Each type of bacteria in the environment can have different degradation compounds to be used as a carbon source for growth. Which in nature, can be found bacteria live in the soil around plant roots than other Areas. Bacteria around the roots of many plants, it is effective to digest contaminants in the soil and improves the efficiency of plants to absorb toxins. Study on which had reports of Kunchaya Setkit et al., (Kunchaya Setkit, 2014) Studied bacterium Micrococcus SP MU1 Micrococcus sp. MU1, a Cd-resistant PGPR, promoted the plant growth and Cd accumulation in the roots and above-ground tissues of Helianthus annuus L.. It also increased phytoextraction coefficient and translocation of Cd from the roots to the above-ground tissues. Repeated soil inoculation with the Micrococcus sp. MU1 provided continuous enhancement of Cd phytoextraction efficiency. Our findings suggested that a combined approach using Micrococcus sp. MU1 and H. annuus L. for Cd phytoextraction is an alternative strategy to reclaim Cd-polluted areas.