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MISSION(R) Lenti microRNA, Mouse mmu-miR-92a-3p

ITEM#: 3042-MLMIR0241

MFR#: MLMIR0241

Sigma's Mission Lenti-miRs express miRNAs from a common backbone, whose structure meets requirements for accurate Dicer processing and a partially complementary strand is designed to mimic the base pairing pattern in the backbone structure using a pr

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Sigma's Mission Lenti-miRs express miRNAs from a common backbone, whose structure meets requirements for accurate Dicer processing and a partially complementary strand is designed to mimic the base pairing pattern in the backbone structure using a pr
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Product Name Description Item# QTY
MISSION(R) Lenti microRNA Inhibitor, Mouse mmu-miR-92a-3p Individual lenti microRNA inhibitors are designed using a proprietary algorithm, which is based on the work of Haraguchi, T, et al. and in collaboration with Dr. Hideo Iba, University of Tokyo. This algorithm utilizes the tough decoy (TuD) design. mi 3042-MLTUD0241 EA
MISSION(R) Lenti microRNA, Mouse mmu-miR-92a-1-5p Sigma's Mission Lenti-miRs express miRNAs from a common backbone, whose structure meets requirements for accurate Dicer processing and a partially complementary strand is designed to mimic the base pairing pattern in the backbone structure using a pr 3042-MLMIR0370 EA
MISSION(R) Lenti microRNA, Mouse mmu-miR-328-3p Sigma's Mission Lenti-miRs express miRNAs from a common backbone, whose structure meets requirements for accurate Dicer processing and a partially complementary strand is designed to mimic the base pairing pattern in the backbone structure using a pr 3042-MLMIR0266 EA
MISSION(R) Lenti microRNA, Mouse mmu-miR-34a-3p Sigma's Mission Lenti-miRs express miRNAs from a common backbone, whose structure meets requirements for accurate Dicer processing and a partially complementary strand is designed to mimic the base pairing pattern in the backbone structure using a pr 3042-MLMIR0246 EA
MISSION(R) Lenti microRNA, Mouse mmu-miR-448-3p Sigma's Mission Lenti-miRs express miRNAs from a common backbone, whose structure meets requirements for accurate Dicer processing and a partially complementary strand is designed to mimic the base pairing pattern in the backbone structure using a pr 3042-MLMIR0459 EA
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