Faculty Profile

Dr Lakshmi Revathi Perumalsamy

Associate Professor

Qualification

B.E. | M.Sc | Ph.D

Contact Info

[email protected]

Bio

Dr. Lakshmi Revathi Perumalsamy brings over 17 years of experience in molecular cell Biology and signal transduction. Her research focuses on uncovering biomarkers and therapeutic targets for non-communicable diseases, like cancer and neurodegeneration. She has published extensively in top journals and actively reviews for scientific publications and funding agencies.
Dr Lakshmi Revathi Perumalsamy, was educated at Birla Institute of Technology and Sciences, Pilani, (BITS Pilani) and National Centre for Biological Sciences- Tata Institute of Fundamental Research, Bangalore (NCBS-TIFR, PhD). After a brief post-doc stint at NCBS-TIFR, she worked in Indian Institute of Technology Madras as Principal Scientist. She was involved in establishing and setting up protocols for the “National Cancer Tissue Biobank” with Dr Mahalingam at IIT Madras. Dr Lakshmi has extensively contributed to the field of Notch Signaling and its role in cell survival. She has established roles for Notch signalling beyond its canonical functions and identified novel interactors for the same. Dr Lakshmi has elucidated the importance of spatiotemporal signaling in regulatory T-cells function. She is a recipient of DBT award for biology, KVPY fellowship, CSIR-NET fellowship. In addition, she has been awarded several prestigious travel award to give oral presentation in international conferences. She is also a recipient of the Welcome trust DBT India Alliance Early Career fellowship to understand the Role of RAS effector in tumor migration and invasion.

Currently, her primary research interest is in deciphering the signaling network key to circumstantial regulation/dysregulation of homeostasis particularly in cancer. The signalling networks integrate together to set up a control system in the body. This control system monitors the development of an organism from a single cell as well as maintenance of homeostasis. A malfunction or evasion of such a systemic control system at any level would result in diseases including Cancer and neural degeneration. Through development and differentiation, cell-cell interaction plays a key role in transmission of information through the multicellular organism. Integrating different approaches ranging from omics, molecular editing and imaging, the goal is in characterizing these interactions that stabilize or destabilize homeostasis.

Teaching Philosophy
Dr. Lakshmi firmly believes in the power of igniting scientific curiosity and fostering critical thinking skills within future generations of scientists. Her teaching philosophy draws inspiration from the profound wisdom of W.B. Yeats, who advocated for ”teaching children how to think, not what to think,” and aligns with J.F. Kennedy’s vision of education as the ”advancement of knowledge and dissemination of truth.” Dr. Lakshmi endeavours to cultivate a ”scientific temper” – a discerning and evidence-based approach to inquiry – and ”lateral thinking” – the ability to approach problems from unconventional angles – within her students. This, coupled with a rigorous foundation in the fundamental tenets of scientific inquiry, empowers them to become proficient researchers.
Dr. Lakshmi is committed to providing her students with world-class training, equipping them with hands-on experience in cutting-edge methodologies. This encompasses everything from foundational biochemical techniques to sophisticated cellular and molecular tools critical for contemporary research endeavors. Through this, she aspires to empower her students to become proficient researchers and contribute to the advancement of scientific knowledge and development of  technological breakthroughs.

Educations

Integrated M.Sc (Hons) Biological Sciences with B.E (Hons) Computer Science (BITS – Pilani)

PhD in Biology (NCBS-TIFR)

Post Doctoral Fellowship (NCBS-TIFR)

Research Interest

Projects

“Role of Ras effector - Ras Association (RalGDS/AF-6) Domain Family Member in Tumor Invasion and Migration”

Principal Investigator

Status: Completed

Funding source : Wellcome Trust/DBT India Alliance Early Career Fellowship . Collaborators : Dr Ganesh Venkataraman (Currently in VIT, Vellore), Dr Mahalingam (IITM) and Dr Madhulika Dixit (IITM). Duration : 2018-2022 Amount : Rs 100 Lakhs

Tapping the role of Wnt Signaling for neural regeneration in spinal cord Injury - A Novel Approach”

