国家/地区 美国（6）
IPC部 A（5） C（5）
IPC大类 A61（5） C01（5） A01（4）
C12（4）
IPC小类 A61K（5） C01B（5） A01N（4）
C12P（4）
IPC A61K031/336（5） A01N043/20（4） C12P017/02（4）
C01B031/04（3） C01B032/198（3）
发明人 LAREF A（6）
公开年 2017（6）
申请年 2017（4）  2016（2） 
专利权人 UNIV KING SA.（6）

Inhibiting growth or proliferation of cancer cell involves contacting cancer cell with effective amount of reduced graphene oxide nanoparticles, where reduced graphene oxide nanoparticles produced by reduced graphene oxide.

AWAD M A G, HENDI A A, ORTASHI K M O, LAREF A

Inhibiting microbial activity involves administering effective amount of reduced graphene oxide nano-particles to site of microbial activity, where reduced graphene oxide nano-particles are produced by green synthesis.

AWAD M A G, HENDI A A, ORTASHI K M O, LAREF A

Synthesizing reduced graphene oxide silica nanocomposite by mixing Nigella sativa soot in acid, adding oxidant and seed extract, suspending nanoparticles in water, centrifuging suspension, adding solution and isolating nanocomposite.

AWAD M A G, HENDI A A, ORTASHI K M O, LAREF A

Green synthesis of reduced graphene oxide nanoparticles, comprises e.g. mixing carbon source in acid, adding oxidant into resultant, and stirring and adding Nigella sativa seed extract to resultant, and adding hydrogen peroxide to resultant.

AWAD M A G, HENDI A A, ORTASHI K M O, LAREF A

Synthesizing reduced graphene oxide comprises selecting carbonaceous material consisting of soot obtained directly from residual soot formed on cooking grills, mixing soot with acid, adding first oxidant, adding second oxidant and isolating.

AWAD M A G, HENDI A A, ORTASHI K M O, LAREF A, MADKHALI N A, ALDAKHIL H A, ALABBAS F Y M, JASSIM L

Performing green synthesis of reduced graphene oxide involves mixing a quantity of carbon source in an acid under stirring to obtain solution, where the obtained solution is added with first oxidant to oxidize the carbon source.

AWAD M A G, HENDI A A, ORTASHI K M O, LAREF A