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5th¬†International Conference on Molecular Medicine and Diagnostics, will be organized around the theme “Novel Insights in Molecular Medicine”

Molecular Medicine 2020 is comprised of keynote and speakers sessions on latest cutting edge research designed to offer comprehensive global discussions that address current issues in Molecular Medicine 2020

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Atomic prescription is an expansive field which manages the improvement of illnesses at a sub-atomic level and distinguishes crucial sub-atomic and hereditary blunders of infection and to create sub-atomic intercessions to address them. Sub-atomic structures and components are portrayed by physical, compound, organic, bioinformatics and medicinal methods. Illness pathogenesis at the atomic or physiological level may prompt the structure of explicit devices for infection determination, treatment, or anticipation.

By understanding the qualities, proteins, and other cell atoms work sub-atomic medication creates approaches to analyse and treat illness. Atomic medicine creates information and abilities in cell and sub-atomic science Atomic Medicine Cancer


  • Track 1-1Molecular Medicine Scope
  • Track 1-2Molecular Medicine Cancer
  • Track 1-3Molecular Mechanisms
  • Track 1-4Molecular Surgery
  • Track 1-5Metabolomics

Determination of therapeutic natural chemistry action assumes a critical job in the Primary Health Care Centre (PHCC), ruled by family drug and indicative administrations. Therapeutic biochemical determination has a noticeable spot at all degrees of human services, which shows the quantity of solicitations for lab finding, number and sort of required research centre tests. There is a consistently expanding interest for improved diagnostics to help the clinicians in understanding assessment and treatment. The exploration in the field of clinical organic chemistry has extended, over a period, past customary tight view of the control and developed as a multidisciplinary action. This is all around reflected in symptomatic science and indicative advancements. Accessibility of human genome arrangement and late advances in biotechnology empowered the atomic profiling of human cells and tissues. Human ailments are better comprehended opening the extension for advancement of inventive and explicit objective based diagnostics

  • Track 2-1Clinical Biochemistry
  • Track 2-2Molecular Biology
  • Track 2-3Pharmacology
  • Track 2-4Enzyme Structure and Function
  • Track 2-5Biochemical Reactions
  • Track 2-6Metabolism

A successful insusceptible reaction can dispose of most infections from the body and along these lines most popular diseases are fleeting. In any case, there are sure infections that can sidestep the insusceptible reaction and set up relentless diseases in their host. The most celebrated case of such an infection is HIV, however there are numerous others. Infections utilize an assortment of techniques to sidestep the invulnerable framework. in general, these determined diseases are asymptomatic and possibly show clinically if the patient becomes immuno-traded off.


  • Track 3-1Viral Replication
  • Track 3-2Viral Pathogenesis
  • Track 3-3Viral Infections
  • Track 3-4Replication Cycle
  • Track 3-5Cytopathis effects of virus
  • Track 3-6Viral Plaque
  • Track 3-7Virus classification
  • Track 3-8Microbiology
  • Track 3-9Virus Structure and Classification

Biomarker is a quantifiable pointer of the earnestness or nearness of some illness state. For the most part, for most section a biomarker is whatever can be used as a pointer of a particular malady state or some other physiological state of a living thing. DNA marker is the term used to imply a DNA assortment between individuals that has been seen to be connected with a particular trademark. These differing DNA or hereditary varieties are known as alleles. A hereditary marker is used to recognize individuals or species and to relate gained disease. It very well may be depicted as an assortment that can be viewed. A hereditary marker is used to recognize attributes just as to depict germ plasm.


\r\n Sub-atomic diagnostics is an aggregation of strategies used to examine biomarkers in the genome and proteome—the individual's hereditary code and how their cells express their characteristics as proteins—by applying sub-atomic science to restorative testing. The methodology is used to examine and screen affliction, perceive possibility, and pick which medications will work best for particular patients. By dismembering the particulars of the patient and their disease, sub-atomic diagnostics offers the probability of redid pharmaceutical.




  • Track 4-1Genetic Testing and Molecular Biomarkers
  • Track 4-2Drug Labelling
  • Track 4-3Cancer Biomarkers
  • Track 4-4Disease-Related Biomarkers
  • Track 4-5Drug-Related Biomarkers
  • Track 4-6Biomarkers in Drug Development
  • Track 4-7Biomarker requirements
  • Track 4-8Imaging Biomarker

By and by the Molecular Microbiology inquire about spotlight on the bacterial cell cycle, translation guideline, chromosome isolation and cell division. It Includes the structure-work investigation of the NusA-RNA polymerase association, exploitation of the communication of inception factor with RNA polymerase for new anti-microbial advancement, systems science of the model Gram positive life form bacillus subtilis, bacterial chromosome fix components. It targets understanding protein send out, solute transport and cell division in small scale creatures. These procedures occur at the cytoplasmic film of small scale living beings, and layer science.




