Physiological Hoods
Description
The Baker Ruskinn SCI-tive Workstation mimics in vivo conditions with precise, user-defined controls that allow researchers to study cells and tissues under mimicked physiological oxygen conditions.
The workstation has HEPA filtration, direct hand access via the glove ports and a spacious interior, accommodating a large quantity of culture dishes and plates as well as specialist equipment.The workstation has HEPA filtration, direct hand access via the glove ports and a spacious interior, accommodating a large quantity of culture dishes and plates as well as specialist equipment.
Specifications
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- HEPA filtration
- Direct Hand Access (from 5 seconds)
- 3x Electrical power sockets within the work area
- Removable front cover
- Light-protective culture racks
- Spacious work area
- Integrated gas ports and waste management
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- O2 control (0.1% to 23.0%)
- CO2 control (0.1% to 30.0%)
- Temperature control (7C above ambient to 45C)
- Ultrasonic Humidity control (ambient to 85% RH)
- Data log
- Alarm settings
Applications
- Hypoxia
- Explant
- Organoid
- Physiological conditions
- Precision Medicine
- Tumour Biology
- Drug screening
- Developmental Biology
Instrument location
3D Culture Facility
Room L04.307
iASB ,UNSW
Sydney, NSW 2033
Phone: 02 9348 8212
Email: 3Dculture@unsw.edu.au
Dr Alison Ferguson
-
Phone
02 9348 8212 -
Email
alison.ferguson@unsw.edu.au
Parent facility
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