icmr research topics for bds students

Four projects selected for ICMR short term studentship 2020

by Admin KSRIDSR | Jun 10, 2020

Four project proposals submitted by the BDS students of our institution have been selected for the ICMR-Short Term Studentship 2020. The details of the selected proposals are as follows:

• Title of the project: Effect of oil pulling using sesame oil on the lung capacities in young adults Investigator name and year of study: Vinoddhini K, IV BDS Name of the guide: Dr.Sharath Asokan Department: Pediatric Dentistry
• Title of the project: Therapeutic efficacy of Taurine on Diabetic periodontitis in Experimental Rats. Investigator Name and Year of Study: N.Hari Prasad, I BDS Name of the Guide : Dr V.Sivabalan Department: Biochemistry
• Title of the project: Assessment of stressors, anxiety levels and stress response of students in the dental colleges of Western Tamilnadu Investigator: Shai Keerthana, IV BDS Guide: Dr.H Esther Nalini Department: Periodontics
• Title: Determination of antibacterial activity of acacia nilotica against porphyromonas gingivalis and aggregatibacter actinomycetemcomitans: An invitro study. Investigator name: K Keerti Shravani, I BDS Name of guide: Dr. L.Mahalakshmi Department: Oral Pathology

The ICMR STS program aims to promote interest and aptitude for research among the undergraduates. Selected students are expected to undertake and complete the project within two months, and includes a stipend of Rs.20,000/- for the principal investigator (the student).

Congratulations to the students and their guides.

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100+ ICMR Research Topics: Unlocking Health Insights

The landscape of healthcare research in India has been significantly shaped by the endeavors of the Indian Council of Medical Research (ICMR). Established in 1911, the ICMR has played a pivotal role in advancing medical knowledge, informing health policies, and fostering collaborations to address pressing health challenges in the country.

In this blog, we embark on a journey through the corridors of ICMR research topics, shedding light on the council’s current and noteworthy research topics that are contributing to the nation’s health and well-being.

The Role of ICMR in Health Research

Table of Contents

The Indian Council of Medical Research operates as the apex body in India for the formulation, coordination, and promotion of biomedical research. With a mission to nurture and harness the potential of medical research for the benefit of society, ICMR has become a cornerstone in shaping health policies and practices. 

By fostering collaborations with researchers and institutions across the nation, ICMR has emerged as a driving force in advancing healthcare knowledge and outcomes.

Understanding ICMR Research Methodology

The success of ICMR’s research lies not only in its expansive scope but also in its rigorous methodology and ethical considerations. ICMR has established guidelines that researchers must adhere to, ensuring that studies funded by the council are not only scientifically sound but also ethically conducted. 

This commitment to ethical research practices has been a cornerstone in building public trust and confidence in the findings generated by ICMR-funded studies.

100+ ICMR Research Topics For All Level Students

• Infectious Diseases: Emerging pathogens and control strategies.
• Non-Communicable Diseases (NCDs): Diabetes, cardiovascular research.
• Maternal and Child Health: Strategies for mortality reduction.
• Biomedical Research: Molecular insights into diseases.
• Cancer Research: Innovative approaches for treatment.
• Epidemiology: Studying disease patterns and trends.
• Vaccination Strategies: Enhancing immunization programs.
• Public Health Interventions: Effective community health measures.
• Antibiotic Resistance: Combating microbial resistance.
• Genetic Studies: Understanding genetic contributions to diseases.
• Neurological Disorders: Research on neurological conditions.
• Mental Health: Addressing mental health challenges.
• Nutrition and Health: Studying dietary impacts on health.
• Health Systems Research: Improving healthcare delivery.
• Ayurveda Research: Integrating traditional medicine practices.
• Environmental Health: Impact of environment on health.
• Emerging Technologies: Utilizing tech for healthcare innovations.
• Pharmacological Research: Advancements in drug discovery.
• Global Health Collaborations: International health partnerships.
• Waterborne Diseases: Prevention and control strategies.
• Health Policy Research: Shaping evidence-based policies.
• Health Economics: Studying economic aspects of healthcare.
• Telemedicine: Harnessing technology for remote healthcare.
• Rare Diseases: Understanding and treating rare disorders.
• Community Health: Promoting health at the grassroots level.
• HIV/AIDS Research: Advancements in HIV prevention and treatment.
• Aging and Health: Research on geriatric health issues.
• Cardiovascular Health: Preventive measures and treatments.
• Respiratory Diseases: Understanding lung-related conditions.
• Zoonotic Diseases: Investigating diseases transmitted from animals.
• Stem Cell Research: Applications in regenerative medicine.
• Yoga and Health: Studying the health benefits of yoga.
• Gender and Health: Research on gender-specific health issues.
• Oral Health: Preventive measures and treatments for oral diseases.
• Health Informatics: Utilizing data for healthcare improvements.
• Health Education: Promoting awareness for better health.
• Drug Resistance: Research on antimicrobial resistance.
• Hepatitis Research: Prevention and treatment strategies.
• Telehealth: Remote healthcare services and accessibility.
• Diabetes Management: Strategies for diabetes prevention and control.
• Tuberculosis Research: Advancements in TB diagnosis and treatment.
• Fertility Research: Understanding reproductive health issues.
• Artificial Intelligence in Healthcare: Integrating AI for diagnostics.
• Health Disparities: Addressing inequalities in healthcare access.
• Mental Health Stigma: Research on reducing stigma.
• Mobile Health (mHealth): Applications for mobile-based healthcare.
• Vector-Borne Diseases: Prevention and control measures.
• Nanotechnology in Medicine: Applications in healthcare.
• Occupational Health: Research on workplace health issues.
• Biobanking: Storing and utilizing biological samples for research.
• Telepsychiatry: Providing mental health services remotely.
• Health Equity: Promoting fairness in healthcare delivery.
• Community-Based Participatory Research: Engaging communities in research.
• E-health: Electronic methods for healthcare delivery.
• Sleep Disorders: Understanding and treating sleep-related conditions.
• Health Communication: Effective communication in healthcare.
• Global Burden of Disease: Research on disease prevalence and impact.
• Traditional Medicine: Studying traditional healing practices.
• Nutraceuticals: Research on health-promoting food components.
• Health Data Security: Ensuring privacy and security of health data.
• Regenerative Medicine: Advancements in tissue engineering.
• Social Determinants of Health: Studying social factors affecting health.
• Pharmacovigilance: Monitoring and ensuring drug safety.
• Gerontology: Research on aging and the elderly.
• Mobile Apps in Healthcare: Applications for health monitoring.
• Genetic Counseling: Supporting individuals with genetic conditions.
• Community Health Workers: Role in improving healthcare access.
• Health Behavior Change: Strategies for promoting healthier habits.
• Palliative Care Research: Enhancing end-of-life care.
• Nanomedicine: Applications of nanotechnology in medicine.
• Climate Change and Health: Impact on public health.
• Health Literacy: Promoting understanding of health information.
• Antibody Therapeutics: Advancements in antibody-based treatments.
• Digital Health Records: Electronic health record systems.
• Microbiome Research: Understanding the role of microorganisms in health.
• Disaster Preparedness: Research on health response during disasters.
• Food Safety and Health: Ensuring safe food consumption.
• Artificial Organs: Advancements in organ transplantation.
• Telepharmacy: Remote pharmaceutical services.
• Environmental Epidemiology: Studying the link between environment and health.
• E-mental Health: Digital tools for mental health support.
• Precision Medicine: Tailoring treatments based on individual characteristics.
• Health Impact Assessment: Evaluating the consequences of policies on health.
• Genome Editing: Applications in modifying genetic material.
• Mobile Clinics: Bringing healthcare to underserved areas.
• Telecardiology: Remote cardiac care services.
• Health Robotics: Utilizing robots in healthcare settings.
• Precision Agriculture and Health: Linking agriculture practices to health outcomes.
• Community-Based Rehabilitation: Supporting rehabilitation at the community level.
• Nanotoxicology: Studying the toxicological effects of nanomaterials.
• Community Mental Health: Strategies for promoting mental well-being.
• Health Financing: Research on funding models for healthcare.
• Augmented Reality in Healthcare: Applications in medical training and diagnostics.
• One Health Approach: Integrating human, animal, and environmental health.
• Disaster Mental Health: Addressing mental health issues after disasters.
• Mobile Laboratory Units: Rapid response in disease outbreaks.
• Health Impact Investing: Investing for positive health outcomes.
• Rehabilitation Robotics: Assisting in physical therapy.
• Human Microbiota: Understanding the microorganisms living in and on the human body.
• 3D Printing in Medicine: Applications in medical device manufacturing.

Success Stories from ICMR-Funded Research

Highlighting the impact of ICMR-funded research is essential in appreciating the council’s contribution to healthcare in India. From breakthrough discoveries to successful interventions, ICMR-supported studies have led to tangible improvements in health outcomes. 

Case studies showcasing the journey from ICMR research topics and findings to real-world applications serve as inspiring examples of how scientific knowledge can translate into positive societal impacts.

