Gradziel K, Haider K, Kochmańska J, Malarczyk E, Trojanowski J
Acta Microbiol Pol. 1978;27(2):103-9.
Nocardia sp. which was isolated from soil is capable of degrading synthetic lignin and utilizing its monomer derivatives. Decomposition was monitored by measuring the 14CO2 evolved and O2 consumed, when the bacterium was grown on a medium containing specifically 14C-labeled ligning or monomer phenolic compounds as major carbon source. The time course of the 14CO2 release and O2 uptake indicates a significant depolymerization and utilization of lignin by the Nocardia sp.
从土壤中分离出的诺卡氏菌能够降解合成木质素并利用其单体衍生物。当该细菌在以特定的14C标记木质素或单体酚类化合物作为主要碳源的培养基上生长时,通过测量释放的14CO2和消耗的O2来监测分解情况。14CO2释放和O2摄取的时间进程表明诺卡氏菌对木质素进行了显著的解聚和利用。