Area of Research:

Traditional and modern Drug Discovery and disease diagnosis

Research Highlights :

Area of Research:

Traditional and modern Drug Discovery and disease diagnosis

Research Highlights :

Isolation and characterisation of biosurfactant from pre dominant bacteria isolated from various environments

Area of Research:

Traditional and modern Drug Discovery and disease diagnosis

Research Highlights :

To evaluate the phytochemical analysis including enzymes and nutrients contents of mushroom grown in Assam

Area of Research:

Environmental Biotechnology

Research Highlights :

Infection in the wound leads to incraesed severity of the wound that would cause the delay in wound healing. We studied the invitro and invivo antibacterial activity of rhamnolipid and rhamnolipid coated zinc oxide nanoparticle agaisnt Staphylococcus aureus and the efficacy of rhamnolipid and rhamnolipid coated zinc oxide nanopartcle in wound healing

Area of Research:

Optoelectronic applications of metal nitride based materials

Research Highlights :

Transition metal nitrides are recently coming as a potential candidate for optoelectronic application for some of their prolific properties such as high conduction electron mobility, superior stability, high temperature resistivity as well as their CMOS compatibility. In our work, we tried to explore the combined plasmonic-excitonic property of these transition metal nitrides for their light harvesting applications.

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Area of Research:

Computational Materials Science

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Area of research- Computational Materials Science

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Area of Research:

Plasmonic Semiconductor Interface

Research Highlights :

Plasmonic nanomaterials play a major role by enhancing the performance of a semiconductor (SC) by harvesting the solar light through different Localized Surface Plasmonic Resonance (LSPR) phenomenon. They are Hot Electron Transfer (HET), Plasmon Induced Resonance Energy Transfer (PIRET), Plasmonic Near Field enhancement in the SC-Plasmon interface etc. Integration of Plasmonic material can greatly tune the visible to NIR absorbing capacity in a SC photocatalyst. Our aim is to integrate trace amount of Gold nanoparticles with nano Ceria and Tin Sulphide, two earth abundant materials and study their photocatalytic performance accelerated by plasmon.

Area of Research:

Applied plasma physics and Biophysics

Research Highlights :

I am interested and currently working on a fairly new research area focused on using cold atmospheric pressure plasma in understanding the physics behind the self-assembly process of protein engineering and the exciting implications it has for potential new technologies.

Area of Research:

Cold Atmospheric Pressure Plasma technology (CAP) applications in wound healing and disinfection

Research Highlights :

CAP has the potential to interact with tissue or cells leading to fast, painless and efficient disinfection and furthermore has positive effects on wound healing and tissue regeneration. We also aim to develop CAP-based technologies for the decontamination of surfaces for the use in bio-medical application.

Area of Research:

Basic Plasma Physics

Research Highlights :

Investigation on Sheath and Double Layers in low-temperature laboratory plasma.

Area of Research:

Plasma – Liquid Interaction for nanofabrication and environmental remediation.

Research Highlights :

Plasma - Liquid Interaction is an emerging technology towards the synthesis of nanomaterials without using any external reducing as well as stabilizing agents. We have developed a noble single-step method to fabricate metal/metal oxide nanocomposites involving the electrode material and the precursor solution as the nanomaterial source. The synthesized nanomaterials are utilized as the solar and visible light photocatalysts. Moreover, Plasma-Liquid Interaction is also used to treat contaminated water such as the degradation of complex structured toxic organic chemicals.

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Area of Research:

Natural fiber and its application

Research Highlights :

Natural fiber composites exhibit good specific properties, but there is high variability in their properties. Their weakness can and will be overcome with the development of more advanced processing of natural fiber and their composites. Their individual properties should be a solid base to generate new applications and opportunities for bio-composites or natural fiber composites in the 21st century “green” materials environment.

Area of Research:

Traditional knowledge based Drug discovery

Research Highlights :

The life expectancy of an average person increases with the advances in modern medicine. This gain in lifespan should go parallel with increase in health span rather than further year with disease and disability. Therefore, understanding the molecular mechanism of aging process is a must in order to find effective therapeutic intervention that can delay aging and protects from age-associated disorders. Natural products have made a significant contribution in drug development in terms of efficacy, low cost and lesser side effects. The objective of the study is to evaluate the beneficial properties of a medicinal plant for its anti-aging activities.

