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But if we want to continue helping the world’s biggest brands reimagine what is possible online, we need talented and driven individuals who are looking for the chance to make a real and tangible impact. Our Node.js, Kafka, Java, Python, Go pipeline is impressive!) We are solving some really complex problems with web server scale, algorithms on the client side, research of different OS’s and APIs, managing multi million users products and more.Our laboratory is developing bioinformatics methods, stand-alone and web-based software for the analysis of various types of genomic data and applying these methods to genome research.We do this by utilizing a variety of methods from statistics, information theory, classification/pattern recognition, and data mining (Figure 1). Upon changes in environment, the protein backbone can undergo significant conformational transitions (Figure 2).Similar Web Data Analysis Group is leveraging big data tools and machine learning algorithms to provide deep and advanced insights to our customers.
Similar Web provides granular insights about any website or app across all industries in every region enabling the world's biggest brands like Airbnb, Walmart, HSBC, e Bay and adidas to create the strategies necessary to win market share.The company has raised over 2M and has nearly 400 employees across eight global offices. At Similar Web you have the opportunity to work with it on a petabyte scale!Similar Web has been named one of 15 Israeli Startups to Watch in 2017 and one of Business Insider’s Top 50 Enterprise Startups to Bet Your Career On. As part of the team you will support everything from our multi million client side panel across all platforms through our massive ingest pipeline (Big data starts with ingesting even bigger data.Proteins that interact with DNA are involved in a number of fundamental biological activities such as DNA replication, transcription, and repair (Figure 4).A reliable identification of DNA-binding sites on DNA-binding proteins is important for functional annotation, site-directed mutagenesis, and modeling protein-DNA interactions.
Macromolecular flexibility is an important structural property of proteins and is involved in a variety of fundamental biological activities.