Species interactions and their responses under environmental changes.
My research is broadly centred on investigating how global changes impact the biodiversity and especially the symbiotic organisms.
Lipid biosynthesis in plant and interactions between protein and lipid molecules.
Examination of the adaptation mechanisms of various intertidal organisms to environmental change.
Behavioural ecology, Intertidal ecophysiology, Individual-based modelling, Food webs
Chromosome Segregation, DNA Damage Repair, Genome Instability, Cell Division
Molecular response in fish to climate change, evolution and adaptation in specific environment.
Molecular pathology and cellular mechanisms in cancer research (translational and applicable medical sciences)
Use of structural biology to investigate initiation and regulation of eukaryotic DNA replication
Regulation of eukaryotic DNA replication using yeast genetics, light sheet microscopy, and genome wide studies.
Freshwater ecology; invasion biology; food webs; isotope ecology; functional ecology; community ecology.
Lipid biochemistry and plant biology
The genetic contribution to the neuronal diversity, the evolutionary development of neurons between different nematode species & MicroRNA's contribution to the neuronal fate.
Animal behaviour; behavioural ecology; conservation biology; social network analysis; elephants and wild boar
Global environmental change, insect community ecology, functional traits, species interactions, biodiversity assessments.
Ecological succession, restoration and bird ecology.
I'm interested in the study of the adaptive potential of marine species to global change.
I am fascinated with finding microbial life in different niches and keen to understand their impact on human health.
Ecology and neurobiology of insect navigation and locomotion, biodiversity assessments, insect conservation.
Ecology, conservation and management of freshwater marshlands
Study in revealing the fundamental mechanism of human neurodegenerative diseases by using the nematode Caenorhabditis elegans as the system.
Geo-Information Science; Environmental remote sensing and scaling principles; Satellite image fusion models and land cover change detection
Tumour-stromal crosstalk and their responses to mechanical cues. Peritoneal metastasis, metabolic reprogramme, tumour microenvironment
Animal behaviour, Behavioural ecology, Multimodal communication, Bioacoustics, Olfactory cues, Visual cues.
Remote sensing; Global ecology and evolution; Land surface energy balance; Plant function traits
Microbial Stress Response, Antimicrobial Resistance, CRISPR-Cas, Genome Editing