Abstract: A system, method and computer program product are provided for prioritized network security. Initially, a risk assessment scan is conducted for identifying vulnerabilities on a network device. Next, network communications are identified that exploit the vulnerabilities identified by the risk assessment scan before identifying network communications that exploit other vulnerabilities. In other words, network communications are monitored for identifying any exploitation of the vulnerabilities identified by the risk assessment scan before identifying any exploitation of other vulnerabilities.

Abstract: A system, method and computer program product are provided. Initially, data is received from a remote source which is destined for a target. A portion of such data is discarded based on a predetermined set of rules utilizing a firewall. Further, the data is compared to a predetermined list of data associated with attacks utilizing an intrusion detection system. Based on the comparison, some of the data is marked as hostile. The data that is marked as hostile is then acted upon in order to prevent an attack.

Abstract: Methods for treatment of diseases, including human immunideficiency virus infection, are provided. The disease are treated by administering conjugates containing as a ligand a chemokine receptor targeting agents, such as a chemokine, and a targeted agent, such as a toxin.

Abstract: A system and associated method/computer program product are provided including an intrusion detection tool for determining whether network communications violate at least one of a plurality of policies. Such policies are defined to detect potential attacks in the network communications. Further included is a vulnerability assessment scanning tool coupled to the intrusion detection tool. The vulnerability assessment scanning tool is adapted for performing a vulnerability assessment scan for identifying vulnerabilities.

Abstract: A system, method and computer program product are provided. Commands are received for executing a risk-assessment scan from a remote computer utilizing a network. The commands are processed on a local computer utilizing an agent. Further, the risk-assessment scan is performed on the local computer in accordance with the processed commands to remotely detect local vulnerabilities on the local computer. Such agent includes a plurality of risk-assessment modules. Further, the commands execute the risk-assessment modules in a specific manner that is configured at the remote computer.

Abstract: Methods for selecting and identifying modified toxins and conjugates thereof are provided. The methods are select for toxins that exhibit reduced toxicity to the host cell in which they are expressed. Methods of increasing production of toxins, such as the modified toxins, or conjugates thereof, also are provided. In particular, in the methods the toxins, or conjugates thereof, are produced in the presence of an inhibitor molecule. Also provided, are modified toxins and conjugates thereof. Such conjugates can be used in the treatment of various disease or disorders associated with proliferation, migration, and physiological activity of cells involved in immune or inflammatory responses.

Abstract: A system and associated method/computer program product are provided including an intrusion detection tool for determining whether network communications violate at least one of a plurality of policies. Such policies are defined to detect potential attacks in the network communications. Further included is a vulnerability assessment scanning tool coupled to the intrusion detection tool. The vulnerability assessment scanning tool is adapted for performing a vulnerability assessment scan for identifying vulnerabilities.

Abstract: Nucleic acid moleucles that encode conjugates containing as a ligand a chemokine receptor targeting agent, such as a chemokine, and a targeted agent, such as a toxin are provided. These conjugates are used to treat inflammatory responses associated with activation, proliferation and migration of immune effector cells, including leukocyte cell types, neutrophils, macrophages, and eosinophils.

Abstract: Conjugates containing as a ligand chemokine receptor targeting agents, such as chemokines, and a targeted agent, such as a toxin are provided. These conjugates are used to treat inflammatory responses associated with activation, proliferation and migration of immune effector cells, including leukocyte cell types, neutrophils, macrophages, and eosinophils. The conjugates provided herein are used to lessen or inhibit these processes to prevent or at least lessen the resulting secondary effects. In particular, the conjugates can be used to target toxins to receptors on secondary tissue damage-promoting cells. The ligand moiety can be selected to deliver the cell toxin to such secondary tissue damage-promoting cells as mononuclear phagocytes, leukocytes, natural killer cells, dendritic cells, and T and B lymphocytes, thereby suppressing the proliferation, migration, or physiological activity of such cells.

Abstract: Conjugates containing as a ligand a chemokine receptor targeting agents, such as chemokines, and a targeted agent, such as a toxin are provided. These conjugates are used to treat inflammatory responses associated with activation, proliferation and migration of immune effector cells, including leukocyte cell types, neutrophiles, macrophages, and eosinophils. The conjugates provided herein are used to lessen or inhibit these processes to prevent or at least lessen the resulting secondary effects. In particular, the conjugates are used to target toxins to receptors on secondary tissue damage-promoting cells. The ligand moiety can be selected to deliver the cell toxin to such secondary tissue damage-promoting cells as mononuclear phagocytes, leukocytes, natural killer cells, dendritic cells, and T and B lymphocytes, thereby suppressing the proliferation, migration, or physiological activity of such cells.

