Pyruvate accelerates palladium reduction by regulating catabolism and electron transfer pathway in .

is a model strain of the electrochemical active bacteria (EAB) because of its strong capability of extracellular electron transfer (EET) and genetic tractability. In this study, we investigated the effect of carbon sources on EET in by using reduction of palladium ions (Pd(II)) as a model and found that pyruvate greatly accelerated the Pd(II) reduction compared with lactate by resting cells. Both Mtr pathway and hydrogenases played a role in Pd(II) reduction when pyruvate was used as a carbon source.

Reduction pathway and mechanism of chloronitrobenzenes synergistically catalyzed by bioPd and Shewanella oneidensis MR-1 assisted by calculation.

Although microbial synthesized palladium nanoparticles (bioPd) have been demonstrated to exhibit a great activity toward dechlorination of several chlorinated pollutants, there is no systematic investigation into the substituent effect on dechlorination. Chloronitrobenzenes are widely used for manufacturing and known as persistent pollutants with recalcitrance of biodegradation for nitro groups. In this work, bioPd was synthesized by Shewanella oneidensis MR-1.

[Early screening of cerebral palsy during infancy using 'Infant Motor Malfunction Profile' in the communities of two cities].

Objective: To evaluate the prospective validity and predictive value of cerebral palsy during infancy, using 'Infant Motor Malfunction Profile'.

Methods: Items of motor milestone in the profile was used as the first step to screen cerebral palsy on 8137 infants who were screened at 3, 6, 9, 12 months of age. The positive cases who had one of 7 developmental abnormal motor milestone items were examined using the items of primitive reflexes or postural reaction as the secondary step of cerebral palsy screening.