Sp-Octyl-(8-Chloroadenosine)-3’,5’-Cyclophosphate (OCC), a newlysynthesized cAMP analog, strongly induces growth inhibition and differentiation in human promyelocytic leukemia HL-60 cells. The effect of OCC is dose-...Sp-Octyl-(8-Chloroadenosine)-3’,5’-Cyclophosphate (OCC), a newlysynthesized cAMP analog, strongly induces growth inhibition and differentiation in human promyelocytic leukemia HL-60 cells. The effect of OCC is dose-time dependent. By using the LKB2277 Bioactivity Monitor,we determined the heat production rate of HL-60 cells treated by OCC at different concentrations. It was found that the heat production rate of HL-60 cell treated by OCC gradually decreased to that of normal human neutrophiles.展开更多
The bacterial growth thermogram curves under different acidities were determined.Fromthese thermogram curves, the growth rate constants(k) at different acidities were calculated andthe equation correlating of k with P...The bacterial growth thermogram curves under different acidities were determined.Fromthese thermogram curves, the growth rate constants(k) at different acidities were calculated andthe equation correlating of k with PH could be established.ftom these k-pH equations,the optimum acidity of bacteria growth could be obtained. These models provide a good method for thestudy of the metabolism of bacteria.展开更多
文摘Sp-Octyl-(8-Chloroadenosine)-3’,5’-Cyclophosphate (OCC), a newlysynthesized cAMP analog, strongly induces growth inhibition and differentiation in human promyelocytic leukemia HL-60 cells. The effect of OCC is dose-time dependent. By using the LKB2277 Bioactivity Monitor,we determined the heat production rate of HL-60 cells treated by OCC at different concentrations. It was found that the heat production rate of HL-60 cell treated by OCC gradually decreased to that of normal human neutrophiles.
文摘The bacterial growth thermogram curves under different acidities were determined.Fromthese thermogram curves, the growth rate constants(k) at different acidities were calculated andthe equation correlating of k with PH could be established.ftom these k-pH equations,the optimum acidity of bacteria growth could be obtained. These models provide a good method for thestudy of the metabolism of bacteria.