Challenges and Opportunities in ICMR Research

While ICMR has achieved remarkable success in advancing health research, it is not without its challenges. Researchers face obstacles in conducting studies, ranging from resource constraints to logistical issues. 

Acknowledging these challenges is crucial in finding solutions and optimizing the impact of ICMR-funded research. Additionally, there are opportunities for collaboration, both nationally and internationally, that can further enrich the research landscape and accelerate progress in addressing health challenges.

The Future of Health Research in India: ICMR’s Vision

Looking ahead, ICMR envisions a future where health research continues to play a central role in shaping the well-being of the nation. Strategic goals include harnessing the power of technology and innovation to drive research advancements, fostering interdisciplinary collaborations, and addressing emerging health challenges. 

The vision extends beyond the laboratory, emphasizing the translation of research findings into practical solutions that can positively impact the lives of individuals and communities across India.

In conclusion, the Indian Council of Medical Research stands as a beacon in the realm of healthcare research, tirelessly working towards advancements that contribute to the well-being of the nation. 

By exploring ICMR research topics, understanding its methodology, and reflecting on success stories, we gain insight into the transformative power of scientific inquiry. 

As ICMR continues to forge ahead, the future of health research in India looks promising, guided by a vision of innovation, collaboration, and a steadfast commitment to improving the health of all citizens.

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Short Term Studentship (STS)

Programme type: research and development, ministry / department: indian council of medical research (icmr), govt of india, focus area: medical research, life science and biotechnology, target audience: undergraduate medical students, funding agency: indian council of medical research (icmr), govt. of india, eligibility: mbbs/bds students studying in indian medical/dental colleges recognized by mci/dci, purpose: research, funding cycle: annually, duration: 2 months, application method: online, fellowship / financial assistance: rs. 10,000/- per month, related links.

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ICMR Awards STS-ICMR Grant to 4 JMI BDS Students for a 2 Month Research; Check Details Here

Collegedunia Team

Content Curator

The ICMR has awarded four JMI BDS students with research grants through the Short Term Studentship (STS) scheme for the academic year 2023-24. The selected students will carry out research projects under the guidance of esteemed faculty mentors.

New Delhi: The Indian Council of Medical Research (ICMR), has recognized and awarded four BDS students studying at Jamia Millia Islamia (JMI) a research grant under the Short Term Studentship (STS) scheme.

According to  JMI University , the students have been chosen from an impressive pool of over 15,000 applications submitted for the ICMR-STS 2023. The selected students Deepali Garg, Snehal Sharma, and Tarun Sharma, have been conferred with the STS-ICMR 2023 grant and will be remunerated with a monthly stipend of INR 25,000. 

These four students are set to carry on the research projects under the guidance and mentorship of esteemed  JMI faculty members , namely Mohammad Faisal, Shamimul Hasan, Harneet Kaur, and Vatchala Rani, the JMI statement said.

The Short-Term Studentship (STS) program is designed to motivate  undergraduate medical  and dental students to explore research opportunities in the healthcare sector. 

The shortlisted participants will receive a stipend for a two-month duration, during which they will be mentored by experienced faculty members and mentors involved in ongoing research projects to gain exposure to research methodologies and techniques.

Furthermore, Jamia Millia Islamia (JMI) highlighted the proactive role of its dentistry faculty in promoting research among undergraduate students. 

Over the past nine years, 12 students from this faculty have been honored with the ICMR-STS grant, which has supported research endeavors spanning diverse topics including dentistry and interdisciplinary subjects like COVID-19, temporomandibular joint, aphthous stomatitis, dental erosion, and obstructive sleep apnea.

Meanwhile, the dentistry faculty at JMI holds a commendable 10th rank in the  National Institutional Ranking Framework (NIRF)  2023's list of  dental colleges  in the country. 

Established 13 years ago, the JMI dentistry faculty has secured the esteemed third position among the best universities in India according to the NIRF 2023 rankings.

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ICMR Short Term Studentship (STS) Program 2020 for Medical Students in India (Up to Rs. 10,000)

Deadline: January 27, 2020

Applications for the ICMR Short Term Studentship (STS) Program 2020 are now open. The ICMR Short Term Studentships (STS) are one of the most sought after and prestigious short term research program for the undergraduate medical and dental students.

Every year thousands of MBBS students from across India apply for this fellowship in order to acquaint themselves with the basics of biomedical research. The core subjects in which the STS fellowship will be awarded includes internal medicine, surgery, biochemistry, microbiology, pathology, molecular medicine, Community medicine, pediatrics among others.

ICMR initiated the Short Term Studentship (STS) Program in order to promote interest and aptitude for research among medical undergraduates to serve as an incentive for them to take research as a career in the future. The fellowship familiarizes undergraduate medical students with research methodology and techniques.

• The value of the studentship is Rs. 10,000/- per month for two months’ duration (Rs. 20,000/- only) and is meant to be a stipend for the student.

Eligibility

• Open only to MBBS/BDS students studying in Medical/Dental colleges recognized by MCI/DCI, before they appear in their final exams and therefore, interns/ PG students are not eligible to apply. Students of paramedical/non-medical courses may not apply.
• The student must carry out the research in his/ her own medical/dental college under the guide who is employed in the medical college as a faculty. Only permanent full time faculty members working in any of the Department of the Medical/Dental College where the student is enrolled can act as the guide. Part time consultants/visiting faculty/ residents/ Tutors/ Pool officers/ PG students cannot be the guide.
• Only one student will be allowed to work under one guide. Two or more students are not permitted to work on same topic together. Proposals submitted on the same topic by different students are liable to be rejected outright. The student may have one Guide and other Co-Guides. However, ICMR will recognize only ONE main Guide for all purposes.
• Indian National students who are studying in recognised medical/dental colleges of India can apply. Students who are holding OCI cards/ PIO cards/ NRI’s studying in Indian medical/dental college can also apply and copy of the OCI/ PIO/ NRI card must be submitted. Students from foreign medical/dental colleges are not eligible for this program.

Application

Click here to apply

For more information, visit ICMR Short Term Studentship .

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ICMR School of Public Health

Introduction to Systematic Reviews  for Dental Health Professionals

A self paced online certificate course

Any dental health researcher

Self-paced: enroll and compleate the course at any time

A minimum of 80% in each assignment is mandatory for successful completion and certification. e-Certificate will be sent to the registered e-mail id of successful participants at the end of  every month

• Video lectures
• Presentation slides
• Further readings

This course is part of the series of courses on health research offered by ICMR-NIE. Systematic reviews, as a method of conducting research synthesis, are becoming common. They provide much needed evidence in areas which lack a concrete consensus and are considered cornerstones of forming practice and policy guidelines. This course was born out of the need felt among dental health professionals across the country to understand the basic principles of conducting a systematic review. Over the course of our lectures, the participants will be able to grasp the most essential steps and understand the various activities involved while carrying out a systematic review. We expect the course to be useful to dental health professionals who have minimal to no exposure to systematic reviews.

Course faculty 

The instructors for this course comprise of a variety of public health experts who have gained vast experience in the field of health research. They also serve as faculty members at the ICMR School of Public Health of the ICMR-National Institute of Epidemiology, Chennai, India. These faculty members have been conducting epidemiological/public health research and have rich experience in publishing high impact factor, national and international journals.  

Dr. Rizwan S.A

Scientist D

Dr. K. Jeyashree

Dr. p. ganesh kumar, dr. p. rubeshkumar, dr. marie gilbert majella, dr. bhavani shankara.

Scientist - E

Dr. V. Saravana Kumar

M.Sc., Ph.D

Scientist - C

Teaching assistant

Dr. Madhumitha H

Course Layout

Course content

• ● Overview of Systematic Review and Meta-analysis
• ● Framing the review question
• ● Framing the eligibility criteria
• ● Sources of literature
• ● Strategies for searching the evidence
• ● Screening, selection and data abstraction process
• ● Assessing bias and data synthesis
• ● PRISMA- P and protocol registration

Assignment submission

• ● All lectures will have online assignments consisting of 5 multiple-choice questions (MCQs). 
• ● A minimum of 80% in each assignment is mandatory for successful completion. 

Certificate

• ● e-Certificate will be sent to the registered e-mail id of successful participants at the end of every month

Click here to enroll

Note: Name as entered during enrollment will appear in the e-Certificate e-Certificate will be sent to the registered e-mail id of successful participants at the end of every month

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Four BDS students of JMI gets ICMR Short Term Studentship (ICMR STS 2023) grant approvals

In synchronization with the vision of JMI, the research ecosystem of the Faculty prophesies more successful accomplishments in the coming years.

New Delhi :- It is a matter of great pride that four students of the Bachelor of Dental Surgery (BDS), Faculty of Dentistry, Jamia Millia Islamia (JMI) have been awarded research grant approvals for the year 2023- 24 under the prestigious Short Term Studentship (STS 2023) scheme by the Indian Council of Medical Research (ICMR), New Delhi.

