แปลแบบเข้าใจง่ายๆSome companies now

แปลแบบเข้าใจง่ายๆSome companies now marker microbial inocula, which are claimed to significantly increase the rate of biodegradation of oil pollutants Another approach has been to utilise and marker white-rot fungi such as Phanaerochytae chrysosporium, a widely used degrader of lignocellulosic matrrials organisms thatcan degrade such complex organic molecules, e.g. lignin, have wide of range of enzymic activities which are capable of degrading many of the most dangerous industrial pollutants, a.g. PCBs

ผลลัพธ์ (อังกฤษ) 1:

Translate a simple to understand Some companies now are microbial inocula marker which claimed to increase significantly, the rate of biodegradation of oil pollutants Another approach has been to utilise such as fungi and chrysosporium Phanaerochytae white-rot marker, a widely used degrader of lignocellulosic matrrials such degrade organic molecules thatcan complex organisms, e.g., wide range of lignin have of enzymic activities which are capable of degrading many of the most dangerous industrial pollutants, a.g. PCBs.

ผลลัพธ์ (อังกฤษ) 2:

TRANSLATION understand simple Some companies now marker microbial inocula, which are claimed to significantly increase the rate of biodegradation of oil pollutants Another approach has been to utilise and marker white-rot fungi such as Phanaerochytae chrysosporium, a widely used degrader of lignocellulosic matrrials organisms thatcan. degrade such complex organic molecules, eg lignin, have wide of range of enzymic activities which are capable of degrading many of the most dangerous industrial pollutants, ag PCBs.

ผลลัพธ์ (อังกฤษ) 3:

Translation: easy to understand Some companies now marker, microbial inocula which are claimed to significantly increase the rate of biodegradation. Of oil pollutants Another approach has been to utilise and marker white-rot fungi such as, Phanaerochytae Chrysosporium. A widely used degrader of lignocellulosic matrrials organisms thatcan degrade such complex organic molecules e.g. Lignin,,Have wide of range of enzymic activities which are capable of degrading many of the most dangerous, industrial pollutants. A.G. PCBs.