3) LpcReplyMessage域是一个指向LPCP_MESSAGE的指针,其中包含了LPC应答的消息 //Structure LPC_MESSAGE it's a header for all LPC messages. Any LPC message must contains at least 0x18 bytes length for LPC_MESSAGE header.typedefstruct_LPC_MESSAGE { USHORT DataLength; USHORT Length; USHORT MessageType...
Our eThread pipeline can scale to support a large number of sequences and is expected to be a viable solution for genome-scale structural bioinformatics and structure-based annotation, particularly, amenable for small genomes such as prokaryotes. The developed pipeline is easily extensible to other ...
Functional inference of low sequence identity is brought about by the structure based template methods. To model and understand these proteome scale functions, state of-the-art algorithms like eThread is used. They are compute intensive and demand effe cient and optimal use of the underlying ...
The basic structure of eThread is further illustrated with the simplest serial algorithm in Algorithm 1. First of all, all threading tools have a similar internal workflow, comprising preprocessing, two main tasks performed against chain and domain template libraries, and postprocessing tasks. The pre...
Engextcpp.h Extsfns.h Overview DEBUG_FAILURE_TYPE enumeration DEBUG_FLR_PARAM_TYPE enumeration EXT_ANALYSIS_PLUGIN callback function FA_ENTRY structure FA_ENTRY_TYPE enumeration FA_EXTENSION_PLUGIN_PHASE enumeration IDebugFAEntryTags interface
Tertiary structure prediction employs two protocols based on widely used modeling algorithms: Modeller and TASSER-Lite. As a part of eThread, we also developed eContact, which is a Bayesian classifier for the prediction of inter-residue contacts and eRank, which effectively ranks generated multiple ...
Thread is a metathreading protein structure modeling algorithm which is supported by ten independent single-threading algorithms whose computational complexity also depends on the number and size of the input sequences. In this thesis, Thread pipeline is developed on an extensible, scalable and ...
Our eThread pipeline can scale to support a large number of sequences and is expected to be a viable solution for genome-scale structural bioinformatics and structure-based annotation, particularly, amenable for small genomes such as prokaryotes. The developed pipeline is easily extensible to other ...