User:VishnuRaghuram: Difference between revisions
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== Vishnu Raghuram == | == Vishnu Raghuram == | ||
[[Image:vishnu.jpg]] | [[Image:vishnu.jpg|thumb|200px]] | ||
=== About === | === About === | ||
I am a Bioinformatics masters student at Georgia Tech. I am currently working in the[http://www.hammerlab.biology.gatech.edu/ Hammer Lab] where the organism of focus is the cholera causing pathogen ''Vibrio cholerae''. Previously, I was a trainee at [http://rgcb.res.in/cbb/ Rajiv Gandhi Institute of Biotechnology] where I received an introduction to basic Bioinformatics techniques and programming languages. I got my Bachelor's degree in Biotechnology at SRM University, India, where my research was focused on the molecular mechanism of neonatal sepsis. | I am a Bioinformatics masters student at Georgia Tech. I am currently working in the [http://www.hammerlab.biology.gatech.edu/ Hammer Lab] where the organism of focus is the cholera causing pathogen [https://en.wikipedia.org/wiki/Vibrio_cholerae ''Vibrio cholerae'']. Previously, I was a trainee at [http://rgcb.res.in/cbb/ Rajiv Gandhi Institute of Biotechnology] where I received an introduction to basic Bioinformatics techniques and programming languages. I got my Bachelor's degree in [http://www.srmuniv.ac.in/engineering/department-of-biotechnology/about-the-department Biotechnology at SRM University], India, where my research was focused on the molecular mechanism of neonatal sepsis. | ||
=== Projects at Hammer Lab === | === Projects at Hammer Lab === | ||
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I am currently working to computationally characterize the [https://en.wikipedia.org/wiki/Type_VI_secretion_system type VI secretion system] (T6SS) tip protein VgrG based on several physical and biological parameters. This is to understand the rules behind the types of effectors that can be accommodated in the tip protein. | I am currently working to computationally characterize the [https://en.wikipedia.org/wiki/Type_VI_secretion_system type VI secretion system] (T6SS) tip protein VgrG based on several physical and biological parameters. This is to understand the rules behind the types of effectors that can be accommodated in the tip protein. | ||
2. | 2. Type VI Genetic Architectures: | ||
I will also be working identifying the | Comparative genomics of T6 clusters in ''Vibrio'' species to observe the presence of different genetic architectures. | ||
3. ACDs in Human gut microbiome: | |||
I will also be working on identifying the presence of human gut residents with T6SS VgrGs containing Actin Cross-linking domains, and investigating their possible role in inducing gut peristalsis. | |||
=== Contact === | === Contact === | ||
Email: | Email: vraghuram7@gatech.edu | ||
Personal website: https://vishnu2894.wixsite.com/vishnuprofile | Personal website: https://vishnu2894.wixsite.com/vishnuprofile | ||
Latest revision as of 12:06, 2 March 2018
Vishnu Raghuram
About
I am a Bioinformatics masters student at Georgia Tech. I am currently working in the Hammer Lab where the organism of focus is the cholera causing pathogen Vibrio cholerae. Previously, I was a trainee at Rajiv Gandhi Institute of Biotechnology where I received an introduction to basic Bioinformatics techniques and programming languages. I got my Bachelor's degree in Biotechnology at SRM University, India, where my research was focused on the molecular mechanism of neonatal sepsis.
Projects at Hammer Lab
1. Understanding VgrG – effector pairs: A bioinformatics approach:
I am currently working to computationally characterize the type VI secretion system (T6SS) tip protein VgrG based on several physical and biological parameters. This is to understand the rules behind the types of effectors that can be accommodated in the tip protein.
2. Type VI Genetic Architectures:
Comparative genomics of T6 clusters in Vibrio species to observe the presence of different genetic architectures.
3. ACDs in Human gut microbiome:
I will also be working on identifying the presence of human gut residents with T6SS VgrGs containing Actin Cross-linking domains, and investigating their possible role in inducing gut peristalsis.
Contact
Email: vraghuram7@gatech.edu
Personal website: https://vishnu2894.wixsite.com/vishnuprofile