Nanotechnology: A Real Therapeutic Revolution
A key exploration region to confront the drug business' R&D challenges
How Nanoscience is so effective in Medical sector?
Nanotechnology addresses a key examination region to confront the pharmaceutical' R&D challenges. Nanotechnology-based medications have effectively discovered achievement from industrial point of view. This overall pattern, had expanded in the coming years. Nanotechnology addresses a genuine remedial transformation, as it will make it conceivable to duplicate the quantity of dynamic fixings that are possibility for creating prescriptions and, thusly, in the long haul, the quantity of helpful arrangements accessible for the treatment of infections.
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Here’s How Health Sector is Emerging through Nano
The nanoparticles in Healthcare sector offers plenty of advantages over conventional forms, for example reduced toxicity, enhanced bio distribution, and improved patient compliance.
Nanomedicine delivery and nano systems is a relatively new but rapidly evolving science where nanoscale materials are used as diagnostic tools or deliver therapeutic agents to targeted sites. specific goals in a controlled manner. Nanotechnology offers many benefits in the treatment of chronic diseases in humans through targeted and precise drug delivery.
Nanotechnology-based diagnostic technologies currently under development can offer two major benefits: rapid testing and disease detection. Potentially less for patients in the doctor's office, as it allows a complete diagnosis and treatment initiation with a single visit to the doctor and can detect the disease earlier than is possible with current technology. It may be impaired and the disease can be stopped early.
Nanomaterial-based bio imaging technology in various clinical fields is developing very rapidly in the development of nanoparticles with various functions. Deformation / functionalization / bonding makes nanomaterial's a perfect candidate with controlled physicochemical, pharmacokinetic, pharmacological and toxicological properties.
Nanotechnology is an exciting emerging field with a variety of applications for skin regeneration. Nanofibers have an ability to regenerate tissue, based on their structural similarity to extracellular matrix. Various polymeric nanofibers with unique properties have been developed and tested as supports for skin regeneration. Furthermore, nanofibers can act as a transmission system for drugs, proteins, growth factors, and other molecules.
Here’s the future scope about the Nano in medical sector
By providing opportunities, scope, and new nanotechnology tools, nanotechnology has a huge impact on a variety of fields including disease prognosis, diagnosis, and treatment of disease.
In cancer treatment, nanotechnology can be used in surgery, radiotherapy and chemotherapy. In terms of surgery, nanomaterials have greatly improved the accuracy and safety of surgery. In radiotherapy, nanomaterials can improve the radio sensitivity of tumors and improve the therapeutic effect. In chemotherapy, the application of nano-drug carrier can better confirm the drug release location and protect the drug activity, so it can improve the treatment effect
Biosensor & Biolabels
A biosensor is generally defined as a measurement system that consists of a probe with a sensitive biological recognition element, or bio-receptor, a physicochemical detector component, and a transducer in between to amplify and transduce these signals in to measurable form
Nanotechnology helps identification and validation of target by identifying the protein present on the cell surface or target surface. Nanotechnology will enhance the drug discovery process, through miniaturization, automation, speed and reliability of assays.
Potential Application of Nano in Clinical Therapeutics
In gene therapy
In gene therapy, the carrier molecule is used to insert normal genes into instead of abnormal genes that cause disease. Conventional use of viral vectors is associated with poor immunity, inflammation, and disease in the host. Nanotechnology enables delivery of the system has become a potential carrier, and has been shown to be an effective and promising tool in the treatment of the systemic gene
Stem cell therapy
New research shows that nanoparticles can be an effective tool for stem cell therapy. Few researches have stated that chemical engineering using nanoparticles can enhance stem cell capacity, reduce muscle degeneration in mice, and regenerate damaged vascular tissue.
Molecular diagnostics is an emerging challenge, and the combination of other nanotechnology-based materials and nanoparticles may solve this challenge. Molecular diagnostics provides techniques for diagnosing single molecules and single cells.
Nanotechnology provides many new spaces with biocompatibility with nanomaterials, which can be used for bone repair and bone cavity filling. High-strength nanoceramics can be transformed into a flowable, malleable paste, making strong bone.
Nanotechnology in the Pharmaceutical and medical sector is a promising revolution
Here are few glimpse to latest innovation
The latest trend in Bio- medical & Pharmacy is more about Bio-Imaging, Tissue -Engineering and Drug Discovery
materials and thus, redefining their roles as Innovators.
Computational Cures: In-silico Drug Designing
This project accelerates drug discovery using computer-based methods and simulations. It employs molecular modeling and virtual screening to predict interactions between drug candidates and target proteins. By analyzing binding affinity and stability, researchers can select and optimize promising compounds. This approach reduces time and cost in bringing new drugs to market. It holds potential for faster discovery of effective treatments for various diseases.