Area of Research:

Traditional Knowledge-based Drug Discovery

Research Highlights :

Atherosclerosis is a chronic cardiovascular disease caused by hyperlipidemia, hypertension and diabetes. We are working on the chemical profiling and characterization of the bioactive fraction of traditional knowledge-based medicinal plants, which showed effective anti-atherosclerotic activity in vitro. We are planning to carry out the in vivo experiment in atherosclerotic animal models.

Area of Research:

Natural product chemistry,isolation and characterisation of bioactive molecules, diabetes and related complications

Research Highlights :

Our group focuses on pre-clinical evaluation of Indian System of Medicine or folklore knowledge based medicine for the development of phytopharmaceutical drug towards the mitigation of diabetes and its complications. We aim to find a few active molecules and/or active standardized fraction from selected plants based on Ayurveda and traditional knowledge following the bioactivity guided fractionation and isolation procedure. The current study will be focus on defining a standardized enriched fraction with marker compounds.

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Area of Research:

Gut Microbiome

Research Highlights :

Gut microbiome and Type-1 diabetes

Area of Research:

Conserved host-microbe interaction, Aging biology

Research Highlights :

I am interested in investigating the role of potential gut microbes in longevity and healthy aging.

Area of Research:

Microbial Biotechnology and Seri Biotechnology

Research Highlights :

Characterization of Cypovirus responsible for viral infection in Muga silkworm (Antheraea assamensis Helfer) which is one of the major risk factor impeding sustainable development of Muga-culture industry in North-East India. Our emplesis of work is suppression of this viral disease through TiO2 nanoparticles (NPs) and microbial inputs using bioactive secondary metabolites

Area of Research:

Microbial Biotechnology

Research Highlights :

Isolation of microorganisms from unexplored protected forest ecosystems raises the chances of finding novel microbial products with diverse biological activities against various disease-causing drug-resistant pathogens. Our target is to extract the most potent strain/s of actinobacteria from the soil samples of the protected forest of Assam that demonstrate broad-spectrum activity against drug-resistant human pathogens including multidrug-resistant UTI pathogens and dermatophytes. Our work highlights the molecular diversity and bioactivities of actinobacteria that demonstrate broad-spectrum activity against wide range of drug-resistant human pathogens.

Area of Research:

Role of tea endophytic actinobacteria in PGP (plant growth promotion) and disease control

Research Highlights :

Tea is an economically and medicinally important plant. Plants are good reservoir of diversity of beneficial microflora. Among beneficial microflora, actinobacteria are well known for their role in plant growth promotion and production of biologically active compounds. Here, we are specially targeting the study of diversity and functional characteristic of tea endophytic actinobacteria including plant growth promoting traits like phosphate solubilisation, ammonia, siderophore and IAA production as well as antagonistic activity against plant fungal pathogens and determination of their potential as plant growth promoters.

Area of Research:

Long-lead prediction and predictability of the Indian Summer Monsoon Rainfall

Research Highlights :

ISMR is a manifestation of the annual cycle of migration of the Inter-Tropical Convergence Zone which accounts for about 80% of annual rainfall over the continent. It has a long term mean of about 80 cm and a standard deviation of inter-annual variability of about 10

Area of Research:

Parismita Kalita

Research Highlights :

Plasma liquid interaction (PLI) is an emerging technology in the interface between plasma and material science. Generation of plasma in liquid environment leads to the formation of various reactive species with different reducing capabilities. These plasma-generated reactive species help in material processing and material modification due to its high chemical reactivity. Using this novel technique we have synthesized plasmonic gold nanoparticles of different shape and size by tuning the discharge parameter. These nanoparticles have different optical properties (varying SPR band). RG profile: https://www.researchgate.net/profile/Parismita-Kalita-3

Area of Research:

Green Environmental Approach for Removal of toxic Organic dyes from Waste Water

Research Highlights :

Selection of natural biomaterials and its modified composites with extraordinary structural and physical features, safety, availability and low commercial value for the development of rapid, selective and effective removal processes for the detoxification of a

Area of Research:

Experimental Soft Condensed Matter Physics

Research Highlights :

Studies on different phases, phase transitions, reorganization behaviour and domain patterns of biomolecules like proteins, in two dimensions at the air-water interface. In addition to these, different biomolecules are immobilized on solid substrates to explore their out-of-plane structures and in-plane morphologies.

