Srikarthika Jambunathan
Email: abob66@r.postjobfree.com ? www.linkedin.com/in/srikarthikaj
Contact: +91-888-***-**** (Mobile)
Legal status: Citizen of USA
Career Objective
To gain a position in industry or academia, where I can contribute
with my skills in experimental design, organized work, trouble shoot
assays. Personal strengths include attention to detail, disciplined
efforts along with willingness to learn and being a team player.
Skills
> Biology: Mammalian cell and tissue culture. Stable cell line
development, transient transfections by electroporation or with
reagents and retrovirus, lentivirus, bacteria transformations.
Production, purification of lentivirus followed by infection of
cells with lentivirus. Culturing of different strains of E.coli
for various assays (protein expression, viral protein
expression)
> Molecular biology: Plasmid cloning, standard sub-cloning and
GATEWAY cloning, Vector design, creation, PCR, Real-Time PCR, RT-
PCR, RNA and mRNA extraction, Northern analysis, RNAi, shRNA
vector construction, Lentivirus infection of cells, Virus
production, SELEX assay to study protein-DNA interactions,
cryopreservation, DNA sequencing, Sequencing data analysis.
> Biochemistry: Protein extraction from mammalian cells to study
protein-protein interactions. Protein expression, isolation and
affinity purification of recombinant GST-, MBP- and His-tag
fusion proteins from different strains of E.coli, Silver
staining for protein detection. Tagged (FLAG-, myc-, HA-)
protein expression. SDS-PAGE, Western blots. Electromobility
gel shift assay (EMSA). Reporter (Luciferase) assay. In vitro
transcription and translation with rabbit reticulocyte and wheat
germ extract. Pulse-chase experiment, labeling nucleotides,
amino acids with radioisotopes 32P, 35S. Generating green
fluorescent (GFP) fusion proteins.
> Immunology: In situ immunofluorescence assay (IF),
immunocytochemistry (ICC), immunoprecipitation assay, co-
immunoprecipitation, chromatin immunoprecipitation assay (ChIP)
> In silico: Vector design and designing of primers. Amino acid
and nucleotide sequence analysis.
> Software tools: Seqscape sequencing data analysisExPASy, UCSC
Genome browser, BLAT, BLAST, Vector NTI. Adobe Photoshop, Word,
Excel, Powerpoint using both Macintosh and Windows platform,
Data management, Data entry
Professional Experience
Current status: Actively looking for a job that will complement with
my skills and experience in Cell and Molecular Biology. Open to a role
of Associate, Scientist /QC associate.
Boston University, Boston, MA
Research Associate 04/2010-
11/2011
Worked as a Research Associate at Boston University Medical Center.
Duties include lab management, organization, heading multiple
projects, ordering supplies and performing research experiments, data
analysis. Area of Research includes Diabetes and Obesity.
Accomplishments:
Constructed lentivirus-expressing vectors for infecting pre-adipocyte
cell lines (mouse and primary human cells).
Constructed shRNA lentiviral vectors for gene of interest. Generated a
stable cell line expressing shRNA against a gene of interest. Isolated
and purified virion particles and infected cells in culture.
University of Massachusetts Medical School, Worcester, MA
Postdoctoral Fellow
0 9/2007-01/2009
Conducted research on a novel zinc finger protein, NLZ1. Used SELEX
assay to determine the putative nucleotide sequence to which the NLZ1
zinc finger protein binds.
Accomplishments:
A stable neuronal cell line was developed that expresses a FLAG-NLZ1
fusion protein that will be used for ChIP assay followed by DEEP-
sequencing. A transgenic zebrafish line was generated that expresses
a myc-tagged NLZ1 fusion protein in order to study its role in
zebrafish hindbrain development.
Cleveland State University, Cleveland, OH
Research Assistant
2002-2006
Conducted research on the characterization of a novel ten-zinc fingers
protein ZXDC involved in Major Histocompatibility Complex class II
gene regulation.
Accomplishments:
Using mammalian cell culture, an ex vivo system, identified a post-
translational modification of the zinc finger protein, ZXDC as
SUMOylation.
Identified the single amino acid Lysine (659) of the ZXDC protein that
undergoes SUMOylation and demonstrated that SUMOylation enhances gene
transcriptional activity of the ZXDC protein. Also demonstrated that
SUMOylation does not interfere in protein-protein interactions between
the ZXDC protein and its binding partners.
Using the mammalian cell system showed that SUMOylation of the ZXDC
protein is important for transcriptional regulation of the Major
Histocompatibility Complex class II genes.
Education
Ph.D., Biological Sciences, 2006
Cleveland State University, Cleveland, OH
MS, Life Sciences, 1999
University of Mumbai, Mumbai, India
BS (Hons), Zoology, 1996
Sri Sathya Sai Institute of Higher Learning, AP, India
Publications
Jambunathan S, Yin J, Khan W, Puri V. 'FSP27 promotes lipid droplet
clustering and then fusion to regulate triglyceride accumulation',
2011 (Accepted, In Print, PLoS ONE)
Jambunathan S, and Joseph D Fontes, 'Sumoylation of ZXDC, a regulator
of MHC II transcription, affects the function of its transcriptional
activation domain.' Biol. Chem. 388, 965-72, 2007.
Al-Kandari W, Jambunathan S, Navalgund V, Koneni R, Freer M, Parimi N,
Mudhasani R, and Fontes JD. 'ZXDC, a novel zinc finger protein that
binds CIITA and activates MHC gene transcription.' Mol. Immunol.
44(4),311-21, 2007.
Al-Kandari W, Koneni R, Navalgund V, Aleksandrova A, Jambunathan S and
Joseph D. Fontes, 'The zinc finger proteins ZXDA and ZXDC form a
complex that binds CIITA and regulates MHC II gene transcription.' J.
Mol. Biol. 369(5),1175-87, 2007.