Karaiskakio Foundation

MPP Architects Limassol Architecture Building Karaiskakio Foundation MainMPP Architects Limassol Architecture Building Karaiskakio Foundation Main
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MPP Architects Limassol Architecture Building Karaiskakio Foundation 2MPP Architects Limassol Architecture Building Karaiskakio Foundation 2
MPP Architects Limassol Architecture Building Karaiskakio Foundation 3MPP Architects Limassol Architecture Building Karaiskakio Foundation 3
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MPP Architects Limassol Architecture Building Karaiskakio Foundation 6MPP Architects Limassol Architecture Building Karaiskakio Foundation 6
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MPP Architects Limassol Architecture Building Karaiskakio Foundation 8MPP Architects Limassol Architecture Building Karaiskakio Foundation 8

Place:

Nicosia, Cyprus

Status:

Completed

Year:

2011

Client:

Karaiskakio Bone Marrow Donor Registry Foundation

Cost:

€ 1.4 million

Size:

2,500 m² Laboratories & Offices | 520 m² Underground Storage Space

Description:

The building houses the Karaiskakio Foundation and the Centre for the Study of Hematological Malignacies. The design of the building was driven by the need to spatially accommodate for laboratory work, office space and other support amenities, having both a private and a public character.

The two storey building is designed with two wings radiating from the central glass atrium of 13.5 meters high and the overall shape of the building was inspired by the shape of an antibody. A central staircase, resembling a DNA double helix provides access to both staff members and the public. The main characteristics of the building include its flexible modular design of laboratory spaces, functional relationships among principal central activities, sufficient support amenities and spaces such as offices, meeting rooms, cafeteria etc.

Natural lighting through the large atrium and the use of bright colour materials were chosen carefully to enhance a pleasant and welcoming environment for visitors, patients and researchers. Energy saving features include motion-sensor control of lights and water faucets, switches that shutdown the heating/cooling units when the windows are open, heat exchange units, a passive cooling system controlled via mechanically controlled roof windows connected to an intelligent management system that detects temperature differences and other weather conditions.

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