  • Track 5-1Molecular diagnostics
  • Track 5-2Molecular Genetics
  • Track 5-3Medical Genetics
  • Track 5-4Molecular tests
  • Track 5-5Molecular Epidemiology
  • Track 5-6Molecular Cloning

Cell treatment remembers a treatment for which cell material is implanted into a living cell. For example, T cells prepared for doing combating threat cells by methods for cell-interceded insusceptibility may be injected over the range of immunotherapy. Cell Therapy is the cell modifications at the atomic level. Take the chemotherapy in oncology for example, it intends to kill the phone by passing on toxic administrators to the phone, while Molecular Medicines could plan to end the phone division without basically butchering the phone, for instance, hoping to accomplish senescence whose healing strategy, levels of hazardous authorities, and mechanical assemblies for passing on the destructiveness could all be inside and out not quite the same as fundamentally executing the phone.


  • Track 6-1Types of Gene Therapy
  • Track 6-2Gene Doping
  • Track 6-3Gene Editing Tools
  • Track 6-4Gene Silencing
  • Track 6-5Viral Vectors
  • Track 6-6Cell Physiology
  • Track 6-7Embryonic Stem Cells

Cell treatments and regenerative medicine help the wellbeing of patients by fixing, supplanting, or by making broken cells inside the body. A few components of our bodies will fix themselves very well when harmed, while others don't fix in any regard. We can't build up a whole leg or arm; be that as it may, a few creatures will create – or recover – entire body components. Foundational Microorganisms offer very surprising. Notwithstanding the guarantee of embryonic undifferentiated organisms, in a few cases, grown-up or maybe vertebrate foundational microorganisms give a great deal of captivating methodology for clinical applications. Clinical applications in regenerative drug have expanded colossally all through the most recent ten years. Regenerative drug upsets the technique to improve the wellbeing and personal satisfaction by re-establishing, keeping up or upgrading tissue and elements of organs.




  • Track 7-1Stem-Cell Therapy
  • Track 7-2Stem Cell Expansion
  • Track 7-3Neurodegeneration
  • Track 7-4Ligament and Tendon Repair
  • Track 7-5Extra Cellular Matrix
  • Track 7-6Embryonic Stem Cells
  • Track 7-7Tissue-Specific Stem Cells
  • Track 7-8Mesenchymal Stem Cells.
  • Track 7-9Induced Pluripotent Stem Cells

Atomic pathology is a rising request inside pathology which is occupied with the examination and finding of contamination through the assessment of particles inside organs, tissues normal fluids. Atomic pathology gives a couple of parts of preparing to both anatomic pathology and clinical pathology, sub-atomic science, bio science, proteomics and hereditary qualities, and is now and again thought to be a "Mixture" instruct. It is multi-disciplinary in nature and focuses prevalently on the sub-tiny pieces of disease. A key idea is that progressively careful investigation is possible when the discovering relies upon both the morphologic changes in tissues and on sub-atomic testing.




  • Track 8-1Molecular Genetic Pathology
  • Track 8-2Molecular Pathological Epidemiology
  • Track 8-3Pathology
  • Track 8-4Precision Medicine

Molecular hereditary qualities is an investigation of heredity and variety at the sub-atomic level, especially the systems of innate transmission, and the variety of acquired attributes among comparable or related life forms. its concentrated on the stream and guideline of hereditary data between DNA, RNA, and Proteins. It contains sub-fields predominantly genomics and proteomics. This persuasive region of bio science contributes fundamentally to extending our comprehension of science and enables us to create bespoke conclusion, treatment and ailment anticipation for every patient dependent on their own hereditary make-up. The systems utilized in atomic hereditary qualities incorporate intensification, polymerase chain response, DNA cloning, DNA disengagement, mRNA detachment. It is basic in comprehension and treating hereditary issue and viewed as the most developed field of hereditary qualities. Hereditary qualities isn't comprised of two sciences, one sub-atomic and one non-sub-atomic. By the by, rehearsing scientists still utilize the term.