Co-Principal Investigatot

Status: completed

Funding Source: AO Spine 2021 Research Start-up Grant. Collaborators: Dr G. Sudhir (Principal investigator), Spine Surgery, SRMC & RI and Dr Arun Dharmarajan. Duration : 2021-2022. Amount : Rs 20 Lakhs

“Investigating the role of DEAD-box helicase, DDX20 in Wnt-driven ROS production in triple-negative breast cancer”

Principal Investigator

Status : Ongoing

Funding Source: SERB-POWER, Govt of India. Collaborators:
Dr Arun Dharmarajan, Dr Natarajan Bhaskaran,  Dr Sandhya Sundaram, and Dr Archana – Pathology, SRMC &RI. Duration : Rs 2021-2024. Amount: 29.8 Lakhs

Characterization of Wnt Signaling pathway as a potential therapeutic target for ligamentum flavum hypertrophy in lumbar canal stenosis"

Co-Principal Investigator

Funding Source: SERB-CRG. Collaborators: Dr G. Sudhir , Spine Surgery, SRMC & RI and Dr Sandhya Sundaram , Pathology, SRMC & RI, Duration : 2023-2026 Amount : Rs 62.5 Lakhs

RAS Effector Signaling in gastric cancer progression

PhD Guide

Scholar : Amrutha Arjunan (from 2021) :

Funding Source: Founder-Chancellor Shri. N.P.V Ramasamy Udayar Research Fellowship. CSIR -UGC JRF 2021,  CSIR-UGC SRF 2023

Cross talk between Notch and Metabolism signaling in breast cancer

Phd Guide

Scholar : Devi Maigandan (from 2022)

Funding Source: Founder-Chancellor Shri. N.P.V Ramasamy Udayar Research Fellowship,  NFOBC JRF 2022

Wnt in Ligamentum Flavum Hypertrophy

PhD Co-Guide

Dr Sudhir Ganesan (from 2021)

“Evaluating the Potential of Hesperidin and Paclitaxel to Enhance Doxorubicin Sensitivity in HER-2 Positive Breast Cancer Cells”

Post Graduate Dissertation guidance

Student : Dharshini M

Year : 2024

Combined effect of Hesperidin and Doxorubicin in MDA-MB-231 cell line

Post Graduate Dissertation guidance

Student  : Mohammed Faisal

Year: 2023

Expression analysis of RASSF9 in gastric cancer patients using Immunohistochemistry

Post Graduate Dissertation guidance

Student  : Rajini Menon

Year: 2022

Characterization of the role of SFRP4 in regulation of Wnt signalling in gastric cancer.

Post Graduate Dissertation guidance

Student  : Karthiga

Year: 2021

“Functional characterization of the role of RASSF7 in endothelial cell and cancer cell lines Interaction”

Post Graduate Dissertation guidance

Student  : V. Shri Sai Priya, Integrated M.Sc Biomedical Sciences from Bharathidasan university

Year :2020

"Assessing the impact of hormonal contraceptives on neuronal cell fate using in vitro cell line systems: SH-SY5Y and PC-12"

Under Graduate Project Guidance:

Student : Srinidhi S

Year : 2024

"Evaluation of the Impact of Combined Oral contraceptives on monocyte functions utilizing in vitro cell line models - THP-1 and RAW264.7

Under Graduate Project Guidance:

Student : Ketan S

Year : 2024

"Role of RASSF9 (Ras Associated Domain Family Member 9) in Renal Cell Carcinoma: Expression Patterns and Functional Implications"

Under Graduate Project Guidance:

Student : Koushik Arikera

Year : 2024

“The Role of Wnt/Sfr4/Nitric Oxide (NO) Signaling In Breast Cancer”

Under Graduate Project Guidance:

Student : Aravind R Sitaraman

Year : 2022

“Characterization of the Role of DEAD-box Helicase Across Different Molecular Subtypes of Breast Cancer”

Under Graduate Project Guidance:

Student : Ashwin Rajaseker

Year : 2022

“Role of Ras Association Domain Family Member 7 (RASSF7) in the Regulation of Angiopoietins”

Under Graduate Project Guidance:

Student : Santhosh S A

Year : 2022

“Analysis of immunological effects of oral contraceptives on monocytes using cell line model.”