The Short Term Studentship (STS) program, an initiative by ICMR, aims to encourage and support MBBS/BDS students towards health research. This provides an opportunity to undergraduate medical/dental students to familiarize themselves with research methodology and techniques by being associated with mentors/research faculty for a short duration on an ongoing research program. The value/ stipend awards to the student for the studentship for the year 2023 is Rs. 25,000/- per month for two months’ duration.

The Faculty of Dentistry has been at the forefront of encouraging research among the undergraduate students, with 12 students being awarded the prestigious ICMR-STS awards over the last 9 years. These awards have focused on dental as well as interdisciplinary topics such as COVID-19, temporomandibular joint, aphthous stomatitis, dental erosion, obstructive sleep apnea, etc. The student awardees carry out the research over a period of two months under the mentorship and guidance of their faculty guides.

The result of the ICMR-STS 2023 programme was declared on the official website of the ICMR  www.icmr.nic.in  on 14 th August 2023. This year, out of more than fifteen thousand submitted projects for undergraduate research grants, four students from Faculty of Dentistry- Ishita Singh, Deepali Garg, Snehal Sharma and Tarun Sharma were awarded the ICMR-STS 2023 grants. They will be carrying out the research under the guidance of faculty mentors, Prof (Dr) Mohammad Faisal, Prof (Dr) Shamimul Hasan, Prof (Dr) Harneet Kaur and Dr Vatchala Rani.

Within a short span of 13 years since inception, the Faculty of Dentistry currently ranks 10 th amongst all the Dental colleges of India as per the NIRF 2023 rankings. This is reflective of the focus and determination of the Faculty towards oral health research, dental education and outreach services to the community.

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ICMR revises rules, MBBS, BDS graduates having PhD can now apply for Scientist posts

Nagpur: Bringing good news to the medical graduates who wish to pursue their career in medical research, the Indian Council of Medical Research (ICMR) has amended its recruitment rules and allowed medical and dental graduates having a Ph.D. degree to apply for positions of scientist E, F, G, H, director, and DG (Director General) at the facility.

With these changes in the existing rules, now candidates with an MBBS+PhD and BDS+PhD degree will be eligible for the posts of scientists and assistant directors-general of ICMR.

Previously, only those candidates who have obtained a Ph.D degree after completing a traditional postgraduate degree in science (MSc) were eligible for the senior posts at ICMR. Taking the academic standards into account, an MBBS degree is considered to be equivalent to an MSc or Masters-level qualification.

Back in December 2020, Dr. Babasaheb Ambedkar National Students Federation, an organization formed by Medicos, had claimed that medical students with a Ph.D. degree should be considered for the post of ICMR scientists. The organisation had raised its voice against the advertisement that had clearly mentioned that only MS/MD degree holders could apply for those posts. Clearly, the MBBS + Ph.D. holders had been excluded from it.

Medical Dialogues had reported back in 2021 that paying heed to the objections made by medicos, ICMR had set up a committee for considering the aspect of including MBBS + PhD holders for the posts of scientists in grade E, F, G, H, director and Director General (DG) of the apex body.

Also Read: ICMR mulls Recruiting MBBS doctors holding PhD degrees as Scientists, forms committee

The eight-member panel, chaired by Dr. VM Katoch, former DG of ICMR, was looking into the scopes of revising the existing rules and amend the health research scientist cadre rules, 2007.

ICMR has finally amended the rules and the revised education qualification required for direct recruitment to senior-level scientist positions and the post of assistant DG at ICMR mentions, “MBBS or an equivalent degree recognized by the Medical Council of India or National Medical Council, with a PhD from a recognized university in specified subjects.”

Further, the specified subjects include various medical disciplines including internal medicine, community medicine, surgery, OBGY (obstetrics and gynecology), and pediatrics, along with a clear mention of “any relevant subject in medical/biomedical sciences.”

While commenting on the matter, Dr Siddhant Bharne from Nagpur, who has been actively involved with the issue and the demands of students, told the Times of India , “This is a significant victory for us and a progressive policy decision. We express our gratitude to the ICMR DG and the team for taking such forward-looking steps to support the MBBS graduates interested in research work in the field of medical science.”

“We have been advocating for this change since 2020. Through continuous follow-up, submitting memorandums, filing grievances and submitting RTI applications, we kept building pressure, which has finally resulted in this positive decision that will be implemented from this year,” he further added.

Mentioning how several doctors pursue PhD research and then wish to pursue further career in research in life sciences at ICMR, Dr. Bharne further added, “We need more doctors involved in medical research. The decision will provide them with a pathway, ultimately benefiting the people.”

To view the revised rules, click on the link below:

https://medicaldialogues.in/pdf_upload/icmr-scientist-210531.pdf

Also Read: ICMR invites applications for Summer Internship Program in Environmental Epigenetics, check out details

Barsha completed her Master's in English from the University of Burdwan, West Bengal in 2018. Having a knack for Journalism she joined Medical Dialogues back in 2020. She mainly covers news about medico legal cases, NMC/DCI updates, medical education issues including the latest updates about medical and dental colleges in India. She can be contacted at [email protected].

Comprehensive Guide to ICMR Research Topics for MBBS Students: Boost Your Medical Career

Did you know that over 80% of medical breakthroughs come from research? For MBBS students in India, working on research projects with the Indian Council of Medical Research (ICMR) can be an enriching experience that goes beyond textbooks. 

One MBBS student, under ICMR’s guidance, even helped develop a new diagnostic test for tuberculosis, showcasing the real-world impact of student research.

Participating in ICMR STS research projects provides you with valuable training in scientific investigation, critical thinking, and problem-solving. It will enhance your understanding of healthcare and open doors to exciting career opportunities.

In this guide, we’ll explore some of the most popular and relevant ICMR research topics for MBBS students. From clinical research to public health studies, you’ll find the perfect project to match your interests and career goals.

Table of Contents

What Is ICMR?

ICMR stands for the Indian Council of Medical Research. It is the top organization in India for organizing and promoting medical research.

Here are some key points about ICMR:

• Established in 1911, ICMR is one of the oldest and largest medical research organizations in the world.
• It is funded by the Government of India through the Ministry of Health and Family Welfare.
• ICMR aims to use new technologies to develop better ways to prevent and treat diseases that are important in India.
• It has 27 research institutes and centers across India that study many health topics.

What Is ICMR Research Topics?

ICMR supports and funds research in different areas of medical science, including clinical research, public health, and basic sciences. Here are some of the main research topics:

Clinical Research:

• New diseases
• Treatment methods
• Diagnostic techniques
• How diseases spread
• Patient care
• Quality of life studies

Public Health Research:

• Maternal and child health
• Environmental Health
• Health policies and systems
• Non-communicable diseases (like diabetes and heart disease)
• Communicable diseases (like infections)

Biomedical Research:

• Molecular biology
• Infectious diseases
• Cancer research
• Neuroscience
• Reproductive health

ICMR research topics for MBBS students aim to solve India’s most urgent health problems and advance medical knowledge worldwide. ICMR funds and supports researchers, universities, and medical colleges for these projects.

Importance of ICMR Research Topics For MBBS Students

Pursuing ICMR research topics is crucial for MBBS students because:

1. Practical Learning: It provides practical experience in biomedical research, enhancing skills like data analysis.

2. Critical Thinking: Students develop problem-solving abilities, vital for clinical practice.

3. Exploration: They can delve into various interests, from diseases to public health.

4. Contributing to Science: Research projects contribute to medical knowledge and may lead to new treatments.

5. Networking: Students connect with experts and peers, opening doors for future collaborations.

6. Credential Boost: Completing ICMR projects strengthens academic credentials and future career prospects.

7. Research Mindset: It fosters curiosity and evidence-based thinking, essential for ongoing learning in medicine.

How ICMR Research Enhances Your Medical Career:

Here are the following reasons for how ICMR research enhances medical careers.

• Research Skills: Students develop skills like literature review, study design, and scientific writing, which are valued in medicine.
• Academic Credentials: Completing projects shows dedication to research, making students competitive for future opportunities.
• Networking: Collaborating with experts offers networking opportunities and potential mentorship.
• Interdisciplinary Perspectives: Working with researchers from different fields provides a holistic view of healthcare challenges.
• Research Mindset: Engaging in research cultivates curiosity and evidence-based thinking, which is essential for medical practice.

By pursuing ICMR research projects, MBBS students gain practical experience, develop skills, contribute to knowledge, and enhance their medical careers.

List of ICMR Research Topics For MBBS Students

Here are the ultimate ICMR research topics for MBBS students:

Clinical ICMR Research Topics For MBBS Students

Clinical research is at the forefront of advancing medical knowledge and improving patient care. MBBS students can explore these clinical research topics, such as:

• New Diseases and Treatments: Explore diseases like COVID-19 and new treatments for infections.
• Understanding Diseases: Study chronic conditions like diabetes or heart disease to find ways to prevent them.
• Better Diagnostics: Research new tools and tests to diagnose diseases early.
• Improving Patient Care: Find ways to make patients with chronic illnesses more comfortable and improve their quality of life.

