Planet-SafeĀ® Microplate, 96-well, Flat Bottom, 100/cs
Item No. PLATE-1000
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100% Plant-Based Planet-Safe Ā® Microplates are made from polylactic acid (PLA) resin specifically derived from sustainably cultivated sugarcane. Enhanced Cell-Binding PLA is considerably more hydrophilic than polystyrene. This beneficial property allows a variety of anchorage-dependent eukaryotic
Price $400
excl. tax
In stock
Description
100% Plant-Based
Planet-SafeĀ® Microplates are made from polylactic acid (PLA) resin specifically derived from sustainably cultivated sugarcane.
Enhanced Cell-Binding
PLA is considerably more hydrophilic than polystyrene. This beneficial property allows a variety of anchorage-dependent eukaryotic cell species to grow on the dish surface additional surface treatments. Ā Comparative studies run with Planet-SafeĀ®Ā an average seeding density 42% higher than standard treated surfaces, while growth rate and confluence results were comparable.
Eco-Responsible Disposal
Disposal of Planet-SafeĀ® labware via incineration reduces overall life-cycle emissions by 84% when compared to typical single-use plastics. Due to the organic nature of PLA, biogenic carbon captured during plant growth offsets most of the emissions generated during cultivation, conversion and extrusion. Additionally, incineration releases water vapor and an neutral amount of CO2.
Forward Thinking
Planet-SafeĀ® labware is certified industrially compostable and non-phytotoxic. While the infrastructure does not exist to deliver used labware to composting facilities, as the next generation of labware,Ā Planet-SafeĀ® āis āuniquely designed to support āfuture composting initiatives.
Planet-SafeĀ® Microplates are made from polylactic acid (PLA) resin specifically derived from sustainably cultivated sugarcane.
Enhanced Cell-Binding
PLA is considerably more hydrophilic than polystyrene. This beneficial property allows a variety of anchorage-dependent eukaryotic cell species to grow on the dish surface additional surface treatments. Ā Comparative studies run with Planet-SafeĀ®Ā an average seeding density 42% higher than standard treated surfaces, while growth rate and confluence results were comparable.
Eco-Responsible Disposal
Disposal of Planet-SafeĀ® labware via incineration reduces overall life-cycle emissions by 84% when compared to typical single-use plastics. Due to the organic nature of PLA, biogenic carbon captured during plant growth offsets most of the emissions generated during cultivation, conversion and extrusion. Additionally, incineration releases water vapor and an neutral amount of CO2.
Forward Thinking
Planet-SafeĀ® labware is certified industrially compostable and non-phytotoxic. While the infrastructure does not exist to deliver used labware to composting facilities, as the next generation of labware,Ā Planet-SafeĀ® āis āuniquely designed to support āfuture composting initiatives.
Specifications
- Wells
- 96
- Well Shape
- Flat
- Lids
- No
- Sterile
- Yes
- U of M
- 100/cs
- Packaging
- 5/bag, 20 bags
Reviews (0)
There are no reviews yet.
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Specifications
- Wells
- 96
- Well Shape
- Flat
- Lids
- No
- Sterile
- Yes
- U of M
- 100/cs
- Packaging
- 5/bag, 20 bags
Planet-SafeĀ® Microplate, 96-well, Flat Bottom, 100/cs
Item No. PLATE-1000
Description
100% Plant-Based
Planet-SafeĀ® Microplates are made from polylactic acid (PLA) resin specifically derived from sustainably cultivated sugarcane.
Enhanced Cell-Binding
PLA is considerably more hydrophilic than polystyrene. This beneficial property allows a variety of anchorage-dependent eukaryotic cell species to grow on the dish surface additional surface treatments. Ā Comparative studies run with Planet-SafeĀ®Ā an average seeding density 42% higher than standard treated surfaces, while growth rate and confluence results were comparable.
Eco-Responsible Disposal
Disposal of Planet-SafeĀ® labware via incineration reduces overall life-cycle emissions by 84% when compared to typical single-use plastics. Due to the organic nature of PLA, biogenic carbon captured during plant growth offsets most of the emissions generated during cultivation, conversion and extrusion. Additionally, incineration releases water vapor and an neutral amount of CO2.
Forward Thinking
Planet-SafeĀ® labware is certified industrially compostable and non-phytotoxic. While the infrastructure does not exist to deliver used labware to composting facilities, as the next generation of labware,Ā Planet-SafeĀ® āis āuniquely designed to support āfuture composting initiatives.
Planet-SafeĀ® Microplates are made from polylactic acid (PLA) resin specifically derived from sustainably cultivated sugarcane.
Enhanced Cell-Binding
PLA is considerably more hydrophilic than polystyrene. This beneficial property allows a variety of anchorage-dependent eukaryotic cell species to grow on the dish surface additional surface treatments. Ā Comparative studies run with Planet-SafeĀ®Ā an average seeding density 42% higher than standard treated surfaces, while growth rate and confluence results were comparable.
Eco-Responsible Disposal
Disposal of Planet-SafeĀ® labware via incineration reduces overall life-cycle emissions by 84% when compared to typical single-use plastics. Due to the organic nature of PLA, biogenic carbon captured during plant growth offsets most of the emissions generated during cultivation, conversion and extrusion. Additionally, incineration releases water vapor and an neutral amount of CO2.
Forward Thinking
Planet-SafeĀ® labware is certified industrially compostable and non-phytotoxic. While the infrastructure does not exist to deliver used labware to composting facilities, as the next generation of labware,Ā Planet-SafeĀ® āis āuniquely designed to support āfuture composting initiatives.
Price $400
Reviews (0)
There are no reviews yet.