Brain Blooming / Data Intensive Age in Life Sciences: Next Generation SequencingBrain Blooming / Data Intensive Age in Life Sciences: Next Generation SequencingBrain Blooming / Data Intensive Age in Life Sciences: Next Generation SequencingBrain Blooming / Data Intensive Age in Life Sciences: Next Generation Sequencing
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  • RESEARCH CENTERS
  • CORE FACILITIES
    • Advanced Microscopy
    • Cell Culture
    • Molecular Cell Biology
    • Proteomics
    • Drug Discovery
    • Bioinformatics
    • Biomaterials
    • Electrophysiology and Behavior
    • Cognitive Neuroscience
    • Animal House
  • PEOPLE
    • Administration
    • Group Leader
    • Transition Scientist
    • Early Career Researchers
    • Students
  • EVENTS
    • Event Calendar
    • Critical Mind
    • SABITALKS
    • InFocus
    • CROSSTALKS
    • MODAS WS
    • SABITA Podcast
    • Social
  • ABOUT US
    • Our Mission
    • Gender Equality Policy

Brain Blooming / Data Intensive Age in Life Sciences: Next Generation Sequencing

 

7 February 2017, at 14 o’clock, Dr. Erkan Karabekmez from Istanbul University is going to be at REMER Seminar Room.

What about topic of seminar?

Next-generation sequencing (NGS) technology has led to an unrivaled explosion in the amount of genomic data and this escalation has collaterally raised the challenges of sharing, archiving, integrat- ing and analyzing these data. The scale and efficiency of NGS have posed a challenge for analysis of these vast genomic data, gene interactions, annotations and expression studies. However, this lim- itation of NGS can be safely overcome by tools and algorithms using big data framework. Based on this framework, here we have reviewed the current state of knowledge of big data algorithms for NGS to reveal hidden patterns in sequencing, analysis and annotation, and so on.

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