Public Health ICMR Research Topics For MBBS Students

Public health research is pivotal in promoting the well-being of communities and populations. MBBS students can contribute to this field by exploring topics such as:

• Maternal and Child Health: Look into factors affecting the health of mothers and children.
• Nutrition: Investigate malnutrition and ways to ensure everyone has enough food.
• Environmental Health: Study how pollution affects health.
• Health Policies: Evaluate healthcare policies and systems.

Biomedical ICMR Research Topics For MBBS Students

Biomedical research is a rapidly advancing field encompassing various disciplines, including molecular biology, genetics, immunology, and neuroscience. MBBS students can explore exciting topics such as:

• Molecular Biology: Understand how diseases work at a molecular level.
• Immunology: Study the body’s defense system against diseases.
• Cancer Research: Explore ways to treat and prevent cancer.
• Neuroscience: Learn about the brain and conditions like Alzheimer’s disease.

Biotechnology ICMR Research Topics For MBBS Students

Biotechnology uses living things to create new tools. MBBS students can study topics like gene editing and stem cells to improve healthcare.

• Genetic Engineering: Explore using gene editing technologies to treat genetic disorders.
• Stem Cell Research: Investigate how stem cells can help regenerate tissues and organs.
• Bioinformatics: Use computers to analyze biological data and find patterns.
• Agricultural Biotechnology: Research genetically modified crops and sustainable farming practices.

Pharmacological ICMR Research Topics For MBBS Students

Pharmacology looks at how drugs work in the body. Students can explore finding new medicines and traditional remedies to help patients.

• Drug Discovery: Focus on finding new drugs and therapies.
• Drug Effects: Study how drugs are absorbed, distributed, and metabolized in the body.
• Drug Safety: Investigate adverse drug reactions and safety measures.
• Traditional Medicine: Explore the benefits of plant-based medicines.

Environmental Health ICMR Research Topics For MBBS Students

This research looks at how the environment affects health. Students can study topics like climate change and healthy practices.

• Climate Change: Examine how climate change affects air quality and disease spread.
• Workplace Safety: Investigate hazards in different workplaces and how to prevent them.
• Toxicology: Study how chemicals in the environment affect human health.
• Sustainable Healthcare: Explore eco-friendly practices in healthcare facilities.

Health Economics and Policy ICMR Research Topics For MBBS Students

This research looks at money and rules in healthcare. Students can study health insurance and how policies affect healthcare.

• Health Insurance: Evaluate different healthcare financing models.
• Resource Allocation: Assess how healthcare resources are distributed.
• Policy Impact: Study how healthcare policies affect access and outcomes.
• Health Equity: Investigate disparities in healthcare access.

Medical Education ICMR Research Topics For MBBS Students

This research looks at how to teach doctors. Students can study using technology and training teachers to help medical students learn better.

• Curriculum Development: Explore new ways to design medical school curriculums.
• Technology in Learning: Investigate how digital tools can enhance medical education.
• Team-Based Learning: Study how collaboration improves learning outcomes.
• Faculty Development: Evaluate programs to support medical school faculty.

Top ICMR Research Topics for MBBS Students

• Infectious Diseases and Epidemiology
• Public Health and Preventive Medicine
• Clinical Research and Trials
• Non-Communicable Diseases (NCDs)
• Genetics and Genomics
• Health Systems and Policy Research
• Emerging Technologies in Medicine

List of Trending ICMR Research Topics

• COVID-19 Impact on Healthcare Systems
• Antibiotic Resistance Patterns
• Mental Health and Psychiatry
• Maternal and Child Health
• Chronic Diseases like Diabetes and Hypertension
• Innovations in Cancer Treatment
• Vaccination Coverage and Efficacy

How to Choose the Right ICMR Research Topics?

Picking the right research topic for your ICMR project is super important as an MBBS student. Here’s how to do it:

• Know what you like and what you’re good at in medicine.
• Stay updated on what’s new in medical research and what’s important.
• Get advice from experienced mentors or researchers.
• Consider things like what resources you need and how much time you have.

Choosing a topic that matches your interests, fits what’s happening in medicine, and is doable will make your research experience great.

Good ICMR Research Topics For MBBS Students PDf

Here are the ICMR research topics for MBBS students pdf:

Tips for Choosing the Best ICMR Research Topics For MBBS Students

Selecting the right research topic is crucial for a successful and meaningful project. Here are some tips to consider:

• Follow Your Interests: Pick a topic that excites you and matches your career goals.
• Find Resources and Mentors: Make sure you have the support and tools you need.
• Consider Feasibility: Make sure your project is doable within your timeframe.
• Think About Impact: Choose a topic that can make a difference and be published.

What Are Some Topics For Icmr Ug Research?

Here are some research topics for ICMR UG students:

These are just a few examples of the many research topics available for ICMR UG projects. Students can explore these areas or delve into other topics based on their interests and the current needs in the field of medical research.

Pursuing ICMR research projects for MBBS students lets you explore different areas of healthcare, improve critical thinking, and contribute to medical knowledge. Choose a topic you’re passionate about, get support from mentors, and embrace the challenge!

