Rumyantsev
Alexander Rumyantsev, Somerville, MA US
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20100034849 | Recombinant Bicistronic Flavivirus Vectors - This invention relates to bicistronic flavivirus vectors, methods of using such vectors in the prevention and treatment of disease, and methods of making such vectors. | 02-11-2010 |
Alexander A. Rumyantsev, Somerville, MA US
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20100255028 | Flavivirus Vaccine Vector Against Influenza Virus - This invention relates to chimeric flavivirus vectors that can be used, for example, in the prevention and treatment of influenza virus infection, compositions including such viral vectors, and methods employing the vectors. | 10-07-2010 |
20110003884 | Viral Vectors and Methods of Use - This invention relates to viral vectors and methods employing these vectors. The vectors of the invention can be base on flaviviruses, such as chimeric flavi viruses, which may be used to deliver heterologous antigens, such as influenza virus antigens. | 01-06-2011 |
20110135686 | Replication-Defective Flavivirus Vaccines and Vaccine Vectors - This invention provides replication-defective flavivirus vaccines and vaccine vectors, and corresponding compositions and methods. | 06-09-2011 |
20120128713 | Replication-Defective Flavivirus Vaccine Vectors Against Respiratory Syncytial Virus - Replication-defective vaccine vectors against respiratory syncytial virus (RSV) are disclosed. Corresponding compositions and methods employing the vaccine vectors are also disclosed. | 05-24-2012 |
20130295134 | RECOMBINANT BICISTRONIC FLAVIVIRUS VECTORS - This invention relates to bicistronic | 11-07-2013 |
Alexander A. Rumyantsev, Cambridge, MA US
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20100184832 | Construction of Recombinant Virus Vaccines by Direct Transposon-Mediated Insertion of Foreign Immunologic Determinants into Vector Virus Proteins - The invention provides viral vectors, such as chimeric flavivirus vectors, including foreign peptides inserted into the target proteins of the vectors, methods of making and using these vectors, and compositions including the vectors. | 07-22-2010 |
Alexander Sergeevich Rumyantsev, Saint-Petersburg RU
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20140046996 | UNIFIED COMPUTATION SYSTEMS AND METHODS FOR ITERATIVE MULTIPLICATION AND DIVISION, EFFICIENT OVERFLOW DETECTION SYSTEMS AND METHODS FOR INTEGER DIVISION, AND TREE-BASED ADDITION SYSTEMS AND METHODS FOR SINGLE-CYCLE MULTIPLICATION - A unified computation unit for iterative multiplication and division may include an architecture having a unified integer iterative multiplication and division circuit. A method may include a device receiving a dividend and a divisor for a division operation, separating the dividend into two parts based on the determining, and evaluating whether an overflow situation exists based on the two parts. A single-cycle multiplication unit may include a multi-operand addition schema for partial products compression that implements tree-based addition methods for single-cycle multiplication operations. | 02-13-2014 |
Andrey Leonidovich Rumyantsev, St. Peterburg RU
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20110022979 | FIELD DEVICE CONFIGURATION SYSTEM - A system to configure a field device of the type used to calculate a flow of a process fluid. The system includes a flow repository comprising a list of process fluids with which the field device can be used, fluid equation data which provides information related to fluid equations for calculating fluid parameters of the process fluid, a list of primary elements, and primary element equation data which provides information related to primary element equations and fluid equations for calculating flow of the process fluid. The flow application is adapted to retrieve data from the flow repository and to generate information which is used by field device to calculate the flow of the process fluid. | 01-27-2011 |
Oleg Rumyantsev, Stanford, CA US
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20150053870 | MULTI-FOCI LASER SCANNING MICROSCOPE AND USE OF SAME FOR ANALYZING SAMPLES - A multi-foci laser scanning microscope generates a set of time-multiplexed beams that are simultaneously scanned over multiple scan areas of the sample to be observed. A photodetector array associated with the beams detect fluorescence signals from the sample. A processor processes output signals from the photodetector array based on the time-multiplexing of the beams to provide a much wider field of view and reduced crosstalk between neighboring scan areas for more accurate imaging. | 02-26-2015 |