Under Graduate Project Guidance:

Student : Helen Shweta C

Year : 2021

“Characterization of the expression of RASSF7 in breast cancer cell line on endothelial cell fate”

Under Graduate Project Guidance:

Student : Srinija V

Year : 2021

“An in silico and in vitro analysis of secreted frizzled related protein (sFRP4) interaction with Wingless-INT 3a (Wnt 3a) and Frizzled receptors (FZDs) in ovarian cancer”

Under Graduate Project C0-Guidance:

Student : Naveen Kumar P

Year : 2021

“Role of Tinospora Cordifolia in cancer: An immunomodulatory effect”

Under Graduate Project Guidance:

Student : BaganSrinath J

Year : 2020

“Functional Characterization of the Role of SFRP4 Dependent Wnt Signalling in Endothelial cell and Breast Cancer cell Interaction”

Under Graduate Project Guidance:

Student : P ShraddhaShravani

Year : 2020

"A The Role of RASSF7- a Ras Effector in Breast Cancer"

Under Graduate Project Guidance:

Student : Mohamed Yazeer

Year : 2020

“Formaldehyde – induced model of Amyotrophic Lateral Sclerosis (ALS): An in vitro and in vivo study”

Chancellor Summer Research Fellowship

Student : Srishti Satyanarayanan

Collaborator: Dr Lalitha, BMS

Awarded year : 2023

Exploring the Dexamethasone mechanism : Effect on Wnt in Monocyte-Macrophage differentiation”

Chancellor Summer Research Fellowship

Student : Harini Anna

Awarded year : 2023

“Evaluating the role of Wnt/SFRP signalling in neuronal cell fate”

Chancellor Summer Research Fellowship

Student : Suchita Ganesan

Collaborator : Dr Sudhir Ganesan, Dept. Spine Surgery, SRIHER

Awarded year : 2021

Evaluating the Role of Ras Effectors in Impaired Spermatogenesis

Chancellor Summer Research Fellowship

Student : Harshada S Bharadwaj

Collaborator : Dr Manjula, SMART, SRIHER

Awarded year : 2021

“Evaluate the cross talk between two key developmental pathways in ovarian cancer”

Chancellor Summer Research Fellowship

Student : Thulasi S Rajasekaran

Awarded year : 2021

Deciphering ECM stiffness: An investigation into the influence of Notch and Fibronectin in Osteosarcoma cell (MG63) survival - An in vitro study

Chancellor Summer Research Fellowship

Student : Zainab Shabbir Rasheed

Collaborator : Dr Balaji, FCR, SRIHER

Awarded year : 2024

Awards & Recognitions

Professor S.P Thyagarajan Award for best research publication - 2023 in Faculty of Biomedical Sciences and Technology

Article titled “Navigating Tumour Microenvironment and Wnt Signalling Crosstalk: Implications for Advanced Cancer Therapeutics” received  “Prof. S. P. Thyagarajan Award” for Best Research Publication in Faculty of Biomedical Sciences and Technology published in “Cancers” with Highest Impact Factor of 4.5.

Professor S.P Thyagarajan Award for best research publication - 2023 in Faculty of Biomedical Sciences and Technology

Professor S.P Thyagarajan Award for best research publication - 2022 in Faculty of Biomedical Sciences and Technology

Article  titled “Structural–energetic basis for Coupling between Equilibrium Fluctuations and Phosphorylation in a Protein Native Ensemble” selected for the Prof. S. P. Thyagarajan Award for Best Research Publication  -2022 in the in Faculty of Biomedical Sciences & Technology published in  “ACS Central Science” with Highest Impact Factor in 2022 (18.73).

Professor S.P Thyagarajan Award for best research publication - 2022 in Faculty of Biomedical Sciences and Technology

Top 10% in International Teachers Olympiad in 2022

conducted by Suraasa

Top 10% in International Teachers Olympiad  in 2022

Top 1% in International Teachers Olympiad in 2023

conducted by Suraasa

Top 1% in International Teachers Olympiad  in 2023

DBT award for Biology 2001

Awarded by Department of Biotechnology, government of India for excellent performance in biology in AISSCE 2001.

DBT award for Biology 2001

News

Membership

American Association of Cancer Research (AACR) Member

AACR ID- 347575

Admissions