Open Tenderocds-r6ebe6-0000698752

Supply of a Biophysical Equipment System

Biophysical characterization of binary and ternary complex formations in proximity-inducing compounds is a key step in the iterative improvement of potency of Proteolysis Targeting Chimeras (PROTACs) and molecular glues. In order for us to have the ability to scrutinise the affinity and kinetics of binary and ternary complexes with challenging sample requirements (e.g. low affinity (1-10 uM) complexes, low protein availability, homoPROTACs etc) highly specialised systems are required. The technique will provide a r...

Buyer

University of Dundee

Value

Not provided

Published

29 Jun 2022

Closes

29 Jul 2022

Procurement details

Source

Pcs

Region

United Kingdom

Procurement method

Open

Category

Goods

Contract starts

Not provided

Contract ends

Not provided

CPV classifications

38000000

Laboratory, optical and precision equipments (excl. glasses)

Lots

Lot 1 Supply of a Biophysical Equipment System

Value not provided

Biophysical characterization of binary and ternary complex formations in proximity-inducing compounds is a key step in the iterative improvement of potency of Proteolysis Targeting Chimeras (PROTACs) and molecular glues. In order for us to have the ability to scrutinise the affinity and kinetics of binary and ternary complexes with challenging sample require...

Delivery: UKM71

Supply of a Biophysical Equipment System

Not provided

Biophysical characterization of binary and ternary complex formations in proximity-inducing compounds is a key step in the iterative improvement of potency of Proteolysis Targeting Chimeras (PROTACs) and molecular glues. In order for us to...

Contract notice · Web page

Master ITT

29 Jun 2022

Word document

Statement of Requirement

29 Jun 2022

Word document

Pricing Schedule

29 Jun 2022

Word document

Quality Schedule

29 Jun 2022

Word document

UoD Form of Contract

29 Jun 2022

Word document

Terms & Conditions

29 Jun 2022

PDF

Sustain Supply Chain Code of Conduct

29 Jun 2022

PDF

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