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Thrust Areas of Research

• हमारे बारे मे
• महत्वपूर्ण विषय
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• Diarrhoeal Diseases to monitor changing spectrum of enteric pathogens and to identify newer pathogens.
• Development of tools for disease surveillance.
• Development of DNA probe or PCR based diagnostic system for diagnosis of E. histolytica and cryptosporodium parvum by molecular biological tools.
• Studies on Molecular Epidemiology of Enteric Pathogens - Genetic characterization of V. cholerae strains.
• Molecular characterization of multi-drug resistant shigella flexneri.
• Studies on rotavirus surveillance on disease burden.
• Studies on Rotavirus strain diversity.
• Molecular characterization of viruses viz. rotaviruses, human calcivirus, arbovirus, hepatitis virus.
• Development of effective superior oral rehydration solution.
• Impact of micronutrients in management of diarrhoea.
• Vaccine trial studies - typhoid, cholera.
• Estimation of burden of disease due to lymphatic filariasis.
• Development of diagnostic/monitoring tools for filaria vectors.
• Development of intervention strategy for filariasis with emphasis on drug delivery mechanism, advocacy, monitoring and evaluation, cost effectiveness.
• Genome mapping of filaria vector species and benefit.
• Development of newer tools for diagnosis and control of filaria vectors (tools for vector control, parasite control, surveillance and morbidity management, molecular/ immunological/ genetic markers and diagnostics)
• Epidemiological studies including mapping, stratification and establishing cause and effect relationship using Geographic Information System (GIS) site specific dynamics of infection, transmission and disease and estimation of disease and economic burden.
• Studies to understand the immunological and molecular basis of host parasite interaction.
• Studies on drug susceptibility/develop appropriate drug regimen.
• Studies on dynamics of disease progression for disease management.
• Effectiveness of immuno-prophylactic at individual and community level.
• Studies on development of macrofilaricidal drugs.
• Application of decision making tools, particularly mathematical models for forecasting the trend of infection/disease and predicting the long term impact of intervention and selection of appropriate site specific strategy and duration of intervention(s) (Statistical /Mathematical models, economic evaluations, rapid assessment procedures and mapping, sampling protocols, algorithms for morbidity management, molecular epidemiology, DNA fingerprinting for exposure studies).
• Natural history studies in HIV infected individuals.
• Identify immunological parameters for pathogenesis, progress and therapy in infection.
• Assessment of impact of intervention in mother to child transmission.
• Development of new products (vaginal microbicides) and evaluation of efficacy of new as well as old products.
• Drug resistance pattern of the virus in different parts of the country..
• Initiate basic, operational and preventive studies on HIV-TB.
• Initiate studies on chemoprophylaxis of TB in HIV-TB patients.
• Development of HIV-AIDS vaccine and clinical trials.
• Development of combined HIV-TB vaccine.
• HIV/AIDS Disease Burden and Socioeconomic impact.
• Antiretroviral therapy and various aspects related to the ART.
• Social behavioural studies.
• Initiate molecular epidemiology studies to understand transmission dynamics.
• Use GIS and satellite images to develop an epidemic prediction tool.
• Diagnostic tools for early detection of visceral leishmaniasis and post kala-azar dermal leishmaniasis (PKDL).
• Evaluation of various diagnostic tools.
• Cloning and characterisation of stage specific genes from clinical isolates of Leishmania donovani.
• Identification of specific genes of L. donovani using genomic micro-assays.
• Study the biochemical and molecular characteristics of SAG responsive and unresponsive isolates.
• Research and development of leishmania vaccine.
• Behavioural surveillance.
• To understand the differential gene expression of M.leprae using genomic approaches.
• Ultrastructural study of leprosy granuloma and blood vessels using immunoelectron-microscopy and molecular methods.
• Investigations on the relationship between hormone levels and progression of disease in women.
• Structural studies of cell transition in pathogenesis of mycobacterial diseases.
• Three dimensional study of mycobacterial granuloma to understand disease process.
• Auto-antibodies in children leprosy cases.
• Nitric oxide metabolites in leprosy patients with type 2 reactions.
• Study of anti-cytokine antibodies in leprosy.
• Molecular epidemiological studies using RAPD, IS 6110, AFLP and other methods.
• Quantitative assessment of mutations by real time PCR of genes encoding for resistance.
• Molecular methods for drug resistance in leprosy and Study drug resistance in animal model.
• Drug permeability and pharmacokinetics.
• Proteomic approaches to understand mechanisms of intracellular parasitization and drug resistance etc.
• Immunotherapy in borderline leprosy.
• Electrophysiological study of peripheral nerves in leprosy and diabetes mellitus to understand prognostic markers.
• Early prevention of deformities and different surgical intervention studies.
• Study on social aspects.
• Develop serological techniques and DNA probes for diagnosis of leprosy at a very early stage.
• Design new drug regimen to shorten treatment and for preventing relapse.
• Follow up patients released from treatment to assess relapse rate.
• Molecular biology and genomics of mycobacteria.
• Estimation of malaria disease burden.
• Development of sustainable vector control strategies.
• Cost effectiveness studies on various intervention measures.
• Bionomics of malaria vectors.
• Molecular characterisation and parasite biology by development of molecular markers to characterize P. vivax and P. falciparum isolates.
• Development of molecular and immunodiagnostic methods.
• Identification of members of An. dirus and an. minimus complexes using molecular diagnostic techniques.
• Studies on identification of sibling species.
• Genetic structure studies of An. culicifacies and fluviatilis using molecular markers.
• Monitoring of therapeutic efficacy of commonly used antimalarials and alternative treatment regimens for resistant parasite.
• Evaluation of rapid diagnostic kits for malaria diagnostics.
• Management of insecticide resistance.
• Application of Remote Sensing and GIS in Epidemiology of malaria.
• Development of epidemic forecasting tools for malaria using environmental parameters.
• Social marketing, distribution, community acceptance and evaluation of insecticides impregnated bednets / curtains etc. for personal protection.
• Health Impact Assessment and Management Information Systems (MIS) and its efficiency.
• Development of field site for vaccine trial.
• Bayesian statistics and its application.
• Small sample estimation in rare diseases.
• Optimum utilization of secondary data.
• Life style diseases.
• User satisfaction of health services.
• Develop criteria for rating of hospitals.
• Evidence on effectiveness of PPP.
• Good Governance in health care.
• Evidence on effectiveness of decentralization.
• Evidence that  population norms(SC-3000-5000, PHC-20000/30000 etc)  for primary health care institutions are rational/appropriate.
• Effectiveness of Emergency Medical Services.
• IT related health hazards.
• GIS in health care.
• Proxy measures of physical health.
• Cost effective surveillance systems.
• Community participation in research.
• Demography of unstable population.
• Health Insurance.
• Assessing health needs of the country.
• Availability, acceptability and accessibility of  health interventions.
• Health technology assessments such as cost effectiveness of interventions.
• Tracking of resources for health (including for health research).
• Availability and means of financing of health interventions.
• Access to and equity in health services for vulnerable populations.
• Biological, social, economic, cultural, and structural/environmental factors that influence vulnerability and disparities.
• Identification, description and analyses of health disparities at the population level.
• Intervention research that informs the development of responsive programmes, policies, and practices.
• Interaction/mediation of social disadvantage with other determinants of inequality, including poverty, social cohesion, gender and ethnicity, and how they influence health.
• Intervention research for seeking evidence useful for policy making.
• Evidence base on impact of public-private partnerships on the public health services, and their role in equity in health access.
• Urban health.
• Violence and health care in conflict situations.
• Health care in disaster situation.
• Gender and health.
• Studies on the use and misuse of medical technologies.
• Estimation of disease burden in tribals.
• Study of risk factors for life style disease among tribals.
• Studies on Haemoglobinopathies in the Tribal population.
• Impact of health education and counselling on knowledge, attitude and practices of sickle cell.
• Health and morbidity profile studies in primitive tribes.
• Study on the causes of childhood mortality and morbidity and prevalence of anaemia and iodine deficiency disorders among the primitive tribes.
• Health and nutritional status of tribes with special focus on micronutrients.
• Studies on utilization of traditional system of malaria in dwindling tribes.
• Studies on transmission dynamics of malaria.
• Epidemiology and etiology study of acute diarrhoea disease.
• Stratification of high malarious areas based on vector species prevalence in different eco-epidemiological systems for planning effective situation specific malaria control strategy - a multi centric study.
• Studies on Characterization of P. falciparum prevalent in tribal areas.
• New generation of TB vaccines: inactivation or removal of selected genes from slow growing mycobacteria, targeted manipulation of immune responses by novel vaccine delivery system.
• Drug development: using proteomic studies to identify several targets crucial for bacterial survival in-vivo.
• Identify newer HLA and non-polymorphisms: using genomic and immunological techniques.
• Transmission dynamics: through molecular epidemiological studies using computational graphics and micro-array studies.
• Identify promoters and regulators of metabolism of mycobacteria for expansion of antigens and molecules that can be retilized as candidates vaccines and drug targets.
• Validate newer diagnostic methods.
• Develop rapid and reliable diagnostics for early diagnosis and reliable diagnostics for early diagnosis and monitoring of treatment.
• Develop and tests more effective and shorter duration regimens for pulmonary and extra-pulmonary tuberculosis.
• Demographic distribution of types of drug resistance using modern biological techniques.
• Clinical trials with new drugs and evolving better regimens with existing chemotherapy tools.
• Development of safe and effective regimens for the management of MDRTB.
• Studies to estimate the burden of tuberculosis and the annual risk of infection in endemic communities.
• Studies to reassess the role of conventional risk factors and identify newer ones especially in the light of the HIV epidemic.
• Studies to define behavioural patterns of patients and providers in the DOTs programme.
• Exploratory studies for promoting public-private partnerships for tuberculosis control.
• Search for new antigens of M.tuberculosis capable of inducing strong T helper type 1 (Th1) response in healthy contacts of tuberculosis patients.
• Development of early warning system for JE and dengue Molecular based tools.
• Host parasite interaction in dengue.
• Evaluation of an insecticide impregnated paddle ovitrap for controlling dengue vector Ae. Aegypti.
• Development of information technology related forecasting models for JE and dengue,
• Role of non-structural proteins in development of vaccines,
• Immunoprotective and immunopathogenic mechanism in JE, and dengue virus infection in mice.
• Immunopathogenic mechanisms and pathophysilogy of dengue hemorrhagic fever in humans.
• Role of rats in the transmission of HEV.
• Study of immune response and cytokine patterns in patients with HCV infection.
• Study on the efficacy and safety of available antiviral drugs against influenza.
• Evaluation of Membrane Filters for sewage treatment and water purification plants.
• Effect of ecological changes on Aedes aegypti in urban and semiurban eradication program.
• Assessment of role of HCV HVR1 and host HLA status in progression of hepatitis C.
• Assessment of host/virus factors leading to fulminant hepatitis E & A.
• Genomic characterization of hepatitis E and A viruses circulating in India.
• Monitoring of sewage and Water treatment plan for the presence of HAV and HEV.
• Detection of dengue virus in field caught larvae in endemic regions.
• Development of ELISA for the diagnosis of Adeno virus infection.
• Generation of HIV-1 subtype C based DNA vaccine candidates and assessment of prime-boost immunization strategy in mouse model.
• Development of vaccine for hepatitis E + A Virus Infection.
• Development of a combined ELISA for the detection of anti HCV, anti-HIV antibodies and HbsAg.
• Preparation of egg yolk antibodies against rotavirus.
• To detect transmission of OPV strains.
• Full genome sequence analysis of vaccine virus isolated from AFP cases and environment.
• Role of enteroviruses in CNS diseases.
• Development of new rapid diagnosis and strain characterization tools.
• New Enterovirus types (detection and characterization).
• Isolation and genotype characterization of measles virus.
• Epidemiology of measles.
• Developing PCR for measles virus detection.
• Genotyping of HBV infection in different parts of India to point out the genomic diversity in HBV infection and prediction of disease transmission to the genotype of the individual..

Gamete Cell Biology and Gonadal function

• Germ stem cell differentiation.
• Gene expression and cell - interaction during oogenesis and spermatogenesis.
• Apoptosis in reproductive tissues.
• Ovarian dys function.

Molecular mechanism of fertilization, embryo development and implantation

• Stagespecific expression of gamete antigens.
• Fertilization and Embryogenesis.
• Endometrial receptivity of implantation following the use of Gene array technology.
• Molecular basis of implantation and functional characterization of implantation associated gene expression.
• Sexual differentiation and genomic imprinting mechanism

   Mechanism of action of protein, steroid hormones and growth factors

• Structure and function relationship and regulation of hormones and growth factors.
• Receptorology and signal transduction and designing of new agonist and antagonist to ligands and receptors.
• Production of hormones by recombinant DNA technology.
• Endocrine, paracrine and intracrine regulation of gonadal function, using genomics and proteomics approaches.
• Rationale drug design.