  • Track 9-1Epigenetics
  • Track 9-2Gene Mapping
  • Track 9-3Genetic Code
  • Track 9-4Genetic Recombination
  • Track 9-5Genomic Imprinting
  • Track 9-6Genes and Genomes
  • Track 9-7PCR and Real-Time PCR
  • Track 9-8Microarrays
  • Track 9-9Next-Generation Sequencing
  • Track 9-10Sanger Sequencing
  • Track 9-11Mutagenesis
  • Track 9-12Nano Electronic Biosensors

Nanotechnology is the planning of capable structures at the atomic science scale. This guarantees both existing work and thoughts that are increasingly innovative in its interesting sense. Nanotechnology as partitioned by measure is clearly incredibly wide, containing fields of science as contrasting as surface science, normal science, atomic science, semiconductor material science, little scale produce, sub-atomic science structuring. The related research and applications are likewise contrasting, fluctuating from extensions of standard device physical science to new techniques in perspective on sub-nuclear self-social gathering, from rising new materials with estimations on the Nano scale to straight controller of issue on the atomic scale.




  • Track 10-1Nanotechnology
  • Track 10-2Nano Pharmaceuticals
  • Track 10-3Nano Electronic Biosensors
  • Track 10-4Nano Electronic Biosensors
  • Track 10-5Molecular Nanotechnology
  • Track 10-6Nano Toxicology
  • Track 10-7Green Nanotechnology
  • Track 10-8Nano Biotechnology

Atomic Medicine incorporates the field of molecular imaging. It utilizes in limited quantities of radioactive materials (radio pharmaceuticals) to analyse and treat malady. In atomic prescription imaging, the radio pharmaceuticals are identified by exceptional kinds of cameras that work with PCs to give exact photos of the territory of the body being imaged. Atomic medication can likewise be utilized to treat specific sorts of malignant growth and different maladies. Atomic Medicine and Molecular Imaging are remarkable in light of the fact that an outer wellspring of vitality, for example, x-beams, attractive fields or ultrasound waves is utilized to create pictures of bone and delicate tissue. In atomic drug and sub-atomic imaging methodology, the vitality source is brought into the body, where it gets consolidated in a particular tissue, organ or process and is then identified by an outer gadget to give data on organ work and cell action. These two are assuming an undeniably significant job in quiet care, therapeutic research, and pharmaceutical advancement.




  • Track 11-1Nuclear Medicine
  • Track 11-2Imaging / Radiology
  • Track 11-3Orthopaedics
  • Track 11-4Cardiology
  • Track 11-5Oncology
  • Track 11-6Hybrid Imaging Techniques
  • Track 11-7Radio Pharmacology

Research endeavours including the hereditary qualities of complex malady are quickly advancing. Researchers have reported relationship of hereditary components with a wide range of complex issue, for example, coronary illness, diabetes, psychological maladjustment, and certain malignant growths. Nonetheless, while such examinations are unquestionably fascinating and warrant further examination, the data determined through these endeavours as of now has little appropriateness to tolerant consideration. Since their improvement in the mid-1990s, DNA miniaturized scale clusters have become a key instrument in hereditary finding, enabling specialists to decide contrasts in quality articulation between ordinary cells and carcinogenic cells, just as to recognize explicit sub kinds of different malignant growths. Analysts can likewise utilize data from miniaturized scale exhibits to figure out which treatment techniques will in all probability yield valuable outcomes for singular patients.



  • Track 12-1Prenatal Screening
  • Track 12-2Neonatal Screening
  • Track 12-3Carrier Testing
  • Track 12-4Preimplantation Testing
  • Track 12-5Predictive and Presymptomatic Testing
  • Track 12-6Forensic Testing
  • Track 12-7Genetic Screening Tests
  • Track 12-8Chromosomal Genetic Tests

The Molecular Biology is the underpinnings of natural frameworks and pathways at various levels. Momentum look into endeavours are basically coordinated to molecular premise of cell-cell correspondence being developed, Structural reason for sub-atomic cooperation’s directing autophagy, structural reason for sub-atomic collaborations managing necrotic cell passing. Scientists in sub-atomic science use techniques nearby to sub-atomic science anyway continuously merge these with frameworks and contemplations from genetical characteristics and regular science. Sub-atomic science is the examination of sub-atomic underpinnings of the strategies of replication, interpretation, interpretation, and cell work. The central principle of molecular science where genetic material is translated into RNA and after that changed over into protein, paying little mind to being misrepresented, still gives a not too bad starting stage to understanding the field 


  • Track 13-1Genetics
  • Track 13-2Cytochemistry
  • Track 13-3Transcription
  • Track 13-4Structural Biology
  • Track 13-5Gene Expression
  • Track 13-6Principle of Inheritance
  • Track 13-7Gene Expression

Natural chemistry is the investigation of the structure and capacity of organic particles, for example, proteins, nucleic acids, starches and lipids. Organic chemistry is likewise used to depict methods fit to understanding the connections and elements of natural particles and it is a research facility based science that unites science and science. By utilizing substance information and systems, organic chemists can comprehend and tackle natural issues. Organic chemistry centres around forms occurring at a sub-atomic level and it centres around what's going on inside our phones. It additionally takes a gander at how cells speak with one another, for instance during development or battling sickness.


