Abstract: The disclosure discloses a fatty acid synthase inhibitor and application thereof and belongs to the technical field of medical biology. The fatty acid synthase inhibitor of the disclosure can significantly inhibit the activity of fatty acid synthase without affecting normal expression, and adjust the ratio of fatty acids in cells. The fatty acid synthase inhibitor of the disclosure has a good tumor proliferation inhibitory effect, can arrest the growth cycle of tumor cells in the interphase, prevent tumor cell division, inhibit tumor cell proliferation, promote tumor cell apoptosis and exert a tumor treatment effect, can be used to treat tumors and metabolism related diseases, and has an important clinical application prospect.

Abstract: A method for preventing network attacks is provided, which includes: obtaining a data packet, where a source address of the data packet is a cryptographically generated address (CGA); determining that the obtained data packet includes a CGA parameter and signature information; authenticating the CGA parameter; authenticating the signature information according to the authenticated CGA parameter; and sending the data packet to a destination address when the signature information is authenticated. Accordingly, a device for preventing network attacks is also provided. A CGA parameter used by a data packet is directly used to ensure authenticity of a source address of the data packet, thus preventing network attacks performed by counterfeiting the address. In addition, by authenticating signature information, authenticity of identification of a sender of the data packet and bound address of the sender of the data packet are further ensured.

Abstract: A method for preventing network attacks is provided, which includes: obtaining a data packet, where a source address of the data packet is a cryptographically generated address (CGA); determining that the obtained data packet includes a CGA parameter and signature information; authenticating the CGA parameter; authenticating the signature information according to the authenticated CGA parameter; and sending the data packet to a destination address when the signature information is authenticated. Accordingly, a device for preventing network attacks is also provided. A CGA parameter used by a data packet is directly used to ensure authenticity of a source address of the data packet, thus preventing network attacks performed by counterfeiting the address. In addition, by authenticating signature information, authenticity of identification of a sender of the data packet and bound address of the sender of the data packet are further ensured.