Abstract:
Embodiments provide an apparatus, a method, and a computer program for a mobile relay station transceiver. Embodiments may further provide a system and means for mass transportation. An apparatus (10) for a mobile relay station transceiver (100) in a mobile communication system (500) comprises a donor interface (12) operable to communicate with a donor base station transceiver (300) and an air interface (14) operable to communicate with a mobile transceiver (400). The apparatus (10) further comprises a relay interface (16) operable to communicate with another relay station transceiver (200).
Abstract:
The present invention describes use of spink6 gene and the encoded protein in the manufacture of an anti-tumor drug. spink6 gene has a nucleotide sequence designated as SEQ ID NO:1, and the protein encoded by spink6 gene has an amino acid sequence designated as SEQ ID NO:2. The protein encoded by spink6 gene and its derivatives can be used as potential drugs for treatment of human diseases caused by dysregulation of the cell cycle control, such as various malignant tumors, cell abnormal proliferation, and the like.
Abstract translation:本发明描述了在制造抗肿瘤药物中使用spink6基因和编码蛋白质。 spink6基因具有标记为SEQ ID NO:1的核苷酸序列,并且由spink6基因编码的蛋白质具有指定为SEQ ID NO:2的氨基酸序列。 由spink6基因及其衍生物编码的蛋白质可用作治疗由细胞周期控制失调引起的人类疾病的潜在药物,例如各种恶性肿瘤,细胞异常增殖等。
Abstract:
A system and method is provided for ensuring high availability for a distributed application. A management object manages multiple scenarios defined for protection units associated with a distributed application. The management object may coordinate various operations performed at the protection units based on management object configuration information.
Abstract:
Analytical chemical reagents termed non-signal imidazoles and a method for their use that provide a host of advantages for analysis of phosphomonoesters are described. The method and compounds of the invention provide a host of advantages for the analysis of phosphomonoester-containing compounds, namely characteristic, multi-analyte detection with high sensitivity and specificity of known and unknown phosphomonoester-containing compounds simultaneously.
Abstract:
Analytical chemical reagents termed non-signal imidazoles and a method for their use that provide a host of advantages for analysis of phosphomonoesters are described. The method and compounds of the invention provide a host of advantages for the analysis of phosphomonoester-containing compounds, namely characteristic, multi-analyte detection with high sensitivity and specificity of known and unknown phosphomonoester-compounds simultaneously.
Abstract:
Ultrasensitive detection of a chemical substance (analyte) by mass spectrometry is achieved by employing a molecular tag that yields an intense parent ion and then an intense daughter ion in a multi-stage mass spectrometer.
Abstract:
The present invention describes use of spink6 gene and the encoded protein in the manufacture of an anti-tumor drug. spink6 gene has a nucleotide sequence designated as SEQ ID NO:1, and the protein encoded by spink6 gene has an amino acid sequence designated as SEQ ID NO:2. The protein encoded by spink6 gene and its derivatives can be used as potential drugs for treatment of human diseases caused by dysregulation of the cell cycle control, such as various malignant tumors, cell abnormal proliferation, and the like.
Abstract:
A satisfiability checking system may include a single instruction, multiple data (SIMD) machine configured to execute multiple threads in parallel. The multiple threads may be divided among multiple blocks. The SIMD machine may be further configured to perform satisfiability checking of a formula including multiple parts. The satisfiability checking may include assigning one or more of the parts to one or more threads of the multiple threads of a first block of the multiple blocks. The satisfiability checking may further include processing the assigned one or more parts in the first block such that first results are calculated based on a first proposition. The satisfiability checking may further include synchronizing the results among the one or more threads of the first block.
Abstract:
Particular embodiment compile a C++ program having one or more input variables to obtain bytecode of the C++ program; compile a C++ library to obtain bytecode of the C++ library; symbolically execute the bytecode of the C++ program and the bytecode of the C++ library, comprising assign a symbolic input to each input variable of the C++ program; determine one or more execution paths in the C++ program; and for each execution path, construct a symbolic expression that if satisfied, causes the C++ program to proceed down the execution path; and generate one or more test cases for the C++ program by solving the symbolic expressions.