Ch Mashhood Chaudhary Alam Alam
Principal Consultant @Ingenious e-Brain
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WORK HISTORY
Principal Consultant @Ingenious e-Brain
Gurugram, IN
I am proficient in conducting market access, and competitive intelligence studies across chronic/acute therapy areas for pharmaceutical, diagnostics, medical devices, and digital health companies.I have executed multiple assignments across quantitative and qualitative studies which includes pre launch assessment, post launch assessment, usage and attitude, concept testing, pricing, patient journey and others.
EDUCATION
School of life sciences, Jawaharlal Nehru University and Department of Botany Patna University
Doctor of Philosophy (Ph.D.)
School of Biotechnology, Madurai Kamaraj University, Madurai
Master of Science (M.Sc.)
ABOUT CH MASHHOOD CHAUDHARY ALAM ALAM
Dr. Mashood Alam is a seasoned market researcher with more than a decade of experience and deep understanding of healthcare sector and it’s key stakeholders.He has successfully spearheaded market access studies, contributing to strategic market penetration for pharmaceutical products.Demonstrated expertise in developing and implementing market access strategies, ensuring optimal pricing, reimbursement, and successful market entry.Led and participated in a wide spectrum of market access studies, encompassing areas such as pricing strategy development, health technology assessment (HTA), and reimbursement support.In-depth involvement in market intelligence, forecasting, and stakeholder engagement, providing a holistic understanding of the market landscape.Summary of the thesis:According to our research we tried to develop resistance in plant against various viral and fungal pathogens. In this process we cloned two genes from Candida albicans (RNT-1p and CDR-1p) in binary vector pCAMBIA- 2300. Further, it has been transferred into Nicotiana benthamiana and Nicotiana tabacum through Agrobacterium mediated transformation. Transgenic plants were confirmed by PCR as well as southern blotting. Confirmed transgenic overexpressing RNT-1p was raised till T2 generation and these transgenics were infected with Potato virus X (PVX) and Cocumber green mottle mosaic virus (CGMMV). Symptoms of infected plants were noted till 30 days post inoculation and level of infection was detected using northern blotting and ELISA. We found that symptoms were weak compared to non transgenic plants. It has been proved in-vitro in our lab that RNT-1p is capable of degrading double strand RNA molecule. Whereas fungus infection to transgenic overexpressing CDR-1p with Rhizaconia solani and Fusarium oxysporum does not show much effect with respect to wild type (N. benthamiana) infected with these fungus. In association with this, I have performed bioinformatic analyses to find simple sequence repeats (SSR) in plant-infecting viruses such as geminiviruses, potyviruses, tobamoviruses, carlaviruses and potexviruses. During this analysis, I characterize the location of these SSR within the gene of these genomes and correlate with its function.
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