Area of Research:

Dusty Plasma Physics

Research Highlights :

Study of waves and other dynamical structures in a strongly coupled micron-sized Dusty Plasma. Currently working on Dust Acoustic Solitary Waves. RG profile: https://www.researchgate.net/profile/Prarthana-Gogoi-2

Area of Research:

Use of Methanotrophs to control methane emissions in wetland habitat by forming useful components like biofuels

Research Highlights :

Methane and carbon dioxide will be measured to determine their emission from soil and macrophytes in the Deepor Beel area.• Useful by-products or biofuels will be made through Methanotrophs

Area of Research:

Computer Vision, Pattern Recognition, Image Processing, Biomedical Imaging, Artificial Intelligence

Research Highlights :

My area of research is Artificial Intelligence (AI) in biomedical imaging. Stomach cancer (gastric cancer) is cancer in which the cells that form the stomach’s inner lining start multiplying uncontrollably to develop a malignant tumor. Gastric cancer is the fifth most common type of cancer globally and the fourth leading cause of cancer-related deaths. I currently work on the development of Machine learning and Deep learning algorithms for capturing and automatic detection, plus the classification of gastric cancer from Esophagogastroduodenoscopy.

Area of Research:

Medical Image Processing, Artificial Intelligence, Machine Learning, Deep Learning, Computer Vision, Pattern Recognition.

Research Highlights :

Oral cancer is a major global health issue accounting for 177,384 deaths in 2018 and it is most prevalent in low- and middle-income countries. Early diagnosis of cancerous and potentially malignant disorders in the oral cavity would significantly increase the survival rate of oral cancer. My area of research is Artificial Intelligence (AI) in biomedical imaging and developed an effective smartphone-based imaging diagnosis method, powered by a Deep Learning and Machine Learning algorithm, to address the challenges of automatic detection of oral diseases.

Area of Research:

Computational Materials Science

Research Highlights :

RG profile- https://www.researchgate.net/profile/Debamoy-Pegu

Area of Research:

Microbial Biotechnology

Research Highlights :

Plants are helped by the benevolent microorganisms to defend themselves against various biotic and abiotic stress. One such group of microorganisms are the endophytes which are widely reported. We are studying the application and functional insights into the endophytic actinobacterial community prevalent in Tea (Camellia spp.) for plant growth promotion (PGP) and its role in biocontrol for sustainable crop production. Screening and identification of potent actinobacterial strains for production of antagonistic metabolites and the biosynthesis genes responsible for antimicrobial activity is also one of the goals along with evaluation of molecular genetic diversity through both culture-dependent and metagenomics approaches. Researchgate profile: https://www.researchgate.net/profile/Pranami-Bharadwaj Linkedin profile: https://www.linkedin.com/in/pranami-bharadwaj-10a68915a ORCID: https://orcid.org/0000-0002-9818-958X

Area of Research:

Development of graphene oxide-based conjugates for sensing biomaterials and environmental pollutants

Research Highlights :

Synthesis and fabrication of graphene-oxide based bio-composites materials as a multimode sensing platform for detection of important biomolecules and environmentally hazardous chemicals

Area of Research:

Basic experimental plasma physics

Research Highlights :

Studying waves and instabilities in a linear plasma device. RG profile: https://www.researchgate.net/profile/Dibyajyoti-Bora

Area of Research:

Material Chemistry

Research Highlights :

Phosphorene-Biodegradable Polymer Composite: A Robust Platform Towards the Detection of Biomolecules for Health-Care Application

Area of Research:

Experimental soft materials and nanomaterials

Research Highlights :

Structures and properties of macromolecules and polymer nanocomposites

Area of Research:

Soft matter physics, polymer-metal nanocomposite

Research Highlights :

Polymer metal nanocomposite i.e. dispersion of metal nanoparticles in polymer has tremendous attention in materials research. We are working on different polymers and metal salts and making their composite film using a different method. Our focus is to reduce metal salt into metal nanoparticles in the polymer matrix.

