Abstract: The disclosure relates to the use of 177Lu-lilotomab satetraxetan in the treatment of Non-Hodgkin lymphoma. Aspects included are specific administration patterns, with specific concentrations, pre-treatments and predosing.

Abstract: The present invention relates to altering the biomass and/or structure of a plant, in order to maximise its potential as a source of feedstock or increase its potential as a feedstock for the paper industry. CLE41 and/or CLE42 are used to manipulate growth and structure of the vascular tissue of the plant. The present invention also provides plants in which the levels of CLE41 and/or CLE42 are increased compared to those of a native plant grown under identical conditions, and parts of such plants. Also provided are methods for using such plants or plant parts in the production of plant derived products such as paper or biofuels.

Abstract: A method for manipulating the growth and/or structure of a plant, for increasing biomass by increasing the expression and/or activity of PXY and/or CLE in the vascular tissue of a plant. The method includes introducing into the plant a regulatory element which specifically directs expression of CLE in the vascular tissue of the plant, where expression and/or activity of CLE modified in the vascular tissue remains substantially unaltered in non-vascular tissue of the modified plant.

Abstract: The present invention relates to a method for manipulating the growth and/or structure of a plant, for increasing biomass. The method of the invention is achieved by increasing the expression and/or activity of PXY and/or CLE in the vascular tissue of a plant.

Abstract: The disclosure relates to the use of 177Lu-lilotomab satetraxetan in the treatment of Non-Hodgkin lymphoma. Aspects included are specific administration patterns, with specific concentrations, pre-treatments and predosing.

Abstract: The present invention relates to altering the biomass and/or structure of a plant, in order to maximise its potential as a source of feedstock or increase its potential as a feedstock for the paper industry. CLE41 and/or CLE42 are used to manipulate growth and structure of the vascular tissue of the plant. The present invention also provides plants in which the levels of CLE41 and/or CLE42 are increased compared to those of a native plant grown under identical conditions, and parts of such plants. Also provided are methods for using such plants or plant parts in the production of plant derived products such as paper or biofuels.

Abstract: The present invention relates to altering the biomass and/or structure of a plant, in order to maximize its potential as a source of feedstock or increase its potential as a feedstock for the paper industry. CLE41 and/or CLE42 are used to manipulate growth and structure of the vascular tissue of the plant. The present invention also provides plants in which the levels of CLE41 and/or CLE42 are increased compared to those of a native plant grown under identical conditions, and parts of such plants. Also provided are methods for using such plants or plant parts in the production of plant derived products such as paper or biofuels.

Abstract: The present invention relates to a method for manipulating the growth and/or structure of a plant, for increasing biomass. The method of the invention is achieved by increasing the expression and/or activity of PXY and/or CLE in the vascular tissue of a plant.

Abstract: The present invention relates to altering the biomass and/or structure of a plant, in order to maximise its potential as a source of feedstock or increase its potential as a feedstock for the paper industry. CLE41 and/or CLE42 are used to manipulate growth and structure of the vascular tissue of the plant. The present invention also provides plants in which the levels of CLE41 and/or CLE42 are increased compared to those of a native plant grown under identical conditions, and parts of such plants. Also provided are methods for using such plants or plant parts in the production of plant derived products such as paper or biofuels.

Abstract: A feedwell assembly for a thickener/clarifier includes a feedwell body, at least one infeed conduit connected at a downstream end to the body, and at least one spin or rotation inducement element disposed as part of the infeed conduit for imparting rotation or spin to a slurry stream fed to the feedwell body via the infeed conduit. The spin or rotation inducement element may be a fixed and rigid structural member such as a vane or baffle, or include actively operated elements. Multiple such spin or rotation inducement elements may be provided in various locations in or adjacent the infeed conduit.

Abstract: A system and method of conducting wireless communications between a wireless communication device (WCD) and both a first network (e.g., IS-2000) supporting voice and data services and a second network (e.g., IS-856) supporting packet data services. The method comprises providing the WCD with a primary transceiver and a secondary receiver for conducting wireless communications in a spatial diversity for the second network traffic or broadcast; disabling the secondary receiver and spatial diversity before a paging slot or 1x system acquisition and synchronization attempts; tuning the secondary receiver to a first network carrier frequency to perform first network activities; and retuning the secondary receiver to a second network carrier frequency for spatial diversity after performing the first network activities. The first network activities may include pilot set maintenance, overhead message maintenance, page match detection, or 1x system acquisition and synchronization attempts.

