I completed my Master in Botany (MPhil) from Kohat University of Science and Technology (KUST) Kohat, Pakistan in 2012. I received a KNU Honour Scholarship for Ph.D. studies in South Korea and completed my Ph.D. (2017) from laboratory of Crop Physiology at Kyungpook National University, South Korea. My Ph.D. research work was based on plant physiology and genomics, where I extensively worked on sequencing and analysis of plant’s organelle, whole genomes and mitochondrial genomes and their comparative assessment with related species. In addition, since microbial symbionts are key to crop plant survival and development during harsh climatic conditions, I also worked on microbial genomics. I sequenced and analyzed various endophytic bacteria and fungi genomes and detected potentially important biosynthetic pathways. This has helped me to publish a good number of peer reviewed articles in well reputed journals such as Frontiers in plant Sciences, Plosone, and Scientific Reports etc. Currently, I am working as research assistant Professor at Natural and Medical Sciences Research Center, University of Nizwa, Oman . Over the last five years or so, I have extensively worked on both experimental plant biology (plant growth in abiotic stress conditions, endogenous phytohormonal signaling, and gene expression analysis) and bioinformatics (genome sequencing, assembly, annotation, transcriptomics and data analysis) to understand the underlaying mechanisms and evolution using diverse array of advance instrumentation and data obtains through that. Furthermore, I am using various bioinformatic tools for data analysis and NGS data processing.
Download CVPlant genomes hold the key to current global issues such as the future of food security and mitigating climate change. .
Read moreIn order to understand the plant way of life, knowing the structure and functioning of is crucial. Plant Physiology provides information on how the plants survive.
Deciphering plant–microbe interactions is a promising aspect to understand the benefits and the pathogenic effect of microbes and crop improvement.
Explore plant adaptation to climate and other stressors by using emerging tools to address interactions between genotype, environment, and management.
Microbes are fundamental to the maintenance of life on Earth, yet we understand little about the majority of microbes in environments such as soils, oceans, the atmosphere and even those living on and inside plants
Computational biology has grown and matured into a discipline at the heart of biological research. Brings order into our understanding of life, it makes biological concepts rigorous and testable, and it provides a reference map that holds together individual insights
The field of genomics and its analysis are overwhelmed with new intriguingly sophisticated tech- nologies and methods and has exploded to coin new mechanisms in plant growth and development. The recent wealth of plant genomic resources, along with advances in bioinformatics, have enabled plant researchers to achieve fundamental and systematic understanding of economically important plants and plant processes, critical for advancing crop improvement. One of the main challenges facing plant genomic researchers is the high demand of knowledge and skills in bioinformatics as well as computer sciences in order to well manage and intensively manipulate the results from the increasing of large-scale plant genomic data. There are four main interconnected areas of Plant Genomic Research: Plant Developmental Genetics/Genomics Plant and microbial genomes annotation Plant Systems Biology/Gene Regulatory Networks Plant Evolutionary Genomics/Crop Domestication Plant Resilience/Response to Environment Plant microbes interaction
Read moreMolecular stress physiology, Microbial and plant genomics, Microbiome
Read morePlant Molecular Breeding, Analysis of molecular mechanism related environmental stress in rice
Read morePlant functional genomics, Nitric Oxide (NO) signaling in plants under various stresses
Read moreHave any questions? We'd love to hear from you.