Highly motivated, self-driven, and result-oriented vision researcher recently transitioned to the industry—strong expertise in vivo ophthalmology-retinal and cataract disease. Seeking an opportunity to learn stem cell and organoid biology to aid regenerative cell therapy for unmet needs in blinding diseases.
Overview
14
14
years of professional experience
Work History
Senior Scientist-Pre-clinical
Visus Therapeutics
08.2023 - Current
Contribute to discovery efforts on target identification, validation, and prioritization for ocular diseases such as cataracts, corneal wound healing, and retinal disease.
My responsibilities include target identification through literature review, design, and execution of in vitro/in vivo assays to demonstrate proof-of-concept and preclinical validation through relevant animal models.
Coordinated protocol alignment, test article/sample shipment, and data analysis/ exchange with CRO partners.
Develop assay system to culture porcine ex vivo lens culture to validate drug against cataract.
Develop in vitro assay system to validate the drug against AMD.
Develop in vitro assay to validate drug against corneal wound healing.
Presented study progress and data to senior management at monthly strategy meetings and weekly team meetings.
Senior Research Associate
Case Western Reserve University
Cleveland, OH
07.2017 - 07.2023
Supervisor – Johannes von Lintig, Ph.D.
Pioneered research into ocular retinoid and carotenoid metabolism.
Designed and executed complex in vitro and in vivo studies, enabling 10+ conference presentations and, ultimately, study publication.
Worked on projects that elucidated the molecular and biochemical basis of carotenoid absorption from the diet, transport in the body, and metabolism to biologically active compounds, such as the visual chromophore and vitamin A.
Actively participate in planning and executing new research ideas and techniques.
Independent and take the initiative in developing research methods, data gathering, and analysis.
Generate professional concepts that contribute to the development of the lab technology base and achieve objectives in creative and effective ways.
Generating new knockout mice models and maintaining mice models to execute research projects.
Actively involved in IACUC animal protocol renewal.
Generating stable cell lines and maintaining mammalian cell lines for research projects.
Initiated and established iPSC facility.
Presents research findings at internal meetings, national and international conferences.
Actively generating data and research proposals for grant applications.
Retains accurate records of research findings and results in a detailed, up-to-date laboratory notebook.
Maintaining and updating safe laboratory protocols.
Maintains lab in clean and high-functioning condition
Managing and generating data for national and international collaborative projects.
Knowledge transfer to junior lab colleagues and mentoring graduates, undergraduates, and high school students.
Mentoring practical classes for graduate students.
Managing chemical and instrument orders.
Contributed to the development of intellectual property through patent applications and publications in peer-reviewed journals
Provided expert guidance during project planning phases, ensuring alignment with organizational goals
Enhanced project outcomes by collaborating with cross-functional teams to optimize study designs
Managed multiple projects simultaneously, ensuring timely completion and high-quality deliverables
Evaluated emerging technologies for potential integration into ongoing research efforts
Secured grant funding by writing compelling proposals demonstrating the significance of proposed studies
Served as a subject matter expert in interdepartmental discussions, informing decision-making across the organization
Improved research efficiency by streamlining data collection and analysis processes
Monitored industry trends to stay ahead of developments within the field of expertise
Post Doctoral Fellow
Case Western Reserve University
01.2015 - 07.2017
Supervisor: PI – Prof.Dr. Vincent Monnier PhD
Worked on a leading pharmaceutical company-sponsored project to screen anti-cataract drugs in the rodent model.
Involved in a project to generate recombinant protein and generating mutants by site-directed mutagenesis and characterization of recombinant protein using various biophysical techniques.
Presents research findings at internal meetings, national and international conferences.
PhD Student
Bharathidasan University
01.2010 - 12.2014
· Supervisor: PI –Dr. Anbarasu
Dissertation title: Protein-protein interaction between recombinant α-Crystallin and its mutants to comprehend the basis towards the progression of Cataract
Cloning of Human αA-Crystallin and αB-Crystallin in pET and mammalian two-hybrid vectors.
Generation of αA-Crystallin point mutants by Site-directed mutagenesis method.
Overexpression and purification of Wildtype and mutants by ion exchange and size-exclusion protein purification system.
Characterization of structural and functional difference between Wildtype and mutant αA-Crystallin by various biophysical methods.
Evaluating protein-protein interaction between in-vitro real-time Quartz crystal microbalance and in vivo mammalian two-hybrid systems.
Education
Ph.D. - Biotechnology
Bharathidasan University
Tamilnadu, INDIA
12.2014
Skills
In vivo model expertise: Mouse/Rat (8 yrs)
In vitro model expertise: iPSC-derived RPE cells (6 months)Stable cell line generation Human primary RPE cell culturing, RPE explant culturingARPE19 and 661W cell culturing(3 yrs)
In vivo methods: IVT injection, ERG, OCT, SLO, Retinal, and RPE flat-mount
2010 Summer Internship Award from British Society of Cell Biology
2008 - 2011 Member of Jacobs University Presidents List for outstanding academic achievements
Selected Publication
Selected Publications (3/30)
Ramkumar S, et al. (2024) Unraveling the mystery of ocular retinoid turnover: Insight from albino mice and the role of STRA6. Journal of Biological Chemistry (Accepted)
Ramkumar S, Vipul Parmar, Ivy Samuels, et al.(2022) The vitamin A transporter STRA6 adjusts the stoichiometry of chromophore and opsins in visual pigment synthesis and recycling. HMG 2022, Vol. 31, No. 4.
Ramkumar S, Vipul Parmar, et al. (2022) Diabetes Aggravates Photoreceptor Pathologies in a Mouse Model for Ocular Vitamin A Deficiency Antioxidants 11 (6), 1142.
Refer to Google Scholar Citations @ https://scholar.google.com/citations?user=rNoNj5AAAAAJ&hl=en