CV Sharif Hala Feb - 2017
CV Sharif Hala Feb - 2017
CV Sharif Hala Feb - 2017
Career Objective
- To work in a challenging professional research position, which in-turn
will offer interesting prospects of growth, progress and exciting
advancement
Profile
- To utilize my interpersonal and distinguished communication skills,
determination, international collaborative networks and lab skills in
joining a research team to contribute to their research complex genetic
traits in relations to diseases.
Research Experience
The combined laboratory and research
projects/experience yield a total of nine years.
Research Projects
Next Generation Sequencing (NGS) based metagenomics and
targeted genomic analysis of microbial communities present in
various patient-derived aspirations, bodily fluids, or bacterial/fungal
isolates from patients at the MNGHA.
The use of femtosecond near infrared laser microscopy for targeted
transfection of different somatic mammalian cells as well as adipose
derived stem cells with non-viral vectors containing transcription
factors (Oct4, Sox2 and Klf4) individually into induced pluripotent
stem cell generation.
Generation of the induced pluripotent stem cell using non-viral
methods (Originally generated by S.Yamanka the NOBEL prize winner
2012 on the generation of Human iPSCs) by electroporation of three
plasmids containing embryonic reprogramming factors (Oct4, Sox2
and Klf4) and detection plasmid as green fluorescent protein. This
project involved the use of LSM710 confocal/multiphoton microscope
and Becton Dickson Pathway.
2
Differentiation of human induced pluripotent stem cells into
mesodermal linage into chondrocyte to form cartilage for future
clinical trials. The project aimed to employ this novel embryonic stem
cell-like resource to promote chondrogenic differentiation using a new
pluripotent and possibly autologous source.
A genome-wide scan (GWAS) of 3500 osteoporotic females
investigation: An association study of NADSYN1 gene was
investigated using different single nucleotide polymorphisms to
determine the effect of vitamin D serum levels and different
mutations within the NADSYN1. This project was carried out at the
Institute of Medical Science in University of Aberdeen.
At the Institute of Medical Science in University of Aberdeen: The
project involved general lab skills, cell culture and statistical analysis
through studying the effect of drug mixtures against Candida species
such as: Caspofungin. The drugs concentrations were compared
against growth, cell number and other parameters to determine the
effect and differences on fungal species.
Skills
Statistical analysis of cultural and genetic studies including:
- Polymerase chain reaction (PCR), Real time PCR and Quantitative PCR,
protein purification, identification and quantification (e.g SDS-PAGE,
Two-Hybrid system)
3
- Microsoft office, endnote, refworks, SPSS and iWORK. Several other
programs including MAC/Linux system programs
- Email (outlook, Mail, Firefox) and Internet world wide web search
Managing and supervising molecular biology, wet and dry lab with
high efficiency and under tight health and safety rules and regulations
Publications
- Protective effect of metoclopramide against organophosphate-
induced apoptosis in the murine skin fibroblast L929.
Jaber BM, Petroianu GA, Rizvi SA, Borai A, Saleh NA, Hala SM, Saleh
4
AM
- Poster and oral presentation at the Annual Symposium of Stem Cell – Oxford 2011
Oral Presentation
Rewards
5
- High School Student of the Year (1998)
- Prize for excellence of research from United Kingdom Cultural Buru (2011)
- The Royal Prize for Science and Achievment - honored by the Saudi
Ambassador Prince Muhammed Bin Nawaf Al-Abdulaziz for excellence in
British and Irish universities (2012-2013)
- Certificates of appreciation and various prizes from the MNGHA and KSAU-
HS
References