Protocol reproducibly generates competent cultures of E. coli that yield 1 x 108 to 3 x 108 transformed colonies/µg of plasmid DNA. The protocol works optimally when the bacterial culture is grown at 18°C. If a suitable incubator is not available, a standard bacterial shaker can be set up in a 4°C cold room and regulated to 18°C. - [Read Preparation and Transformation of Competent E. Coli: "Ultra-Competent" Cells Protocol]
Protocol reproducibly generates competent cultures of E. coli that yield 1 x 108 to 3 x 108 transformed colonies/µg of plasmid DNA. The protocol works optimally when the bacterial culture is grown at 18°C. If a suitable incubator is not available, a standard bacterial shaker can be set up in a 4°C cold room and regulated to 18°C. - [Read Preparation and Transformation of Competent E. Coli: "Ultra-Competent" Cells Protocol]
Protocol for visualizing miRNAs in adult skeletal muscle by hybridization in situ. Includes: Visualizing miRNAs in adult skeletal muscle by hybridization in situ; Probe preparation; Tissue preparation; Fixation; Deproteinization with Proteinase K; Acetylation of the tissue; Dehydration; Hybridization step; Post-Hybridization Washes (Step 1-6 should be performed on shaker); Signal Detection (Steps should be performed on a shaker); Post-Detection Washes. - [Read Visualizing miRNAs in Adult Skeletal Muscle by Hybridization In Situ Protocol]
Protocol for visualizing miRNAs in adult skeletal muscle by hybridization in situ. Includes: Visualizing miRNAs in adult skeletal muscle by hybridization in situ; Probe preparation; Tissue preparation; Fixation; Deproteinization with Proteinase K; Acetylation of the tissue; Dehydration; Hybridization step; Post-Hybridization Washes (Step 1-6 should be performed on shaker); Signal Detection (Steps should be performed on a shaker); Post-Detection Washes. - [Read Visualizing miRNAs in Adult Skeletal Muscle by Hybridization in situ Protocol]