative Information

4.1

Type of Procedure

Single stage

4.2

Reference number attributed to the notice by the contracting authority

CU.1555.RR

4.3

Time Limits

Time-limit for receipt of completed tenders
    31-01-2024  Time  17:00

Estimated award date
 19-02-2024

4.5

Language or languages in which tenders or requests to participate can be drawn up

EN  CY 

4.6

Tender Submission Postbox

5 Other Information

5.1

Additional Information

To express interest, please use the following link and join the Tender Project via the tendering portal.

https://in-tendhost.co.uk/cardiffuniversity/aspx/Home

(WA Ref:138089)

5.2

Additional Documentation

5.3

Publication date of this notice

 17-01-2024

Coding

Commodity categories

ID Title Parent category
73200000 Research and development consultancy services Research and development services and related consultancy services
73000000 Research and development services and related consultancy services Research and Development
73100000 Research and experimental development services Research and development services and related consultancy services
73111000 Research laboratory services Research services
73110000 Research services Research and experimental development services

Delivery locations

ID Description
1022 Cardiff and Vale of Glamorgan

Alert region restrictions

The buyer has restricted the alert for this notice to suppliers based in the following regions.

ID Description
There are no alert restrictions for this notice.

About the buyer

Main contact:
N/a
Admin contact:
N/a
Technical contact:
N/a
Other contact:
N/a

Further information

Date Details
No further information has been uploaded.

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