Gene Mappers: Genomics Analysis
This project decodes gene functions and roles in biological processes through advanced genomic technologies. Researchers study gene expression, mutations, and interactions to inform personalized medicine and targeted therapies. The project identifies genetic variants and biomarkers for specific conditions, advancing diagnostic and therapeutic innovations. Gene Mappers enhances our understanding of genetics, contributing to improved healthcare outcomes.
Next-Gen Vaccines: Vaccine Designing
This project ocuses on designing advanced vaccines using cutting-edge technologies. Through computational modeling and simulation techniques, the project identifies optimal antigen targets and formulations. It aims to develop more effective and targeted vaccines, enhancing their efficacy and efficiency. Additionally, the project addresses challenges related to vaccine safety and long-term immunogenicity. Next-Gen Vaccines project aims to revolutionize vaccine development for improved disease prevention.
This project focuses on the design and development of small interfering RNA (siRNA) molecules for gene silencing. Using advanced computational algorithms and techniques, researchers identify specific siRNAs that can effectively target and silence genes of interest. The project aims to enhance our understanding of gene regulation and develop innovative therapies for various diseases. By designing siRNAs with high specificity and efficiency, Gene Silencers project holds the potential to revolutionize gene therapy and precision medicine approaches.
Evolutionary Detectives: Phylogenetic Analysis
This project employs phylogenetic analysis to unravel the evolutionary relationships and genetic history of organisms. By examining DNA sequences and using computational algorithms, researchers trace the evolutionary paths of species and infer ancestral relationships. This project sheds light on the diversification, adaptation, and shared ancestry of organisms across different taxa. The findings contribute to our understanding of evolution, biodiversity, and conservation.
Designing Algorithms for Replication, Transcription, and Translation of Genes of severe Diseases
This project focuses on developing advanced computational algorithms to understand and model the processes involved in gene replication, transcription, and translation. By studying the intricate mechanisms of these fundamental biological processes, researchers aim to gain insights into severe diseases at the genetic level. The project's objective is to improve our understanding of disease mechanisms and identify potential therapeutic targets.
Designing of Primers using Perl Language
This project involves utilizing the programming language Perl to develop efficient algorithms and scripts for designing DNA primers. Primers are essential in various molecular biology techniques like PCR, where they enable DNA amplification. By leveraging Perl's powerful features, researchers can create customized tools that consider factors such as primer specificity, melting temperature, and secondary structures. Perl's versatility and robustness make it an ideal language for automating and streamlining the primer design process, enabling more efficient and accurate experimental workflows in molecular biology research.
Algorithm for Identifying Nucleotides using Perl Language
This project focuses on developing computational methods and scripts to accurately identify and analyze nucleotides within DNA or RNA sequences. Leveraging Perl's programming capabilities, researchers can create efficient algorithms for tasks like sequence parsing, pattern matching, and nucleotide motif identification. Perl's flexible syntax and powerful text manipulation features make it well-suited for these tasks. This algorithmic approach enables precise nucleotide identification, contributing to advancements in genomics, molecular biology, and genetic research.
Prediction of Sequence of Proteins expressed from a Gene using Perl Language
This project involves using Perl programming to predict the amino acid sequence of a protein encoded by a gene. Researchers analyze DNA sequences, identify coding regions, and translate them into protein sequences based on the genetic code. This computational approach aids in understanding gene expression and protein structure, contributing to advancements in genomics and molecular biology research.
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Ample of research effort is going on in application of nanotechnology on therapeutic segments. This program imparts students with a strong scientific foundation for the design and development of a wide array of nanotechnology-based biocompatible products with advanced drug delivery functionality.
Nanopharmaceuticals represent an emerging field where the sizes of the drug particle or a therapeutic delivery system work at the nanoscale. In the pharmaceutical industry, a long standing issue is the difficulty of delivering the appropriate dose of a particular active agent to specific disease site.
This unique flagship interdisciplinary program offers the possibility of understanding the smallest structural features of a cell or tissue, and using that knowledge to develop medical devices or treatments that will work on a scale 100,000 times smaller than the diameter of the average human hair.
Nanotechnology has affected nearly every field of Engineering and Science but most of the innovation and funding in Nanotechnology came from Electronics giants. Marketing and making of Nano gadgets started from the computers and mobiles which are the only machines made at Nano scale that were available economically in the market at a very early stage.
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Streams: Biology, Physics, Chemistry, Biotechnology, Microbiology, Pharmaceutical, Nanoscience & Technology, Materials Science, Metallurgy, , Polymer, Chemical.