Area of Research:

Experimental soft condensed matter physics

Research Highlights :

Phase, phase transition and hysteresis behaviour of biomacromolecules at the air-water interface. Then structure, pattern, domain formation of such molecules.

Area of Research:

Fabrication of 2D biocomposite materials for biosensing applications

Research Highlights :

Design and synthesis of two-dimensional materials, its bio-composites fabrication and applied towards the detection of biological moieties RG Profile: https://www.researchgate.net/profile/Nabajit-Barman

Area of Research:

Hydrodynamics, Water wave mechanics

Research Highlights :

A slight change in water compressibility leads to the generation of acoustic-gravity waves (AGW) in the ocean. These waves leave a specific signature in both surface profile and pressure, and by measuring which it is possible to detect any underwater activities such as a Tsunami, underwater earthquake, etc. I plan to study the effects of such waves resulting from different types of ocean bottom fluctuations - both spatial and temporal. The aim is to compare the ocean surface profile and pressure signature resulting from all those ocean bottom fluctuations.

Area of Research:

Applied plasma physics

Research Highlights :

CAP has been successfully employed in sterilization, treatment of skin diseases, wound healing, antifungal, cancer treatment, dental care etc. We will focus on the development and characterization of Dielectric Barrier Discharge (DBD)-CAP source used in biomedical application. RG profile: https://www.researchgate.net/profile/Reetesh-Borpatra-Gohain

Area of Research:

Removal of heavy metal ions from water bodies using waste biomaterials.

Research Highlights :

Development of composite using biomaterials to enhance the overall efficiency.

Area of Research:

Remediation of oil-contaminated soil

Research Highlights :

• Selection of efficient plant species for hydrocarbon uptake from oil contaminated environment. • Detailed study of hydrocarbon uptake by selected plant species. • Rhizospheric endophytes selection. • Soil metagenomic study

Area of Research:

Waste water remediation

Research Highlights :

1. Characterization of Formation water produced due to oil exploration activities. 2. Collection and selection of wetland plants and its characterization to use as biosorbents. 3. Utililization of wetland plants for removal of hydrocarbons as well as heavy metals using natural chemicals from formation water.

Area of Research:

Sensing and adsorption of heavy metal ions and anions in water.

Research Highlights :

Detection of heavy metal ions and anions by using Schiff base fluorescent sensor and preparation of Activated Charcoal using biomaterial for adsorption of heavy metals from water.

Area of Research:

Experimental Basic Plasma Physics

Research Highlights :

Zonal flow is important phenomena in both fusion and astrophysical plasmas. Our work is concentrated in experimental investigation of zonal flows & turbulence in linear plasma devices. RG profile: https://www.researchgate.net/profile/Aritra-Tarafder

Area of Research:

Thin Films and Nanotechnology; Nanostructured Materials; Fuel Cell Catalysts.

Research Highlights :

low Pt catalyst loaded electrodes are being developed to replace the precious metal catalyst for fuel cell applications. Alloying Pt with different metals such as Pd, Co, Fe, Cu, Ni, Ag, Ti, which not only allows reducing the Pt amount but also enhances the catalyst activity of Pt. In this regard, the motivation is to minimize the loading of Pt in the catalyst layers of PEM fuel cell by alloying Pt with different cheap metals while characterizing as well as understanding the effect of alloy-catalyst loading and other parameters on the PEM fuel cell performance. RG profile- https://www.researchgate.net/profile/Ibnul-Farid

Area of Research:

Investigating the role of potential probiotics

Research Highlights :

RG profile-- Investigating the role of potential probiotics https://www.researchgate.net/profile/ChingthamSingh

Area of Research:

Applied Plasma Physics

Research Highlights :

Treatment of materials with Plasma leads to change of its various properties like electrical, mechanical, optical etc. Our focus will be on the materials processing of Plasma

Area of Research:

Computer Vision, Pattern Recognition, Biomedical Image Processing, Artificial Intelligence, Machine Learning.

