Manisha Manickam mmanickam@vt.edu & | Advisor: Dr. Isis Mullarky, http://www2.dasc.vt.edu/faculty/mullarky/ •Proteomics: Characterized differential protein expression among commensal and pathogenic strains of Staphylococcus aureus using a novel proteomic technique, SILAC •in vitro cell culture: Identified the role of dendritic cells in development of memory T cells during S. aureus infection based on molecular markers using flow cytometry analysis •Mass Spectrometry analysis: Carried out Mass Spectrometry analysis of bacterial protein samples •Molecular Biology: Applied recombinant DNA and vector techniques for protein expression to study signal transduction in bacteria. •Computational modeling: Modeled the protein structure of Prostaglandin EP1 (PEP1) receptor responsive for colon cancer •Ligand docking: Designed antagonist ligand for PEP1 receptor using GOLD, FlexX at JNU Biocomputing facility.

Manisha Manickam

Advisor: Dr. Isis Mullarky, http://www2.dasc.vt.edu/faculty/mullarky/ •Proteomics: Characterized differential protein expression among commensal and pathogenic strains of Staphylococcus aureus...

United States

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Manisha Manickam’s Emails [email protected]

Manisha Manickam’s Phone Numbers No phone number available.

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Manisha Manickam’s Location United States

Manisha Manickam’s Expertise Advisor: Dr. Isis Mullarky, http://www2.dasc.vt.edu/faculty/mullarky/ •Proteomics: Characterized differential protein expression among commensal and pathogenic strains of Staphylococcus aureus using a novel proteomic technique, SILAC •in vitro cell culture: Identified the role of dendritic cells in development of memory T cells during S. aureus infection based on molecular markers using flow cytometry analysis •Mass Spectrometry analysis: Carried out Mass Spectrometry analysis of bacterial protein samples •Molecular Biology: Applied recombinant DNA and vector techniques for protein expression to study signal transduction in bacteria. •Computational modeling: Modeled the protein structure of Prostaglandin EP1 (PEP1) receptor responsive for colon cancer •Ligand docking: Designed antagonist ligand for PEP1 receptor using GOLD, FlexX at JNU Biocomputing facility.

Manisha Manickam’s Current Industry Virginia Tech

Manisha Manickam’s Prior Industry
Department of Biotechnology, Ministry of Science & Technology, Govt of India | Virginia Tech

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Work Experience

Virginia Tech

Graduate Research Assistant

Sat Aug 01 2009 00:00:00 GMT+0000 (Coordinated Universal Time) — Thu Dec 01 2011 00:00:00 GMT+0000 (Coordinated Universal Time)

Department of Biotechnology, Ministry of Science & Technology, Govt of India

Undergraduate Research Assistant

Sat Sep 01 2007 00:00:00 GMT+0000 (Coordinated Universal Time) — Tue Apr 01 2008 00:00:00 GMT+0000 (Coordinated Universal Time)

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FAQ About Manisha Manickam

Manisha Manickam is located at
United States

Manisha Manickam is a
Advisor: Dr. Isis Mullarky, http://www2.dasc.vt.edu/faculty/mullarky/ •Proteomics: Characterized differential protein expression among commensal and pathogenic strains of Staphylococcus aureus using a novel proteomic technique, SILAC •in vitro cell culture: Identified the role of dendritic cells in development of memory T cells during S. aureus infection based on molecular markers using flow cytometry analysis •Mass Spectrometry analysis: Carried out Mass Spectrometry analysis of bacterial protein samples •Molecular Biology: Applied recombinant DNA and vector techniques for protein expression to study signal transduction in bacteria. •Computational modeling: Modeled the protein structure of Prostaglandin EP1 (PEP1) receptor responsive for colon cancer •Ligand docking: Designed antagonist ligand for PEP1 receptor using GOLD, FlexX at JNU Biocomputing facility. Virginia Tech

Manisha Manickam currently works in the
Virginia Tech

Manisha Manickam specializes in
Advisor: Dr. Isis Mullarky, http://www2.dasc.vt.edu/faculty/mullarky/ •Proteomics: Characterized differential protein expression among commensal and pathogenic strains of Staphylococcus aureus using a novel proteomic technique, SILAC •in vitro cell culture: Identified the role of dendritic cells in development of memory T cells during S. aureus infection based on molecular markers using flow cytometry analysis •Mass Spectrometry analysis: Carried out Mass Spectrometry analysis of bacterial protein samples •Molecular Biology: Applied recombinant DNA and vector techniques for protein expression to study signal transduction in bacteria. •Computational modeling: Modeled the protein structure of Prostaglandin EP1 (PEP1) receptor responsive for colon cancer •Ligand docking: Designed antagonist ligand for PEP1 receptor using GOLD, FlexX at JNU Biocomputing facility.

Manisha Manickam speaks the following languages:
No languages available.

Manisha Manickam has prior experience in the following industries:
Virginia Tech , Department of Biotechnology, Ministry of Science & Technology, Govt of India

Manisha Manickam has the following professional experience:
Virginia Tech , Department of Biotechnology, Ministry of Science & Technology, Govt of India .