The utility model relates to a glass gene chip for detecting six bacteria carried in furs, wherein the problem that bacteria carried in furs cannot be detected high throughput and fast is effectively solved. The technical scheme is that the glass gene chip for detecting bacteria carried in furs comprises a glass substrate, amination modified oligonucleotides probes and hybrid quality control reference dot coatings which are distributed on the substrate, wherein a formylated processing layer covers the glass substrate, a mark zone is formed on one end of the glass substrate, one to twelve detecting arrays are arranged on the formylated processing layer, the dot coatings are on the detecting array and are arrayed parallelly and vertically in 18 lines horizontally and ten rows longitudinally, and the dot coatings are circular and comprise a dispensing quality controlled probe dot coating, a positive hybrid quality controlled probe dot coating, a bacteria oligonucleotides probe dot coating, a blank sample dispensing liquid reference dot coating and a water reference dot coating. The glass gene chip disclosed by the utility model is simple in structure, novel and unique, and capable of detecting the bacteria carried in furs high throughput and fast.