Research Highlights :

My area of research is Artificial Intelligence (AI) in biomedical image processing. Cancer is a disease in which abnormal cells multiply uncontrollably and cause tissue destruction. Oral Cancer is the 11th most widely common cancer worldwide. Oral cancer risk factors are- Tobacco, Alcohol, Areca Nut, HPV, etc. Oral Dysplasia is precancerous lesions- A growth containing abnormal cells confined to the lining of the oral cavity or mouth. In the dysplasia grading system, cytological and architectural features are combined and assessed to find the degree of oral dysplasia, which is challenging. Cancerous growth can be prevented to a large extent if detected at this stage. So, the objective of my research will be the classifications and comparison of oral dysplasia grading using Artificial Intelligence and Machine Learning methods after combining many features and criteria. RG Profile: https://www.researchgate.net/profile/Taibur-Rahman-5

Area of Research:

Plasma Synthesis of graphene based thin-films for optoelectronic application

Research Highlights :

Graphene or graphene-based materials have potential application in the optoelectronics field. Since it has excellent mechanical, thermal and electrical properties and it is one of the most versatile material. Plasma Enhanced CVD synthesized graphene-based films have more advantages for the optoelectronics application. In order to exploit the versatile graphene based materials, the optoelectronic device is fabricated using graphene-based films along with magnetron sputtered metal and metal-oxide. RG Profile: - https://www.researchgate.net/profile/Bablu-Basumatary-2 Orcid profile: https://orcid.org/0000-0003-4186-2670

Area of Research:

Microbial Bioremediation

Research Highlights :

Tea [Camellia sinensis (L.) O. Kuntze], family Theaceae is an aqueous infusion of dried leaves used in the preparation of non-alcoholic caffeine containing beverage. The productivity of tea has decreased due to intensive application of pesticides and different agrochemicals for a prolonged period. Due to which there has been deleterious effects on soil health by destabilizing soil fertility and beneficial microbial population. Therefore, alternative biotechnological approaches are adapted to increase the tea production, plant growth, and maintain soil health. As microbial degradation is generally regarded as the safest, least disruptive and most cost-effective technology for pesticides degradation, we are exploring the indigenous microflora associated with the tea rhizosphere soil to not only reduce the use of chemical fertilizer but also for the plant growth of the tea plant and enhance soil health. RG profile: https://www.researchgate.net/profile/Rictika-Das Google Scholar: https://scholar.google.com/citations?user=3kpJjUIAAAAJ&hl=en

Area of Research:

Plant-Microbe Interaction, Endophytic bacteria for plant growth promotion, and Biocontrol of fungal phytopathogen

Research Highlights :

Plants in natural and agricultural ecosystems interact with a multitude of microorganisms that colonize plant tissues. Endophytes are components of the plant microbiota that colonize internal plant tissues and establish non-harmful relationships with their host plants to promote plant growth. To reduce environmental pollution from the use of chemical fertilizers and pesticides, the utilization of endophytic bacterial inoculants as microbial biofertilizers would provide a promising alternative. We investigate the diversity of endophytic bacteria of Orchidaceae and screened them for PGP and biocontrol traits against certain fungal phytopathogens with the aim to assess their potential as bioinoculant for plant growth promotion, or as a biocontrol agent for sustainable agriculture. RG profile- https://www.researchgate.net/profile/Juri-Saikia

Area of Research:

Microbial Biotechnology

Research Highlights :

Northeast India is an imperative part of the Indian subcontinent that is accounted under the Indo-Burma and Eastern Himalayan mega biodiversity hotspot. This diverse ecosystem is hugely unexplored and has potential as an enriched source for finding rare actinobacteria that produces exceptional secondary metabolites. As such, we are exploring the culturable actinobacteria prevalent in these forest ecosystems for assessing its diversity and antimicrobial potential against human microbial pathogens to combat antimicrobial resistance. RG profile: https://www.researchgate.net/profile/Aditya-Konwar

Area of Research:

Materials Chemistry

Research Highlights :

Functional organic π-conjugated small molecules have the great advantage of tailorable structures, mechanical flexibility, and solution processability with multiple coordinating sites that enables it to bind with other moieties. Derived materials/frameworks/thin-films like Metal-Organic Frameworks (MOFs), Covalent-Organic Frameworks (COFs), or their composites are possibly the most electrifying materials that have potential applications in the field of sensors, as adsorbents for removal of environmental contaminants, etc. Google Scholar profile: https://scholar.google.com/citations?hl=en&user=HYB9SmsAAAAJ