Fertility regulation

• Development of innovative system for contraception and interception for pregnancy (inhibition of fertilization, leuteolysis and anti-implantation).
• Emergency contraceptives and its mechanism of action.
• Neuromodulation of pulse generators.
• Relative importance of LH, FSH and testosterone in spermatogenesis.
• Factors associated with infertility and newer strategies to overcome it.
• Alternative system of medicine in fertility control.

Implantation, placentation, lactation and the immunobiology or reproduction

• Molecular basis of implantation failure.
• Endometrial angiogenesis.
• Hormonal control of uterine bleeding.
• Endocrine and paracrine regulation of implantation.
• Genetic and molecular basis of spontaneous abortion.
• Molecular basis of endometriosis .
• Feto-maternal interaction and maternal recognition of pregnancy.
• Immuno-competence and mucosal immunity of male and female reproductive tract.

Impact of nutrition and environmental pollution on reproduction

Product development in reproduction health

Such projects will be encouraged, provided they are accompanied by an industrial collaboration

• Cu IUD - Newer technology.
• Condom - Inspiral.
• Tubal rings.
• Diagnostics for Reproductive Health.

Reproductive Health and management

Ovarian and Breast cancer

• Prostatic cancer - Androgen independent prostate cancer.
• Premature ovarian failure and PCO.
• Endometriosis.

Molecular basis of STD and RTI

• Etiology of infections.
• Vaccines for prevention and control of infection.
• New therapeutics including herbal products for control of infections.
• Diagnostic markers.
• Evaluation of recently available post partum IUDs for their efficacy.
• Evaluation of improved contraceptive implants, single rod and reformulated Norplant II, and newer generation of IUDs such as frameless IUDs in clinical settings as potential candidates for inclusion as contraceptive choices.
• Pre-programme introduction studies with contraceptives evaluated in clinical trials, particularly injectables and implants, to study their acceptance in programme conditions and logistic requirement for their introduction.
• Evaluation of comparative efficacy of different regimens available for emergency contraception (levonorgestrel, CuT200, RU 486).
• Evaluation of hormonal contraceptive  methods for males.  
• Evaluation of  female condom so as to provide a user-controlled  method to women which will also protect them from STIs. 

Basic Research

• Study of genetic and immunological aspects of PIH.
• Study of endothelium derived relaxing factor in PIH.
• Biology of PIH.
• Placental transfer of nutrients.
• Cell mediated immunity and anaemia.
•     Fibronectin in the prediction of pre-eclampsia.
•     Electroencephalography and C T study of the brain in eclampsia. 
•     Chorioamnionitis as an etiological factor in abruptio placentae.
•     Urogenital infections in the etiology of preterm labour/premature rupture of membranes.
•     Investigation of recurrent pregnancy loss with reference to the role of antiphospholipid antibodies.
•     Prevention, detection and management of genetic and genetico-environmental disorders.
•     Effect of food supplementation on energy balance of pregnant women.
•     Effect of varying doses of calcium supplementation on the incidence and severity of pre-eclampsia and other related problems.
•     Universal screening for diabetes mellitus in antenatal women using glucose challenge tests.
•     Prediction and management of IUGR using doppler studies.
•     Role of doppler in the management of post dated pregnancy.
•     Comparison of aggressive and expectant management of severe PIH at 28-32 weeks of gestation.
•     Prophylactic administration of newer generation antibiotics in the management of preterm labour.
•     Epidemiological study of recurrent abortions.
•     Research in training needs and processes for health manpower development.
•     Improvement of communication and manipulative skills.
•     Formation of self help groups for financing and transport in obstetric emergencies.
•     Non utilization of delivery services at PHCs/CHCs.  
•     Developing models and processes for decentralised participatory planning for RCH services through the District Health System
•     Strategies to strengthen emergency services and referral for life threatening obstetrical morbidity.
•     Testing quality assurance mechanism for obstetric care at the community, PHC and referral levels.
•     Study on prophylactic use of Carboprost for prevention of PPH at PHC level.
• Community based Research
• Chronic parastic infections and low birth weight.
• Perception of women on obstetric morbidities.
• Gender role and maternal health.
• Strategies to improve post natal care in the community.
• Assessment of risk of maternal morbidity and mortality associated with  anaemia and adverse pregnancy outcome.
• Assessment of  traditional medicines for control of anaemia and other complications during pregnancy and childbirth.    
• Development and validation of a simple criteria for diagnosing neonates with sepsis. 
• Home-based management of neonates with sepsis.  
• Organisms causing neonatal sepsis in the community and their antimicrobial sensitivity. 
• Surveillance of pathogens causing diarrhoeal diseases in children. 
• Epidemiology of childhood asthma.  
• Testing of efficacy of available interventions for asphyxia. 
• Home-based management of LBW neonates. 
• Care-seeking behaviour of families for their sick neonates and impediments to early  care-seeking.
• Studies on traditional beliefs and practices in newborn care in different communities.   
• Development of low-cost primary newborn care technologies : mouth-to-mask resuscitation and kangaroo mother care. 
• Impact of bacterial vaginosis and urinary tract infections on the incidence of prematurity/LBW. 
• Association of LBW with maternal energy expenditure, tobacco abuse, nutritional deficiencies, malaria and household smoke; and interventions(single or in combinations) aimed at reduction of LBW. 
• Prevalence of genetic disorders and birth defects in different communities. 
• Status of newborn care services at the secondary level. 
• Involvement of Panchayat raj institutions (PRIs) in implementation of the RCH programme.  
• Develop database for state and district profile  of  RCH indicators and services.
• Development of a foetal growth chart for classifying neonates as appropriate-for-date, small-for-date and large-for-date. 
• Room air resuscitation of neonates and long-term neurodevelopmental outcome of babies thus resuscitated. 
• Risk factors and surveillance of antimicrobial resistance among organisms causing hospital-acquired neonatal sepsis.
• Effect of early interventions (such as phenobarbitone therapy and brain cooling) among neonates with birth asphyxia on mortality and neurodevelopmental outcome. 
• Interventions for bacterial vaginosis and urinary tract infections to reduce the incidence of prematurity. 
• Development and validation of a simple tool for evaluating neurodevelopment status of at risk neonates. 
• Epidemiology of transmission of HIV through breast milk.                  
• Kangaroo mother care in the management of very low birth weight babies. 
• Burden of disease of retinopathy of prematurity (ROP) and interventions for its primary and secondary prevention.  
• Application of oil on skin as a method of energy supplementation and thermal. Protection. 
• Post-natal growth norms of LBW/preterm babies. 
• Norms for bilirubin levels among breast-fed neonates and predictors of hyperbilirubinaemia.
• Genetic/molecular epidemiology of pathogens of newborn sepsis.
• Development of low cost, simple diagnostic tests for genetic disorders. 
• Development of a low cost indigenous surfactant for RDS. 
• Basic research on  determinants of kernicterus. 
• Developmental biology of the newborn.
• Strengthening of the National Neonatal Perinatal Database.
• Training in epidemiology, research methodology and networking.
• Infectious disease diagnosis at the field facility and institutional levels and  molecular epidemiology of major pathogens of perinatal-neonatal disease.
•  Setting up genetics units aimed at prenatal diagnosis of genetic disorders.
• Clinical trials on newer non-surgical methods of MTP and comparative study of medical vs surgical methods (manual vacuum aspiration) for early termination of pregnancy.
• Epidemiological  studies on unwanted pregnancies and abortions.
• Database for morbidity of unsafe abortions.
• Operationalisation of safe abortion services at PHC level.
• KAP studies on awareness of doctors and paramedical workers for safe abortions.
• Develop indicators for quality and coverage of safe abortions for effective monitoring.
• Study of unwanted pregnancy and abortion: perceptions, problems, utilisation of services.
• Evaluation of functioning of existing laws for safe abortion and selective, gender based abortions.
• Enhancing awareness of the traditional birth attendants, ANMs/LHVs and RMPs and private medical practioners with regard to safe abortion services and prevention of complications of abortions.
• Study of factors responsible for underutilisation of safe abortion services.
• Enhancing utilisation of safe abortion services by the community.
• Need based operational research to improve efficiency of safe abortion services.
• Evaluation of MTP training programmes to improve the quality.
• Innovations in training programmes.
• Community needs assessment for unmet need for abortions.
• Pre- and post-abortion counselling.
• Barriers in accepting MTP services: social attitudes, confidentiality, lack of information and affordability.
• Ways and means of improving contraceptive acceptance, particularly spacing methods so that the chance of unwanted pregnancy can be minimised.
• Community based studies on post abortion morbidity of both legally and illegally induced abortions.
• Molecular  basis of STDs and RTIs.
• Diagnostic markers for RTIs/STDs.
• Studies on polycystic ovaries/syndrome.
• Simplified approach to diagnosis and management of infertility at the PHC level.
• Community based studies on magnitude, causes and psychosocial consequences of infertility.
• Magnitide, complications and prevention of teenage pregnancies.
• Susceptibility of infections in adolescents.
• Studies on the onset of puberty, wet dream and the adolescents attempts at self education in sex.
• Adolescent sex behaviour patterns and factors responsible for high risk sex behaviour in urban and rural areas , out of school, working group, street children etc.
• Develop culture-appropriate instruments to study the sex behaviour patterns in different age groups.
• Prevalence of STIs/HIV infection among adolescents.
• Intervention strategies for effective IEC programme to address the sexuality issues  and study its impact on behavioural/ attitudinal changes.

