A two-step reduction method involving a temperature change during reaction is thus carried out for sample C.
The transfer from the insect vector to the mammalian host involves a temperature shift (TS) from ambient temperature to 37°C, and contact with the host cell molecules.
Our data demonstrate a concerted up-regulation of seven putative heat shock genes during the process of excystation, which in this case involves a temperature shock and other environmental changes.
Activity results indicated that the optimized experimental conditions involved a reforming temperature of close to 300 °C and the molar ratios of O2/EtOH and H2O/EtOH of 0.44 and 4.9, respectively.
The conditions of chromatography involved a column temperature of 60°C, an injection volume of 50 μL, and the elution with a mobile phase of 5 mM sulfuric acid at a flow rate of 0.6 mL/min.
12, 13, 15– 19 One case that called the medical community's attention to this 'rare but alarming complication' involved a reported peak temperature of 41.9°C following 800 micrograms of oral misoprostol given prophylactically.
Because the phage-based method for transposon delivery does not involve a high temperature plasmid curing step, mutant libraries retain insertions in temperature sensitive genes.
Taking advantage of the fact that the phage-based transposon delivery method does not involve a high temperature plasmid curing step, we also carried out a study of the genetic factors involved in withstanding temperature stress.
ImpE family proteins are known to be involved in a temperature dependent secretion of various organisms.
The system can be thought to be involved in a temperature dependent secretion, as it has proteins belonging to the imp family, which is known to be associated in a temperature dependent secretion.