Area of Research:

Plasma based synthesis of nanomaterials

Research Highlights :

(Yet to be decided) RG Profile: - https://www.researchgate.net/profile/Khomdram-Singh

Area of Research:

Plasma based synthesis of nanomaterials

Research Highlights :

(Yet to be decided) RG Profile: - https://www.researchgate.net/profile/Shakya-Bora-2

Area of Research:

Scientific validation of Traditional Medicine, Diabetes and obesity, Signalling pathways and mechanisms, In vitro and in vivo studies

Research Highlights :

Our group focuses on generating pre-clinical data based for Indian System of Medicine and/or folklore knowledge based medicine for the development of Phytopharmaceuticals towards the mitigation of diabetes and related metabolic diseases/complications. Metabolic diseases are resulted through the interaction of genetic predisposition, environmental factors, and poor and unhealthy urban lifestyle. The aim of our current study is the development of an enriched standardized fraction/isolation of active constituents from medicinal plants found in the NE region of India based on traditional knowledge and in vitro & in vivo investigation of signalling mechanism for anti-diabetic as well anti- adipogenic potential. RG Profile: https://www.researchgate.net/profile/Shalini-Gurumayum-2

Area of Research:

Advanced Materials

Research Highlights :

Metal sulfide based heterogenous nanocomposite as a catalyst for photoelectrochemical water splitting RG profile : https://www.researchgate.net/profile/Nur-Mondal

Area of Research:

Advanced Materials

Research Highlights :

Plasmonic materials for optoelectronic and energy applications RG profile : https://www.researchgate.net/profile/Rahul-Sonkar-

Area of Research:

Applied plasma physics

Research Highlights :

CAP has been successfully employed in sterilization, treatment of skin diseases, wound healing, antifungal, cancer treatment, dental care etc. We will focus on the effect of DBD CAP on the human monocytes and monocytes derived macrophages so that it can be use in the treatment of inflammation. RG profile: https://www.researchgate.net/profile/Punam-Talukdar

Area of Research:

Genomics and Computational Biology

Research Highlights :

Focus of research is to identify the long non-coding RNAs and study interactions among regulatory regions, TADs boundaries and sub-nuclear architectural structures that are critical determinants of the association of disease. RG profile: https://www.researchgate.net/profile/Anupam-Bhattacharya-3

Area of Research:

Traditional drug discovery, Diabetes and diabetic nephropathy Signaling pathways and mechanisms, In vitro and in vivo studies

Research Highlights :

Our group focuses on generating pre-clinical data based on Indian system of medicine and/or folkfore knowledge for the development of phytopharmaceuticals towards the mitigation of diabetes and related metabolic diseases/complications. Type-2 diabetes mellitus accounts for 90% of all diabetes mellitus cases as a result of the interaction between genetic predisposition and environmental factors. Diabetes related complications like diabetic nephropathy are the most prominent and clinically challenging risk worldwide. The aim of our current study is to development of enriched standardized fraction/isolation of active constituents from natural products based on traditional knowledge and in vitro & in vivo investigation of signalling mechanism for anti-diabetic and nephroprotective potential. RG profile: https://www.researchgate.net/profile/Semim_Ahmed2

Area of Research:

Intestinal epithelium disruption, Non-alcoholic fatty liver disease, Traditional medicines.

Research Highlights :

Our group focuses on generating preclinical data based on Indian System of Medicine and/or folklore knowledge for the development of phytopharmaceuticals towards the mitigation of diabetes and related metabolic diseases. Intestinal barrier integrity is one of the important factors which maintains liver homeostasis. Increased intestinal permeability leads to translocation of the potentially harmful substances from the gut which reaches the liver through the hepatic portal vein. Increasing evidence highlights the relevance of intestinal barrier disruption in the development of liver damage. Our study aims to investigate the effect of traditional medicinal plants in ameliorating the relationship between gut microbiota and intestinal epithelium which can further prevent non-alcoholic fatty liver disease. RG profile: https://www.researchgate.net/profile/Devi-Basumatary

Area of Research:

Medicinal plants, Type 2 diabetes milletus and its complications through in vitro and in vivo studies.

