Pranavkumar Shadamarshan Rengasayee Email and Phone Number
I am a very curious person. I believe that the world is full of answers, while we are in pursuit of finding the questions. The kind of questions we ask defines us. Conceptually, I identify as a skeptic. I have a passion for fighting against misinformation. I like solving puzzles and learning new methods and technologies. Even though I am a biologist, I am interested in multidisciplinary connections in science. I try to update myself constantly with various other fields and associate them with each other. I believe that ability is what made me a good scientist. I have taken the initiative to design my own projects using these transferrable skills. Specialized in applications related to cell signaling pathways and molecular oncology. Skilled in a wide range of molecular analytical techniques. I have a passion for projects that have direct societal applications. Worked as an undergraduate researcher in the field of Molecular cancer biology. Previous experiences include working in projects such as bone regeneration, Biological graft preparations, and cellular and tissue remodeling through augmented biopolymers. I worked specifically on Electrospun nano-fibres for accelerated bone regeneration. Have spent two years in the field of Biomaterials in Tissue Engineering and Cancer Research Laboratory at SRM Institute of Science and Technology. Involved in hobbies such as Rock wall climbing, snowboarding, SCUBA diving, graphic designing, art, music and still learning more. Also, spends time taking part in social welfare activities.
Translational Oncology With Focus On Reverse Translation
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Doctoral StudentTranslational Oncology With Focus On Reverse Translation Sep 2024 - PresentMunich, Bavaria, GermanyThe complex architecture of the respiratory system composed of different cell types that take over unique functions within the human body contributes to the complexity of different cancer types that arise within the lung. For example, the most common lung cancer, namely lung adenocarcinoma, is thought to arise from alveolar type 2 (AT2) cells, while rare pulmonary neuroendocrine cells (PNECs) are thought to be small cell lung cancer (SCLC) “precursor” cells1. Interestingly, these cells seem to be selectively sensitive to toxins and injuries: while lung adenocarcinoma are enriched in females and never-smokers, SCLC is primarily associated with smoking exposure1,2. Not surprisingly, these cancer types are unique in their genetic profiles and undergo individual selection processes that contribute to the specific morphology3. Personalized therapies that target molecular dependencies in these lung tumors need to account for these differences in order to increase the likelihood of therapeutic efficacy4. In addition, cancer cells undergo drug-induced transformation processes that are associated with loss of activity of targeted drugs. Therefore, a mechanistic understanding of the differentiation processes of lung cancer cells and the contribution of the tumor microenvironment is key to optimize future therapies. -
Research AssistantWalther-Straub Institute Of Pharmacology And Toxicology Oct 2022 - Oct 2024Munich, Bavaria, GermanyI currently work in standardizing electrophysiological methods and screening drugs for multiple neurological receptors using the skills I gained through my internship. The project involves establishing new techniques for screening muscarinic receptors for drug screening.
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Student Research AssistantWalther-Straub Institute Of Pharmacology And Toxicology, Lmu May 2020 - Jul 2022München, GermanyElucidation of drug-response curves of different subtypes of rat and human nicotinic acetylcholine receptors using Two-electrode voltage clamp in Xenopus Laevis oocytes. Assembly (Gibson's) of genes and cloning of chimeric receptor subtypes. Through this internship I learnt a lot of techniques surrounding toxinology, biophysics,protein-protein interactions and electrophysiology.
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Research AssistantLmu Klinikum München Oct 2020 - Jun 2022Munich, Bavaria, GermanyWorked at Experimental Leukaemia and Lymphoma Research (ELLF) institute, in many subprojects involving Cathepsin S protein involvement in Follicular Lymphoma. I worked on screening drugs and elucidating their pharmacological activity for the treatment of FL with interactions of lysosomal structures. Through this project, I learned to handle S2 safety level laboratorical processes, animal cell co-culture techniques, mass spectrometry data analysis, drug-drug interactions and most of all the joy of working with real-life applications. -
Content Manager - Methods In Molecular BiologyLudwig-Maximilians Universität München Jun 2019 - Aug 2020Munich Area, GermanyStudent assistantship in establishing an e-learning platform - 'methods in Molecular Biology' for a wide use of Web-related techniques to show and teach various molecular and cellular biology techniques organized into different topics, each under 60-90 mins -
Student ResearcherTissue Engineering And Cancer Research Laboratory (Tecrl) May 2016 - May 2018Srm University
Pranavkumar Shadamarshan Rengasayee Skills
Pranavkumar Shadamarshan Rengasayee Education Details
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9.06/10 -
Sreevatsa Viswanathan Viverkananda Vidyalaya88.2%
Frequently Asked Questions about Pranavkumar Shadamarshan Rengasayee
What company does Pranavkumar Shadamarshan Rengasayee work for?
Pranavkumar Shadamarshan Rengasayee works for Translational Oncology With Focus On Reverse Translation
What is Pranavkumar Shadamarshan Rengasayee's role at the current company?
Pranavkumar Shadamarshan Rengasayee's current role is M.Sc. Human Biology Student at Ludwig-Maximilians Universität München.
What schools did Pranavkumar Shadamarshan Rengasayee attend?
Pranavkumar Shadamarshan Rengasayee attended Ludwig-Maximilians Universität München, Srm University, Sreevatsa Viswanathan Viverkananda Vidyalaya.
What skills is Pranavkumar Shadamarshan Rengasayee known for?
Pranavkumar Shadamarshan Rengasayee has skills like Research, Biotechnology, Qualitative Research, Biochemistry, Western Blotting, Reverse Transcription Polymerase Chain Reaction, Electrospinning, Biomaterials, Cell Culture, Adobe Photoshop.
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