乙酰丙.酮氧钛(IV),Titanium(IV) oxyac

Transition Metal Methods for Immobilization of Enzymes and Cells

The use of transition metal chemistry for the immobilization of biological molecules is long established and well documented (1 –17 ). This method is based on the chelation properties of transition metals, namely titanium(IV) and zirconium

线粒体荧光探针大全：TMRM，Mitotracker，JC-1

has been used with a variety of cell types such as presynaptic nerve terminals,57 live bacteria,58,59 plants 60,61 and human spermatozoa.62 Using flow cytometry, researchers employed rhodamine 123 to sort respiratory-deficient yeast cells 63,64 and to isolate

Detection and Analysis of Protein‐Protein Interactions of Organellar and Prokaryotic Proteomes by Blue Native and Colorless Native Gel Electrophoresis

d 8.79 ml 8.6 ml 8.42 ml 8.23 ml 8.05 ml 7.67 ml Light gel buffer 5 ml 5 ml 5 ml 5 ml 5 ml 5 ml Gel A/B 1.02 ml 1.18 ml 1.35 ml 1.52 ml 1.69 ml 2.03 ml Gel A 110 µl 129 µl 147 µl 165 µl 183 µl 221 µl TEMED 7.64 µl 7.5 µl 7.36 µl 7.23 µl 7.09 µ