Research Highlights :

Our group focuses on generating pre-clinical data based on Indian System of Medicine or folklore knowledge for the development of phytopharmaceutical drug towards the mitigation of diabetes and its complications. The rising incidence of type 2 diabetes mellitus (T2DM) is a major public health concern, and novel therapeutic strategies to prevent T2DM are urgently needed worldwide. The current research involves preparation of an enriched active fraction and to explore the possible mechanism of action of enriched standardized (chemically defined) fraction / bioactive compound(s) of folklore medicinal plant. In vitro (cell culture) and in vivo studies are involved to investigate the underlying mechanism of action of the herbal plant in order to combat diabetes. RG Profile: https://www.researchgate.net/profile/Deepsikha-Swargiary

Area of Research:

Natural product chemistry, isolation and characterisation of bioactive molecules, diabetes and related complications

Research Highlights :

The study of natural products /herbal medicines has gained a renewed encouragement owing to development of botanicals and phytopharmaceutical drugs. Our group focuses on generating pre-clinical data based on Indian System of Medicine and/or folklore knowledge for the development of phytopharmaceuticals towards the mitigation of diabetes and related metabolic complications. We aim to find a few active molecules from selected plants based on Ayurveda and traditional knowledge following the bioactivity guided isolation procedure. The study will also focus on defining a standardized enriched fraction with marker compounds and to explore the possible underlying mechanism of action. RG profile: https://www.researchgate.net/profile/Pranamika-Sarma

Area of Research:

Carbon based Nanocomposites / nano bioconjugates for biomedical applications.

Research Highlights :

Synthesis of nanocomposites from natural bioactive compounds and their therapeutic application in some inflammatory diseases both in in-vitro and in-vivo The work also involves some inflammatory marker detection by carbon dot based nanomaterials.

Area of Research:

Carbon-based Nanocomposites

Research Highlights :

Fabrication of biopolymer nanocomposites materials for the application as active and smart packaging

Area of Research:

Carbon based Nanocomposites

Research Highlights :

Synthesis of inorganic-organic nanocomposite systems with tunable electronic properties by introducing dopants into the system and to further study their varied applicability in catalysis, photocatalysis, sensing and energy applications.

Area of Research:

Carbon Dots, Hybrid Nanomaterials

Research Highlights :

Synthesis of natural product derived carbon dots, study of their fluorescent behaviour, and fabrication of nanocomposites/bioconjugates to design drug delivery vehicles, bandage materials, bio-/chemo- sensors and for other biomedical applications.

Area of Research:

Advanced Materials

Research Highlights :

Fabrication of semiconductor nanostructures for energy generation and storage

Area of Research:

Advanced Materials

Research Highlights :

Plasmonics for energy generation

Area of Research:

Medicinal Plants & metabolic syndrome

Research Highlights :

Biochemistry and molecular biology of phytochemical molecules isolated from natural products based on traditional knowledge. Biochemical screening of isolated compound(s) is targeted towards metabolic syndrome focusing on obesity-related type II diabetes (T2D). The current research involves the screening of bioactive compounds from scented rice for its potent anti-diabetic activity and elucidating the downstream mechanism involved. The research is directed through in vitro screening of bioactive compound(s) through various chromatographic techniques and investigating its detailed activity and the downstream mechanism through in vitro (cell culture) and in vivo model system. Research gate link:- https://www.researchgate.net/profile/Paramita_Choudhury

Area of Research:

Plasmonic Photocatalysis

Research Highlights :

Heterogeneous semiconductor photocatalysis is one of the green and sustainable roots to address energy and environmental issues. We aim to design plasmonic metal nanoparticle decorated carbon-based semiconductor photocatalyst for harvesting maximum solar energy ranging from UV to NIR and to study the catalytic potential of the designed photocatalysts towards water detoxification and H2-generation.

