Dr Shiv Om Pratap Dixit

  Blog Category: Academic and Research     Biological Data have lot of complexity in terms of size, structure, parameters used, manually input and data analysis, make it more complex to drawn outputs in academic and researches. With the development of advanced computational approaches like as; artificial intelligence, data processing, statistical analytical tools and techniques make it more efficient, accurate, ease of access and least time consuming for higher researches. Generally,   Artificial intelligence (AI) means the utilization of computational approaches for better caring many multifaceted   operations   within very short time intervals with perfection such as   mathematical calculations, image profiling, tabulation, flow diagrams,   problem solving, ease of   conceptual learnings by giving specific prompts and   instructions to reach out on concrete ideology in various fields like as management of health care services, agri...

Biosensors are analytical tools having a biochemical components and transducer worked in accordance for the measurement of specific ionization among the biochemical devices and substrates to produce detectable signals such as position, pressure, temperature, glucose, cholesterol, electrochemical, optical, thermal, gaseous, piezoelectric and pollutants detectable biosensors etc. Recently, the addition of Biochemical  sensing is a research hotspot which have wider acceptance in environmental monitoring, disease diagnosis, pharmaceutical analysis, chemical weapons exploration and radiation measurement etc. “A chemical or biochemical sensor  consist a standard element or receptors for oxidation and reduction of chemical, biochemical or biological substrate, attached with a transducer element for converting a chemical signal in to measurable electrical signals”. For examples Enzymatic biosensors, Immunosensors, Nucleotides probes sensors, Electrochemical sensors, Food analytic...

  Molecular Markers play an important role in the study of genetic variations among the intra or  inter species upon the basis of unique alleles distributed across the genome. The short sequences repeats (SSRs) or short tandem repeats (STRs) are always remained an effective way-out for delineating genetic polymorphism within or between the individuals due to its efficacy for the assessment of unique alleles across the genome. Microsatellite markers or STRs consist higher mutation rate in contrast to others established genomic sequences for higher degree genetic differences. T ill now thousands of STRs have been introduced for the evaluation of genetic diversity, characterization of an individual or breed and linkage -traits association study upon the basis of molecular estimates. There are various important applications of molecular markers that involves enhanced efficiency of conventional breeding and conservation strategies, study of quantitative trait loci (QTL), estim...