\r\n Medication is a general class yet identifies with natural chemistry on numerous levels. Specialists and medical attendants offer medications to patients to help fix an ailment or forestall it. This is since when that medication is added to the human framework, it adjusts how different synthetic substances in the body work, bringing about sickness counteractive action or recuperation.



  • Track 14-1Enzyme structure and function
  • Track 14-2Macromolecules
  • Track 14-3Biochemical Reactions
  • Track 14-4Immunology
  • Track 14-5Cell signalling
  • Track 14-6Plant Biochemistry
  • Track 14-7Animal Biochemistry

Medication configuration, every now and again implied as sensible drug layout or basically typical arrangement, is the imaginative system of finding new pharmaceuticals thinking about the data of a characteristic objective. The prescription is most commonly a characteristic little iota that activates or limits the limit of a bio particle. for instance, a protein, which in this way realizes a medicinal favourable position to the patient. In the most basic sense, cure setup incorporates the diagram of particles that are comparing alive and well and charge to the bio molecular concentration with which they work together and thusly, will bind to it. Prescription blueprint a significant part of the time anyway not so much relies upon PC showing frameworks.



  • Track 15-1Drug Discovery
  • Track 15-2Bioisostere
  • Track 15-3Bioinformatics
  • Track 15-4Cheminformatics
  • Track 15-5Drug Development
  • Track 15-6Medicinal Chemistry
  • Track 15-7Molecular Design Software
  • Track 15-8Molecular Modification

Atomic diagnostics is an aggregation of techniques used to examine biomarkers in the genome and proteome—the individual's hereditary code and how their cells express their characteristics as proteins—by applying sub-atomic science to therapeutic testing. The procedure is used to break down and screen ailment, perceive possibility, and pick which medicines will work best for solitary patients. By analyzing the particulars of the patient and their affliction, atomic diagnostics offers the probability of altered pharmaceutical.




  • Track 16-1Pharmacogenomics
  • Track 16-2Genetic Tests
  • Track 16-3Molecular Tests
  • Track 16-4Polymerase Chain Reaction
  • Track 16-5Molecular Diagnostics Market
  • Track 16-6Molecular Biology
  • Track 16-7Medical Testing
  • Track 16-8Genetic Hybridization Tests

Restorative determination is the route toward making sense of which sickness or condition explains a man's symptoms and signs. It is as often as possible insinuated as examination with the restorative setting being evident. The information required for end is typically assembled from a history and physical assessment of the individual searching for remedial consideration. Every now and again, at any rate one characteristic technique, for instance, investigative tests, are furthermore done in the midst of the strategy. Now and again, posthumous discovering is seen as a kind of restorative examination. Finding is much of the time testing, in light of the fact that numerous signs and symptoms are vague. For example, redness of the skin (Erythema), without any other individual's info, means that many issue and as such, doesn't tell the human administrations capable what isn't right. As such differential examination, in which a couple of possible explanations are considered, must be performed.




  • Track 17-1Clinical Diagnosis
  • Track 17-2Laboratory Diagnosis
  • Track 17-3Radiology Diagnosis
  • Track 17-4Tissue Diagnosis
  • Track 17-5Retrospective Diagnosis
  • Track 17-6Nursing Diagnosis
  • Track 17-7Prenatal Diagnosis
  • Track 17-8Dual Diagnosis

Molecular elements (MD) are a computer reproduction procedure for concentrate the physical improvements of particles and are thusly a sort of N-body re-enactment. The particles and iotas are allowed to coordinate for a settled time, giving a point of view of the dynamic advancement of the structure. In the most broadly perceived structure, the headings of particles and iotas are directed by numerically clarifying Newton's states of development for a game plan of participating iotas, where controls between the molecules and their potential energies are processed using interatomic conceivable outcomes or sub-atomic mechanics force fields. The methodology was at first made inside the field of theoretical physical science in the late 1950s yet is associated today for the most part in compound material science, materials science and the exhibiting of biomolecules.




  • Track 18-1Protein Folding
  • Track 18-2Protein Stability
  • Track 18-3Enzyme Catalysis
  • Track 18-4Structural Bioinformatics
  • Track 18-5Molecular Engineering
  • Track 18-6Molecular Mechanics