User:Dileep D. Monie: Difference between revisions
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==Research Interests== | ==Research Interests== | ||
# Basic Synthetic Biology | # Basic Synthetic Biology | ||
## Epigenetics - Manipulating chromatin structures | ## Epigenetics - Manipulating chromatin structures as a form of wetware programming in eukaryotic systems | ||
## Biocircuits - Designing devices and chassis for cellular computation and communications | ## Biocircuits - Designing devices and chassis for cellular computation and communications | ||
## Virology - Engineering viruses and pseudoviruses to deliver biological parts | ## Virology - Engineering viruses and pseudoviruses to deliver biological parts to cellular systems | ||
# Applied Synthetic Biology | # Applied Synthetic Biology | ||
## Immunology - Defining the theoretical framework and designing components for an artificial immune system | ## Immunology - Defining the theoretical framework and designing components for an artificial immune system | ||
## Astrobiology - Engineering sensory devices and energy pathways for extreme environments | ## Astrobiology - Engineering sensory devices and energy pathways for extreme environments | ||
## Biocomputing - Exploring silicon-based hardware-wetware communications interface | ## Biocomputing - Exploring silicon-based hardware-wetware communications interface | ||
# Biosecurity | |||
## Policy - Balancing the needs of an open hacker community with access restrictions | |||
## Countermeasures - Creating fail-safe measures for synthetic biology abuses | |||
==Current Projects== | ==Current Projects== | ||
Revision as of 15:47, 23 March 2008
Contact Info
- Dileep D. Monie
- Johns Hopkins University
- Baltimore, MD, USA
- Email me through OpenWetWare
I work in the Wilmer Eye Institute at the JHU School of Medicine. I learned about OpenWetWare from the 24C3 Endy lecture, and I've joined because I am interested in contributing to the BBF Technical Standards.
Research Interests
- Basic Synthetic Biology
- Epigenetics - Manipulating chromatin structures as a form of wetware programming in eukaryotic systems
- Biocircuits - Designing devices and chassis for cellular computation and communications
- Virology - Engineering viruses and pseudoviruses to deliver biological parts to cellular systems
- Applied Synthetic Biology
- Immunology - Defining the theoretical framework and designing components for an artificial immune system
- Astrobiology - Engineering sensory devices and energy pathways for extreme environments
- Biocomputing - Exploring silicon-based hardware-wetware communications interface
- Biosecurity
- Policy - Balancing the needs of an open hacker community with access restrictions
- Countermeasures - Creating fail-safe measures for synthetic biology abuses
Current Projects
My wet lab contributions are documented in my OWW Notebook.