Abstract: Multiple applications sharing common resources are arbitrated such that failures resulting from unavailable resources can be avoided. Whenever an application (e.g., a data application) desires to perform an operation (e.g., PPP resynchronization) that requires the use of a shared resource (e.g., an RF receiver), a determination is made as to whether that resource is available. The operation may be delayed while the resource is unavailable. The application may be assigned the resource if it is available or becomes available and may then start the operation. The resource is locked while the operation is pending to avoid assignment to another application. The resource arbitration allows applications to complete their operations without encountering failures due to other applications taking over the resources.

Abstract: A method according to one embodiment of the invention monitors a paging channel from one wireless network during an active communications session with another wireless network.

Abstract: To access a first communication system, a terminal determines a transmission time for an access probe, an expected response time from the system, and a protected time interval based on the transmission time and/or expected response time. The terminal determines a starting time for sending the access probe such that the protected time interval does not overlap a tune-away interval in which the terminal is to monitor anther frequency/air-interface. This starting time may be set initially to the end of a prior access probe plus a pseudo-random wait duration and may be advanced forward or moved backward in time, if needed, by a time duration selected such that the protected time interval does not overlap the tune-away interval.

Abstract: A feedwell assembly for a thickener/clarifier includes a feedwell body, at least one infeed conduit connected at a downstream end to the body, and at least one spin or rotation inducement element disposed as part of the infeed conduit for imparting rotation or spin to a slurry stream fed to the feedwell body via the infeed conduit. The spin or rotation inducement element may be a fixed and rigid structural member such as a vane or baffle, or include actively operated elements. Multiple such spin or rotation inducement elements may be provided in various locations in or adjacent the infeed conduit.

Abstract: The present invention relates to altering the biomass and/or structure of a plant, in order to maximise its potential as a source of feedstock or increase its potential as a feedstock for the paper industry. CLE41 and/or CLE42 are used to manipulate growth and structure of the vascular tissue of the plant. The present invention also provides plants in which the levels of CLE41 and/or CLE42 are increased compared to those of a native plant grown under identical conditions, and parts of such plants. Also provided are methods for using such plants or plant parts in the production of plant derived products such as paper or biofuels.

Abstract: A system and method of improving wireless communications between a wireless communication device and both a first network supporting voice and data services and a second network supporting packet data services. The method comprises providing the WCD with a primary transceiver and a secondary receiver for conducting wireless communications in both a simultaneous-mode and a hybrid-mode; performing simultaneous-mode-to-hybrid-mode and hybrid-mode-to-simultaneous-mode transitions based on a performance metric; and evaluating the performance metric to determine whether to perform the mode transitions. In the simultaneous-mode, the primary transceiver conducts wireless communications in the second network and the secondary receiver conducts wireless communications in the first network. In the hybrid-mode, the primary transceiver use is time multiplexed during all of the first and second networks communications combinations.

Abstract: To access a first communication system, a terminal determines a transmission time for an access probe, an expected response time from the system, and a protected time interval based on the transmission time and/or expected response time. The terminal determines a starting time for sending the access probe such that the protected time interval does not overlap a tune-away interval in which the terminal is to monitor anther frequency/air-interface. This starting time may be set initially to the end of a prior access probe plus a pseudo-random wait duration and may be advanced forward or moved backward in time, if needed, by a time duration selected such that the protected time interval does not overlap the tune-away interval.

Abstract: To access a first communication system, a terminal determines a transmission time for an access probe, an expected response time from the system, and a protected time interval based on the transmission time and/or expected response time. The terminal determines a starting time for sending the access probe such that the protected time interval does not overlap a tune-away interval in which the terminal is to monitor anther frequency/air-interface. This starting time may be set initially to the end of a prior access probe plus a pseudo-random wait duration and may be advanced forward or moved backward in time, if needed, by a time duration selected such that the protected time interval does not overlap the tune-away interval.

Abstract: Techniques to efficiently attempt acquisition of a packet data system (e.g., an IS-856 system). If a terminal has acquired one or more channels in a voice/data system (e.g., an IS-2000 system), then it can attempt acquisition on channels in the packet data system that are co-located with the acquired channels in the voice/data system. Multiple acquisition modes may be used, and on-going acquisition attempts on the co-located channels may be performed using one acquisition mode at a time in order to reduce power consumption. Acquisition attempts may be performed in a “ping-pong” manner to improve the likelihood of acquisition. For a ping-pong search, an acquisition attempt is made on the most recently acquired channel prior to an acquisition attempt on each of the remaining channels. Received signal strength estimates may also be obtained for selected channels and may be used to determine whether or not to attempt acquisition on these channels.