Ríkiskaup (6601694749) has announced on 26 Feb 2021 that is accepting bids for the following project: Iceland-Reykjavik: Biomedical equipment.
The tender will take place in Iceland and will cover the Machinery & Equipment industry.
The value of this project has not been disclosed by the donor and you can apply until Deadline date
After the deadline, Global Database will announce the contract award for Iceland-Reykjavik: Biomedical equipment. In order to stay up-to-date with this tender and also to receive daily notifications about similar projects, you can subscribe to our newsletter for free.
Bellow you can find more information about the tender description and the bidding procedure.
Location: Iceland
Ríkiskaup (6601694749)
Machinery & Equipment
Accepting bids
26 Feb 2021
Not available
Not available
Hanna Steina Arnarsdóttir
Prior information notice
This notice is for prior information only
Supplies
Section I: Contracting authority
Section II: Object
RFI: An Array of Laboratory Equipment for an Electrophysiology and Imaging Acquisition
University of Iceland, The Biomedical Center (UoI-BMC) intend to purchase a set of equipment for quantitative physiological measurements such as electrophysiology (e.g., single-cell patch-clamp recordings), ion-sensitive imaging (e.g., calcium, potassium, sodium, hydrogen, and magnesium), and voltage imaging, to elucidate cellular function and dysfunction in disease in several cell types and tissues. The system planned involves procedures that allow for manipulating cellular physiology, such as channelrhodopsins, modified G protein coupled receptors, calcium indicators, and light-induced gene regulators. These novel technologies use light or engineered drugs to regulate membrane potential, ion membrane conductance, intracellular ion concentrations, and gene expression
University of Iceland, The Biomedical Center (UoI-BMC) intend to purchase a set of equipment for quantitative physiological measurements such as electrophysiology (e.g., single-cell patch-clamp recordings), ion-sensitive imaging (e.g., calcium, potassium, sodium, hydrogen, and magnesium), and voltage imaging, to elucidate cellular function and dysfunction in disease in several cell types and tissues. The system planned involves procedures that allow for manipulating cellular physiology, such as channelrhodopsins, modified G protein coupled receptors, calcium indicators, and light-induced gene regulators. These novel technologies use light or engineered drugs to regulate membrane potential, ion membrane conductance, intracellular ion concentrations, and gene expression.
See further details in the above mentioned Tendsign link.
Section IV: Procedure
Section VI: Complementary information
Visma notice: https://opic.com/id/afdcbgswht
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