Abstract: A system, method and computer program product are provided for detecting modifications to risk assessment scanning caused by an intermediate device. Initially, a risk assessment scan is initiated on a target from a remote source utilizing a network. Next, it is determined whether the risk assessment scan involves an intermediate device coupled between the target and the remote source. Results of the risk assessment scan are then received from the target utilizing the network. If it is determined that the risk assessment scan involves the intermediate device, an administrator is notified for executing additional security measures.

Abstract: A system, method and computer program product are provided for executing a risk-assessment scan with a variable timeout duration which is set based on network conditions. Initially, network conditions are measured in a network coupled between a source and a target. Subsequently, a risk-assessment scan is executed on the target from the source. A timeout is performed prior to making a determination that the target is failing to respond to the risk-assessment scan. Such timeout includes a variable duration which is set as a function of the measured network conditions.

Abstract: A system, method and computer program product are provided for remotely detecting vulnerabilities on a local computer. Initially, an agent is installed on a local computer for receiving encrypted commands from a remote computer utilizing a network. Next, the commands are decrypted and processed on the local computer utilizing the agent. A risk-assessment scan is then performed on the local computer utilizing the agent in accordance with the processed commands for the purpose of remotely detecting local vulnerabilities on the local computer.

Abstract: A system, method and computer program product are provided for minimizing the duration of a risk-assessment scan. Initially, a plurality of risk-assessment modules are selected each including vulnerability checks associated with a risk-assessment scan. Thereafter, a first set of ports is determined. Such first set of ports is required for communicating with network components subject to the risk-assessment modules associated with the risk-assessment scan. A port scan is subsequently executed on the first set of ports. Based on such port scan, a second set of ports is determined which includes ports unavailable for communicating with the network components subject to the risk-assessment modules associated with the risk-assessment scan. The risk-assessment modules associated with the second set of ports may then be disabled to minimize the duration of the risk-assessment scan.

Abstract: Nucleic acid moleucles that encode conjugates containing as a ligand a chemokine receptor targeting agents, such as chemokines, and a targeted agent, such as a toxin are provided. These conjugates are used to treat inflammatory responses associated with activation, proliferation and migration of immune effector cells, including leukocyte cell types, neutrophils, macrophages, and eosinophils.

Abstract: A system, method and computer program product are provided for scanning a source of suspicious network communications. Initially, network communications are monitored for violations of policies. Then, it is determined whether the network communications violate at least one of the policies. Further, a source of the network communications that violate at least one of the policies is identified. Upon it being determined that the network communications violate at least one of the policies, the source of the network communications is automatically scanned.

Abstract: A system, method and computer program product are provided for detecting attacks on a network. Initially, data is received from a remote source which is destined for a target. A portion of such data is then discarded based on a predetermined set of rules utilizing a firewall which is coupled to the remote source. Remaining data is subsequently passed to an intrusion detection system coupled between the firewall and the target. Such data is parsed to identify data representing text (i.e. ASCII or UNICODE text) therein utilizing the intrusion detection system. Thereafter, the data representing text- is compared to a predetermined list of data representing text-associated with attacks utilizing the intrusion detection system. Based on the comparison, some of the data representing text are marked as hostile. The data representing text-that are marked as hostile are then acted upon in order to prevent an attack.

Abstract: Nucleic acid moleucles that encode conjugates containing as a ligand a chemokine receptor targeting agents, such as chemokines, and a targeted agent, such as a toxin are provided. These conjugates are used to treat inflammatory responses associated with activation, proliferation and migration of immune effector cells, including leukocyte cell types, neutrophils, macrophages, and eosinophils.

Abstract: A modular, retrofittable, and portable drain water recycle system, for installation into, and removal from, an existing host plumbing system having a host water supply, a sink, a tub or shower, a toilet, and a sewer. The modules include a drain fixture module, a system control module, and a storage tank module, all interconnectable. Gray water is collected from a tub, shower, or sink, by a drain fixture module, and is stored in a storage tank module for reuse in flushing a toilet. The drain fixture module and storage tank module are controlled by the system control module. Capacity can be altered by adding or removing storage tank modules. Different host systems can be accommodated by adding or removing drain fixture modules and system control modules. Drain fixture modules replace or are installed nearby existing P-traps, normally accessible. Storage tank modules and system control modules are of such shape and size as to fit under a typical sink inside the sink cabinet.

Abstract: A modular, retrofittable, and portable drain water recycle system, for installation into, and removal from, an existing host plumbing system having a host water supply, a sink, a tub or shower, a toilet, and a sewer. The modules include a drain fixture module, a system control module, and a storage tank module, all interconnectable. Gray water is collected from a tub, shower, or sink, by a drain fixture module, and is stored in a storage tank module for reuse in flushing a toilet. The drain fixture module and storage tank module are controlled by the system control module. Capacity can be altered by adding or removing storage tank modules. Different host systems can be accommodated by adding or removing drain fixture modules and system control modules. Drain fixture modules replace or are installed nearby existing P-traps, normally accessible. Storage tank modules and system control modules are of such shape and size as to fit under a typical sink inside the sink cabinet.