Chest freezer PHCbi Cryogenic, -150°C, 128 L

Item No. 4930000
-150°C Cryogenic Temperature Freezer Ensures Stable Cell and Tissue preservation Cryopreservation allows for storage of biological materials at ultra low temperatures, while minimizing the level of freezing damage to cells. An important factor to consider when preserving cells or tissue at cryogenic

Description

-150°C Cryogenic Temperature Freezer Ensures Stable Cell and Tissue preservation

Cryopreservation allows for storage of biological materials at ultra low temperatures, while minimizing the level of freezing damage to cells. An important factor to consider when preserving cells or tissue at cryogenic temperatures is to prevent amorphous ice crystals from recrystallizing within and outside the cells. These ice crystals increase the degree of freezing damage to cells. When ice crystals become amorphous, they are stored using cryoprotective agents such as glycerine and dimethyl sulfoxide (Me2SO). The speed of ice crystal formation is thus further restricted during preservation below a certain temperature, and complete vitrification is possible. -130°C is the recrystallization point of pure water in the ultra-low temperature zone. This is the temperature at which amorphous ice crystals recrystallize. For a mixed solution containing Me2SO and other cryoprotectants, recent research confirms that recrystallization occurs around -115°C. Thus samples maintained in an ultra-low temperature freezer at -150°C, far lower than the recrystallization point, can be semipermanently preserved. Such preservation maintains vitrification without further crystallization within and outside cells. Other recent findings show that preserving cattle sperm at -135°C is insufficient, and also that superconductivity experiments require temperatures of at least -148°C. These cases show the increased necessity of -150°C freezing in a diverse array of cryogenic applications

Space for 10 racks / 90 cryoboxes (50 mm).

 

*Dimensions do not include handle and hinges

Pack: 1 each

Specifications

Producent
PHCbi
Type
Cryogenic ULT
Volume [L]
128
Max. Temperature
-130
Min. Temperature
-150
Temperature [°C]
-130 ~ -152
Int. dimension (wxdxh) [mm]
500 x 450 x 572
Ext. dimensions (wxdxh) [mm]
1400 x 800 x 945
Weight [kg]
265
Model
PHCbi MDF-1156
Qty per Salesunit
1 each
Sales Unit of Measure
EA
UNSPSC
41103020 Ultrakolde eller ultralave kummefrysere
Any questions, please contact
Mikkel Holm, mih@buch-holm.dk, +45 44540015

Chest freezer PHCbi Cryogenic, -150°C, 128 L

Item No. 4930000
-150°C Cryogenic Temperature Freezer Ensures Stable Cell and Tissue preservation Cryopreservation allows for storage of biological materials at ultra low temperatures, while minimizing the level of freezing damage to cells. An important factor to consider when preserving cells or tissue at cryogenic

Description

-150°C Cryogenic Temperature Freezer Ensures Stable Cell and Tissue preservation

Cryopreservation allows for storage of biological materials at ultra low temperatures, while minimizing the level of freezing damage to cells. An important factor to consider when preserving cells or tissue at cryogenic temperatures is to prevent amorphous ice crystals from recrystallizing within and outside the cells. These ice crystals increase the degree of freezing damage to cells. When ice crystals become amorphous, they are stored using cryoprotective agents such as glycerine and dimethyl sulfoxide (Me2SO). The speed of ice crystal formation is thus further restricted during preservation below a certain temperature, and complete vitrification is possible. -130°C is the recrystallization point of pure water in the ultra-low temperature zone. This is the temperature at which amorphous ice crystals recrystallize. For a mixed solution containing Me2SO and other cryoprotectants, recent research confirms that recrystallization occurs around -115°C. Thus samples maintained in an ultra-low temperature freezer at -150°C, far lower than the recrystallization point, can be semipermanently preserved. Such preservation maintains vitrification without further crystallization within and outside cells. Other recent findings show that preserving cattle sperm at -135°C is insufficient, and also that superconductivity experiments require temperatures of at least -148°C. These cases show the increased necessity of -150°C freezing in a diverse array of cryogenic applications

Space for 10 racks / 90 cryoboxes (50 mm).

 

*Dimensions do not include handle and hinges

Pack: 1 each

Specifications

Producent
PHCbi
Type
Cryogenic ULT
Volume [L]
128
Max. Temperature
-130
Min. Temperature
-150
Temperature [°C]
-130 ~ -152
Int. dimension (wxdxh) [mm]
500 x 450 x 572
Ext. dimensions (wxdxh) [mm]
1400 x 800 x 945
Weight [kg]
265
Model
PHCbi MDF-1156
Qty per Salesunit
1 each
Sales Unit of Measure
EA
UNSPSC
41103020 Ultrakolde eller ultralave kummefrysere
Any questions, please contact
Mikkel Holm, mih@buch-holm.dk, +45 44540015