MP116935050
MP Biomedicals™ TeenPrep™ Lysing Matrix F, 15 mL Tubes
Manufacturer: MP Biomedicals™
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| Pack Size | SKU | Availability | Price |
|---|---|---|---|
| Each of 1 | MP116935050-Each-of-1 | In Stock | ₹ 26,095.80 |
MP116935050 - Each of 1
In Stock
Quantity
1
Base Price: ₹ 26,095.80
GST (18%): ₹ 4,697.244
Total Price: ₹ 30,793.044
Capacity
15 mL
DNase
Dnase-free
Matrix
Lysing matrix F
Quantity
50 x 15 mL
Sample Type
Bacteria (Gram +/-), Animal Tissues, Fungi, Plants, Coral Emulsions, Mold
For Use With (Application)
Nucleic Acid isolation and purification, molecular biology, gene expression, microbiological analysis
Molecular Formula
Aluminum Oxide, Al2O3; Silicon Carbide, SiC
RNase
Rnase-free
Related Products
Description
- Impact-resistant 15 mL tubes contain 1.6 mm aluminum oxide particles and 1.6 mm silicon carbide particles With white caps Specific Gravity: Aluminum Oxide, 3.95; Silicon Carbide, 3.20 Nucleic Acid Isolation and Purification
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Capacity: 15 mL
DNase: Dnase-free
Matrix: Lysing matrix F
Quantity: 50 x 15 mL
Sample Type: Bacteria (Gram +/-), Animal Tissues, Fungi, Plants, Coral Emulsions, Mold
For Use With (Application): Nucleic Acid isolation and purification, molecular biology, gene expression, microbiological analysis
Molecular Formula: Aluminum Oxide, Al2O3; Silicon Carbide, SiC
RNase: Rnase-free
Capacity:
15 mL
DNase:
Dnase-free
Matrix:
Lysing matrix F
Quantity:
50 x 15 mL
Sample Type:
Bacteria (Gram +/-), Animal Tissues, Fungi, Plants, Coral Emulsions, Mold
For Use With (Application):
Nucleic Acid isolation and purification, molecular biology, gene expression, microbiological analysis
Molecular Formula:
Aluminum Oxide, Al2O3; Silicon Carbide, SiC
RNase:
Rnase-free
Capacity: 15 mL
DNase: DNase Free
Matrix: __
Quantity: 5 x 15 mL
Sample Type: Bacteria (Gram +/-), Animal Tissues, Fungi, Plants, Fixed Samples, Coral Emulsions, Mold, Animal Tissues, Fungi, Plants, Fixed Samples, Coral Emulsions, Mold
For Use With (Application): Sample Preparation, Sample lysis, Nucleic Acid isolation and purification, Molecular biology, Gene expression, Microbiological analysis, Gene function, Gene regulation
Molecular Formula: __
RNase: RNase Free
Capacity:
15 mL
DNase:
DNase Free
Matrix:
__
Quantity:
5 x 15 mL
Sample Type:
Bacteria (Gram +/-), Animal Tissues, Fungi, Plants, Fixed Samples, Coral Emulsions, Mold, Animal Tissues, Fungi, Plants, Fixed Samples, Coral Emulsions, Mold
For Use With (Application):
Sample Preparation, Sample lysis, Nucleic Acid isolation and purification, Molecular biology, Gene expression, Microbiological analysis, Gene function, Gene regulation
Molecular Formula:
__
RNase:
RNase Free
Capacity: 15 mL
DNase: DNase Free
Matrix: __
Quantity: 25 x 15 mL
Sample Type: Bacteria (Gram +/-), Animal Tissues, Fungi, Plants, Fixed Samples, Coral Emulsions, Mold, Animal Tissues, Fungi, Plants, Fixed Samples, Coral Emulsions, Mold
For Use With (Application): __
Molecular Formula: __
RNase: RNase Free
Capacity:
15 mL
DNase:
DNase Free
Matrix:
__
Quantity:
25 x 15 mL
Sample Type:
Bacteria (Gram +/-), Animal Tissues, Fungi, Plants, Fixed Samples, Coral Emulsions, Mold, Animal Tissues, Fungi, Plants, Fixed Samples, Coral Emulsions, Mold
For Use With (Application):
__
Molecular Formula:
__
RNase:
RNase Free
Capacity: 15 mL
DNase: DNase Free
Matrix: __
Quantity: 50 x 15 mL
Sample Type: Bacteria (Gram +/-), Animal Tissues, Fungi, Plants, Fixed Samples, Coral Emulsions, Mold, Animal Tissues, Fungi, Plants, Fixed Samples, Coral Emulsions, Mold
For Use With (Application): Sample Preparation, Sample lysis, Nucleic Acid isolation and purification, Molecular biology, Gene expression, Microbiological analysis, Gene function, Gene regulation
Molecular Formula: __
RNase: RNase Free
Capacity:
15 mL
DNase:
DNase Free
Matrix:
__
Quantity:
50 x 15 mL
Sample Type:
Bacteria (Gram +/-), Animal Tissues, Fungi, Plants, Fixed Samples, Coral Emulsions, Mold, Animal Tissues, Fungi, Plants, Fixed Samples, Coral Emulsions, Mold
For Use With (Application):
Sample Preparation, Sample lysis, Nucleic Acid isolation and purification, Molecular biology, Gene expression, Microbiological analysis, Gene function, Gene regulation
Molecular Formula:
__
RNase:
RNase Free