
CRO operates out of a 1,500 sqm facility located inside Charité – Universitätsmedizin Berlin. This facility is located in the very heart of Berlin and provides easy access for subjects and sponsors alike with spectacular views of the surrounding city.
The Phase I unit is home to 40 beds and is equipped with a wide range of safety and exploratory diagnostics and systems.
The unit contains an advanced sample processing laboratory, equipped with sample incubation and laminar flow facilities. In addition, the laboratory houses a cytokine quick test analysis system that can provide information on cytokine levels within 20 minutes. This is commonly utilized in FTIH studies with biologics running at CRO.
Charité Research Organisation operates a Phase I unit located in the main Charité hospital tower in central Berlin. This research unit provides 40 beds, direct access to emergency and intensive care facilities, wide range of diagnostic equipment and supports seamless collaboration with the surrounding clinics.
The unit layout is flexible and can be adapted to the ever changing needs of healthy volunteer and patient studies undertaken across a wide range of therapeutic areas.
While an ability to collaborate seamlessly with Charité clinics to access diagnostics technologies is a key attribute of the CRO set-up, the research unit itself is home to a wide range of equipment. ECG equipment and a MUSE network from GE Healthcare are in place. This includes a full, unit wide, telemetry system. The unit is home to a sophisticated sample preparation laboratory that is additionally able to run some safety assays locally. The unit’s drug storage facility offers temperature controlled storage for ambient, refrigerated and frozen supplies.
Subject safety is the top priority of any clinical study and CRO. Charité Research Organisation employs a range of technologies and laboratory capabilities to help minimize risk and facilitate early detection of any problems. At a very basic level this includes the latest bedside monitoring equipment and unit wide telemetry systems. The ethos of “being there at the bedside” during infusions in FTIH studies is a key approach, with subjects monitored directly by physicians during and post infusion. The research unit’s on-site sample processing laboratory also provides access to a bedside cytokine analysis system that can give readouts on cytokine activity within 20 minutes. This is commonly used to look for the earliest possible warning signs in FTIH biologics studies, allowing speedy action to be taken, should it ever be necessary.
The Charité Research Organisation unit is home to a fully equipped respiratory function laboratory. This is extensively utilized in COPD and asthma protocols and it is also used for pulmonary function safety assessments in other selected studies.
Equipment includes:
The research unit is equipped with a sophisticated sample processing laboratory staffed by highly experienced and qualified personnel. This allows complex sample preparation steps to be undertaken, including the incubation and stabilization of whole blood samples for subsequent biomarker analysis.
Facilities include:
Charité Research Organisation collaborates extensively with Hubertus Apotheke am Salzufer to facilitate complex IMP handling and preparation. Hubertus possesses a GMP license and has been subject to multiple sponsor audits, making it an ideal partner for packaging and handling of trial supplies from bulk. Where preparation of IMP on site by unblinded staff is required, Hubertus is able to provide pharmacists to attend the unit 24h a day.