Low Birth Weight

    To determine the prevalence of LBW and pre-term deliveries across the entire population and to determine regional disparities where evident.     Identification of nutritional risk factors for adverse birth outcomes.    Identification of specific breast feeding and dietary needs of LBW infants.

Nutrition, Infection, and Reproductive Health

    To determine the prevalence of infections including RTIs in women and interaction with nutrition.     Studies for better understanding of the interactions of infection with nutrition on the development of the immune system.     Role of probiotics  in immune stimulation

Foetal Antecedents of Adult Disease

    Studies to assess the potential long-term consequences of foetal malnutrition/LBW.     Systematic evaluations of the concept of "programming" of metabolism and accelerated development of chronic diseases (diabetes, insulin resistance syndrome, obesity and cardiovascular diseases) in Indian population.     Evaluations of the potential role of specific macro- and micro-nutrients [lipids, polyunsaturated fatty acids (PUFA), antioxidants, folic acid, iron, zinc and calcium] in the ontogeny of adult disease, and the impact of nutrition on gene expression.

Micronutrients

    To assess the prevalence of  multiple micronutrient deficiencies (iron, folic acid, vitamin A, zinc, riboflavin, calcium and others) during pre-pregnancy, pregnancy and lactation in Indian women, adolescents and  children.     Studies  on the causes and functional consequences of micronutrient deficiencies throughout India.     Identification of factors in indigenous foods of India which influence absorption and bioavailability of iron and other micronutrients.     Identification of micronutrient interactions associated with indigenous diets of Indian population that might influence bioavailability.     Methods for micronutrient delivery (food-based from regional diets, non-traditional foods, food fortification and evidence based micronutrient supplementation).     Development of improved methods for assessment of iron deficiency anaemia and other micronutrient deficiencies appropriate for field use under conditions found in India.     Identify factors influencing bioavailability of micronutrients in infants fed human milk (throughout lactation) and indigenous complementary foods in India.

Malnutrition

    Development, evaluation, and implementation of home-based management strategies for children with severe grade malnutrition.     Studies to validate reliable nutrition interventions  to improve growth, particularly in young girls and to determine optimal ages for maximum effectiveness of interventions.     To identify additional risk factors such as parasitic infections and their mediating effects on gastrointestinal function and subsequent growth and development.

Food Safety

    Assess the impact of nutritional status on susceptibility to food-borne infectious diseases.     Develop new and more rapid methods to detect food-borne pathogens.     Studies on the effects of food contaminants and adulterants on human health.

Environment and Nutrition

    Investigate the interactions between environmental pollutants like lead and nutritional status and the impact of these interactions on outcomes such as cognitive and behavioural development of children and adolescents.

Nutrition and Non-communicable Diseases

    Determine factors that would increase the effectiveness of life-style and motivational approaches to sustain (or increase, as appropriate) physical activity to decrease the risk of non-communicable diseases associated with increased caloric intakes consequent to urbanization and rapid technological change.

Food analysis

    Nutrient composition of indigenous foods including analysis of phytochemicals and other bioactive components.

Nutritional Problems of Ageing

    Studies on the prevalence of osteoporosis and possible interventions.

Genetically Modified Foods

    Studies on the health effects of GM foods.

Centre for Advanced Research & Excellence

• Acute Myeloid Leukemia
• Clinical Pharmacology
• Virtual Autopsy
• Young Diabetes
• Inflammatory bowel diseases
• Pancreatic Disorders
• Exhaled breath condensate
• Upper Limb Post-Stroke Rehabilitation
• Centre for Advanced Research & Excellence in mHealth

Cardiovascular Diseases Ongoing

•  Hypertension
• Myocardial infarction
• Heart Failure
• Cardiac rehabilitation
• Hypertrophic cardiomyopathy
• Cardiac channelopathy
• Digoxin in Rheumatic heart diseases
• Congenital heart defects
• District level Integrated NCD observatory
• Exosomes&MiRNA as biomarker
• Health economics
• Clinical trials
• Myocardial infarction in young adults

Neurological Disorders Ongoing

• Stroke registries
• Indian Stroke Clinical Trial Network
• Indian Stroke Research Network
• Acute Stroke care pathways  / Mobile Stroke Units
• Dementia – Skill based Neuropsychological Test Battery
• Amyotrophic Lateral Sclerosis
• Multiple Sclerosis registry
• Brain bank network
• District level observatories for neurological disorders
• Integrating neurological diseases in primary care
• Cost effective/affordable methods for neurological healthcare delivery
• Culturally appropriate strategies and policies for

-    stroke rehabilitation -    epilepsy care

Oncology Ongoing

• Cancer Screening and Early DetectionBiomarkers
• Cancer Prevention
• Cancer Genomics
• Hereditary Breast and Ovarian cancers
• Management of Cancer
• Cancers in North East
• Pattern of Care and Survival studies
• Oral Cancer
• Lymphoma Subtypes in India
• Urological Cancers
• Cancers and Infection
• Triple Negative Breast Cancer and Chemoresistance
• ICMR/NCI/DBT Collaborative Programme
• ICMR-EU Collaborative Programme

Endocrinology

• Epidemiology
• Impact of Yoga
• Registry of Young Age at Onset
• Diabetes Cohort Study
• Diabetes and COVID-19

Community Based Behavioral Change for Reducing Diabetes Secular Trends in Prevalence and Prevention of Diabetes Mutations in MODY and NDM by Translational Genome Research.

Oral Health Proposed

• Geriatric Oral Health
• Dental Caries Research
• Temporomandibular Joint disease
• Periodontal Disease
• Oro-dental & maxillofacial Injuries
• Dental Biomaterials
• Saliva Immunology

Gastroenterology Ongoing Task Force

• Insulin resistance in overweight adolescents
• Liver Disease
• Pancreatitis
• Chronic Pancreatitis registry in India
• Asymptomatic Gallstones

Ongoing    

• Capacity building of health system
• Setting up of “ICMR-Centre for Advance Research for Snakebite” abbreviated as “I-CARE for Snakebite”.

Nephrology & Urology

• Dialysis registry for CKD
• Role of urinary exosomes
• Biomarkers for predicting kidney damage.
• Genetic susceptibility to CKD
• Nonproteinuric phenotypes in diabetic kidney disease.
• Tubulointerstitial kidney diseases.
• Acute Kidney Injury

Muscular Dystrophy

•    Human skeletal muscle disease biobank. •    Duchenne muscular dystrophy

Mental Health

• Implementation research –NMHP
• Neuromodulation
• Development of  Indian version of mental health screening tools
• Mental illness trajectories
• Use of technology to improve access to care
• Intimate partner violence and sexual abuse
• Screen addiction
• Substance use disorders

Geriatric Medicine

• Molecular biology studies
• Care giver training programs
• Health systems research.

Environment, Climate Change and Pulmonary Medicine

• ICMR’s Network Of Pulmonary Fibrosis (INPF)

Proposed Task Force Project

• Epidemiology of Chronic Respiratory Illness
• Air pollution
• Air Quality, Microenvironment & Infectious Diseases

Disability, Rehabilitation & Assistive Technology

• Hearing Impairment and Deafness
• Learning disabilities among school children

Opthalmology Proposed

• Optic nerve and neural retina regeneration
• Rapid diagnosis of fungal keratitis

Trauma , Injuries , Emergencies and Burns : Ongoing:

• House hold Burns
• Standardisation of Emergency Care Module
• Trauma Quality Improvement Program
• Road Traffic Injuries
• Sports related injuries
• National Burns Registry
• Variation in the structure of organs, their nerve; blood supply   and musculature.
•  Developmental Anatomy and Teratological studies for studying effects of chemicals/drugs on developing fetus at gross and microscopic level.
•  Research on special stains for immunohistochemical localisation and confirmation of morphological changes using electron microscopy.
• Neuroanatomy/Neurobiology : Application of molecular methods ,  confocal microscopy, imaging etc.
• Anthropometric measurements at various stages of fetal development;
• Placental changes in normal and abnormal conditions.
• Microscopies - Electron microscopy  (TEM & SEM), confocal microscopy and imaging; data base for prevalence of congenital malformations in various states and their categorization; developing computer programmes/multimedia in Anatomy and  Plastination of human body parts.
• Role of proteases in regulating different biochemical processes;
• Biochemical and structural biological aspects of substrate-inhibitor interactions; and
• Lipid biochemistry pertaining to biomembranes in the areas related to phospholipid and sphingolipid metabolism, lipid rafts and second messenger generation in health and disease.
• Signal transduction pathways related to G proteins, phsopholipases, protein kinases, phosphatases and phosphorylases in health and disease.
• Protein modification and structural changes by acetylation, palmitoylation, phosphorylation etc. in health and disease.
• Role of transcription factors in health and disease.
• Identification of enzymes of clinical significance for diagnosis and monitoring of disease.
• Regulation of expression of gene expression at mRNA and protein levels in health and disease.
• Research in basic biochemistry as well as molecular biology of following pathogenic organisms with special reference to cloning the genes having potential for vaccine development:
• Developing epitope based immunogen against different stages of P. falciparum using inbuilt immumoadjuvants and novel delivery system
• Identification of mycobacterial proteins (secretory/cell wall/ M.tuberculosis complex specific) on the basis of their reactivity to T cells of healthy and tuberculous human population.
• Evaluation of a subunit vaccine (single/multicomponent) consisting of mycobacterial proteins best recognized by human population, in mouse in a suitable adjuvant system. 
•   To establish best animal model as well as route of infection for protection studies. 
• Development of DNA vaccine i.e. DNA encoding gene(s) for immunodominant mycobacterial protein(s) .
•   Pre-clinical and clinical studies with optimized subunit/ DNA vaccine.
• Development of systems to express M. leprae genes in M.smegmatis and other mycobacterial hosts. 
• To investigate special features of M.leprae biology deduced from gene sequencing. 
• To produce improved antibiotics using rDNA techniques.
• Studies on protective immunity in parasitic diseases.
• Immunosuppression and immune deviation in parasitic diseases. 
• Studies on immunobiology of parasites.
• Studies on the kinetics of immune response in parasitic diseases.
• Development on DNA vaccines against parasites.
• Immunoepidemiology and mathematical modeling of parasitic infections     (including concomitant parasitism) in human communities.
• Studies on immunity in vectors.
• Studies on targeting parasite enzymes for immunological intervention. 
• Identification of molecules of filarial parasites that play key role in the survival and development in the vector and as well as in the human host.  
• Development of holistic animal models.
• Establishment of a network of pre-clinical toxicology centers for carrying out animal toxicology studies using good laboratory practices (GLP) protocols.
• Identifying special centers for conducting mutagenicity, teratogenicity and reproductive toxicity studies on new molecules using good laboratory practices (GLP) protocols.
• Identification of clinical pharmacology units to undertake pharmacokinetics and bioavailability studies using good laboratory practices (GLP) protocol.
• Good clinical trial centers following national and international good clinical practice (GCP) protocols for effective and well-monitored controlled trials.
• An appropriate  national mechanism for monitoring adverse drug reactions and post marketing surveillance.
• Establishing clinical trial methodology for traditional medicine research.
• Issuing ethical guidelines for biomedical research with special emphasis on clinical trials on drugs/diagnostics/vaccines and herbal remedies.
• replacement of in vivo models.
• Targets for screening and basic studies on cell cultures, cell lines, isolated receptors, enzymes etc.
• Re-perfusion injury heart, brain, kidney.
• Thrombosis and sequelae.
• Microvascular disorders decubitus ulcer, retinal disturbances CNS.
• Clinical trials of traditional remedies with GCP Norms.
• Pharmacovigilance.
• Pharmacoeconomics Drug prescribing and compliance.
• Degnerative and geriatric disorders like osteoporosis, arthritis, memory and learning.
• Metabolic diseases like diabetes, hyperlipidemia.
• Bioenhancers.
• Hepatoprotective.
• Immunostimulant and adaptogen.
• Oppurtunistic and resistant infections.
• Interaction with modern drugs, concomitant use.
• Antimutagenic agents.
• Apoptosis and drugs modifying it.
• New delivery systems for targeting alternate routes of administration, altered duration of action.
• Pharmacogenetics of drug metabolizing enzymes.
• Toxicogenetics including gene environment interaction.
• Genetic epidemiology to document the prevalence and distribution of genetic disorders in  different geo-ethnic groups in the country.
• Identify genes predisposing to complex multifactorial disorders in the Indian population including adverse drug reactions and susceptibility/ resistance to toxic substances, food substances and infections.
• Control of thalassaemia and other haemoglobinopathies.
• Primary prevention of Downs syndrome.
• Study the genetic heterogeneity of disease patterns.
• Investigate the molecular mechanisms of pathogenesis of various diseases  by identification of genetic variants.
• Identification of mutations in the Indian population.
• Identification and characterization of new disease genes, particularly of those diseases which are unique to India e.g. Handigodu disease, calcific pancreatitis, hypertrophic cardiomyopathy etc.
• Carry out in-depth analysis of genotype phenotype correlation and study gene-gene, gene-environment interactions to understand heterogeneity of genetic disorders.
• Study of patho-physiology of genetic diseases  which may identify new targets for drug discovery.
• Study of genetic polymorphisms and their disease susceptibility/drug response association in various genetically identifiable groups in India .
• Development of nucleic acids ( DNA /RNA/Oligo) probes for early diagnosis and molecular epidemiology (by eliciting gene polymorphism) of both hereditary and acquired diseases including a wide variety of infectious diseases.
• Molecular cloning, sequencing and characterization of genes/genomes of pathogens and vectors that are associated with diseases most prevalent in India .
• Early detection and molecular epidemiology of cancer, cardiovascular, neurological and other diseases.
• Development of highly specific monoclonal/polyclonal antibodies for immunodiagnosis of infectious diseases and cancers.
• Understanding gene expression and mechanisms of different diseases particularly of cancers and genetic diseases.
• Molecular mechanisms of host-parasite interaction, immune response and development of vaccines as well as immuno-therapeutics
• Drug designing, drug delivery, chrono-pharmacology and pharmacogenetics.
• Molecular basis of drug resistance. 
• Control of gene expression
• Development and standardization of in vivo somatic gene therapy and development of DNA vaccines for treatment of various diseases.
• Development of appropriate antisense nucleotides (RNA/Oligo) for treatment of diseases with defects in DNA sequences.
• Research and development of recombinant immuno-therapeutic vaccines and molecular therapeutics.
• Studies on transgenic animals, vectors and gene knock-out animals for understanding the mechanism of host resistance etc. 
• Gene transfer and expression of b globin gene in haemopoietic stem cells as well as in umbilical cord stem cells so as to pave the way for successful somatic gene therapy of b thalassaemia and sickle cell disease.
• Non-invasive method of prenatal diagnosis of b -thalassaemia and sickle cell anaemia by DNA technology utilising foetal cells obtained from maternal circulation.
• Introduction of antisense form of gene C-myc to proliferating smooth muscle cells to allow the regeneration of the endothelial layer.
• Prenatal diagnosis by DNA technology of von Willebrands disease, platelet disorders like Glanzmanns thrombasthaenia, Bernard-Soulier disease etc.
• Establishment of genotype of platelets in cases of neonatal alloimmune thromobocytopaenia and their prevention by prenatal diagnosis using DNA analysis of chorionic villi.
• Detection of genome diversity by haplotype and VNTR analysis in different tribal and caste population groups.  
• Production of recombinant proteins such as insulin, human growth hormones, erythropoetin, interferons, interleukins, colony stimulating factors, tissue plasminogen activator, hepatitis B vaccine.

Exercise Physiology - Training of sports people. - Aerobic exercises in swimming pools and on land. - Under water problem in stimulated diving in chambers.

• Pain : Biopsychosocial and cultural dimensions of pain problems and perception; chronic pain autonomic and visceral parameters, neurophysiological basis of management strategies including CAM .
• Ageing : Neuropsycho-electrobiological indices of brain cognitive inflexibility / impairment, memory, attention defects etc., - the Indian setting.
• Stress, life style and its impact on mind body interactions; linkage to conditions like hypertension IHD, Diabetes, Asthma, other stress conditions and immunological profiles; effect of yoga, meditation, pranic healing, Yoga & Mind-body relationship
• Nutrition Physiology : Sensory metabolic interactions in control of food intake, hedonic matrix, ontogeny of food habits and food preferences socio economic and cultural influences, Nutrition based problems in tribal areas of India
• Environmental Physiology : High altitutde, Pollution (noise, electro-magnetic and others) cardio-respiratory parameters, brain indices, systemic effects. Adaptation to high temperature, Lung functions in children and Indian standards along with effects of environmental pollution and incidence of wheezing/Bronchial asthma
• Neurobiology of addictive diseases. Alcoholism and childhood conduct disorders-use of recent technologies,
• Sleep disorders, QEEG and Yoga
• Chrono-biology and circadian rhythms
• Validation of traditional knowledge in the areas of diabetes, filariasis, benign hypertrophy of prostate, coronory artery disease, cancer, HIV/AIDS etc.
• Finger printing of selected herbal preparations.
• Agrotechnology of selected plants for various clinical trials e.g.   Picrorhiza kurroa and Pterocarpus marsupiam.
• Development of new molecules from plant sources.
• Study of risk factors for life-style diseases among primitive tribal and non-tribal populations.
• Prevalence and clinical profile of haemoglobinopathies.
• Studies related to communicable diseases using tools of molecular biology.
• Socio-demographic and socio-economic studies.

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