Bacterial Protein Extraction Lysis Buffer (with Tris-HCl) Animal & In Vivo Research Tools

Bacterial Protein Extraction Lysis Buffer (with Tris-HCl) Animal & In Vivo Research ToolsDescription Bacterial Protein Extraction Lysis Buffer (with Tris HCl) is a specialized bacterial protein extraction buffer designed for efficient disruption of bacterial cells and recovery of recombinant proteins from expression systems such as Escherichia coli. During bacterial protein preparation, incomplete cell disruption, poor protein solubilization, or inefficient separation of soluble proteins and inclusion bodies can reduce downstream

86–5000 pg/ml

the protein localizes principally to the cell nucleus and exhibits both nuclear and plasma membrane chloride ion channel activity

Magnetic particles (NND033)2–8 °C

Apr 2022] Swissprot No P08551 Gene Accession 18039 WB Predicted band size 62 kDa WB Positive control WB Recommended dilution 500-2000 IHC predicted cell location nan IHC positive control nan IHC Recommed dilution nan Storage

Cells can be expanded for 3-5 passages under the cell culture conditions specified by Cell Biologics

a tyrosine kinase domain

Full name SUMO2/SUMO3/SUMO4 rabbit polyclonal antibody Alternative names 50 μl/100 μl Reactivity rabbit polyclonal Applications WB

H-6015 Human Primary Proximal Tubular Epithelial Cells are supplied for research use only and are not intended for human use

GFP-Expressing Mouse Primary Artery Endothelial Cells from Cell Biologics are isolated from the artery tissue of pathogen-free laboratory C57BL/6 mice and grown in gelatin pre-coated tissue culture flask with Cell Biologics’ Complete Growth Medium

Staphylococcus intermedius Probe qPCR Kit is a PCR kit intended for research use in nucleic acid analysis under controlled laboratory conditions using probe-based real-time PCR

recover at least 40 μL eluate Automated run time rHCDpurify / rDNApurify program: ~50 minutes (plate-based automated run) Centrifugation speeds / times Cell-free sample concentration: 16000×g for 15 min

TAOK2 enables mitogen-activated protein kinase kinase binding activity