Area of Research:

Computer Vision, Pattern Recognition, Image Processing, Biomedical Imaging, Artificial Intelligence

Research Highlights :

My area of research is Artificial Intelligence (AI) in biomedical imaging. I currently work on the development of Machine learning and Deep learning algorithms for classification and grading of the biopsy tissue samples. The fundamental idea for such work is the development of a Decision Support System for a precise and timely diagnosis for the pathological assistant. Currently, I am working on childhood medulloblastoma samples. Childhood medulloblastoma is a W.H.O grade IV brain tumor that is commonly seen in infants and children. The research is being carried on indigenous data with the help of our collaborating medical centers. The objective of my work is to automate the whole process of cell extraction from microscopic biopsy samples and identifying the histological variant studying the cell distribution and cell characteristics. Any person interested can follow my work at https://www.researchgate.net/profile/Daisy_Das3.

Area of Research:

Computational Materials Science

Research Highlights :

The demand for materials with specific superior features are increasing day by day. As far as the latest fusion technology for green energy generation is concerned, structural materials capable of withstanding very harsh, irradiative environments is a first-hand requirement. Our focus is to understand the physical properties of such structural materials which are already reported and to predict a few such materials through simulation.

Area of Research:

Fluid dynamics

Research Highlights :

We approach numerically and analytically to deal with the governing equations of free convective heat and mass hydrodynamic flow of both Newtonian and non-Newtonian fluid. We consider the flow in various configurations and observe the influence of various involved non-dimensional parameters on the characteristics of the fluid profiles. We are also dealing with the application of fluid dynamics in Geophysics. Researchgate link: https://www.researchgate.net/profile/Silpisikha_Goswami Blog: https://fairytales30.blogspot.com

Area of Research:

Stochastic Modelling with special reference to Queuing Systems

Research Highlights :

: Models on unreliable servers are developed under different vacation schedules and control operating policies. ResearchGate link: https://www.researchgate.net/profile/Anjana_Begum

Area of Research:

Experimental soft matter physics

Research Highlights :

Polymer composite film is prepared through drop casting and spin coating methods and their corresponding structural, optical, electrical and mechanical responses are studied.

Area of Research:

Traditional knowledge-based drug discovery

Research Highlights :

The fruits and vegetables are considered as a rich source of antioxidants with the capacity to neutralize the free radicals produced during disturbed homeostasis of our body. Bioactive secondary metabolites of plants are known to have greater therapeutic potential and play a pivotal role to combat different diseases. Our research mainly focuses on isolation and characterization of those active phytochemicals from different medicinal plants and screened their bioactivities using in-vitro and in-vivo models to develop phytopharmaceuticals for the treatment of metabolic complications.

Area of Research:

Computational Materials Science

Research Highlights :

Transition metal nitrides are treated as alternative plasmonic materials for their refractory and good plasmonic properties. There are already a handsome numbers of experimental works on this field as compared to the theoretical works. Also, most of the theoretical works are carried out on bulk systems. We're taking the transition metal nitride nanocluster systems and studying their electronic and optical properties towards plasmonic behaviour using first principles methods. Density Functional Theory (DFT) and Time-Dependent Density Functional Theory (TDDFT) are the underlying theorems for this study. Researchgate link: https://www.researchgate.net/profile/Purbajyoti_Bhagowati Blog: http://pbhagowati.blogspot.in/

Area of Research:

Computational Materials Science

Research Highlights :

The electronic and magnetic properties of Heusler compounds can be easily tuned by slightly changing their structural order, and one can study the modulation of these properties by computational modelling methods. Non-collinear magnetism has large probability for applications in modern data storage devices or spintronic devices and according to some reports, Mn-based tetragonal Heusler compounds are suitable candidate for spintronics. So, we are computationally studying the electronic and magnetic behaviour of Mn-Pt-Sn Heusler compound with the help of first-principle method based on density functional theory (DFT) using the software Vienna Ab-initio Simulation Package (VASP). ResearchGate link : https://www.researchgate.net/profile/Payal_Saha

Area of Research:

Experimental soft matter physics

Research Highlights :

Protein adsorption on solid liquid interface is a ubiquitous phenomenon. The dissolved ions in the protein solution affects its adsorption characteristics. We investigate the effect of different valent ions on the structural and morphological properties of the protein layers adsorbed onto different surfaces.