Worlds leading Medical Microbiology Conference | Â America

Theme: Accelerating Innovations and Significant Advances in Medical Microbiology

Medical Microbiology 2017

Medical Microbiology 2017

ConferenceSeries Ltd invites all the participants from all over the world to attend Medical Microbiology 2017 during October 2-4, 2017 Las Vegas, USA which includes prompt Keynote Presentations, Special Sessions, Workshops, Symposiums, Oral talks, Poster Presentations and Exhibitions.

Medical Microbiology is the study of disorders caused by organisms such as bacteria, viruses, fungi or parasites. Infectious diseases may be of water borne, food borne, vector borne, air borne in human beings as well as in plants and animals. Infectious diseases basically emphasize on the pathogenesis of the bacteria and their therapeutic measures, coalesce of branches of Microbiology especially Clinical and Diagnostic Microbiology which deals with the cure and prevention of the Infectious diseases. It represents an increasingly important cause of human morbidity and mortality throughout the world. Vaccine development is thus of great importance in terms of global health.

The conference attains significance when we look at the worldwide deaths due to Infectious Diseases. Tetanus (500,000), Measles( 1 million), HIV/AIDS(1 million), Hepatitis B( 1.1million), Malaria(2.1million), Diarrhoea(3.1 million), Tuberculosis (3.1 million), Respiratory Infections (4.4 million).

Who should attend?

Microbiologists
Bacteriologists
Virologists
Parasitologists
Mycologists
Pathologists
Pharmacists
Epidemiologists
Health Care Professionals

Why to attend?

With members from around the world focused on learning about global trends on emerging infectious diseases and its advances in therapeutic and diagnostic market, this is your best opportunity to reach the largest assemblage of participants from the Infectious diseases community. This particular conference conduct presentations, distributes information, conducts meetings with current and potential scientists, make a splash with new drug developments, and receive name recognition at this 3 day event. World renowned speakers, the most recent therapeutic and diagnostic techniques, developments, and the Novel technologies and therapeutic measures for infectious diseases prevention and control are hallmarks of this conference.

Targetted Audience

Directors, Board Members, Presidents, Vice Presidents, Deans and Head of the Departments
Infectious Diseases Researchers, Scientists, Faculties, Students
Infectious Diseases Associations and Societies
Medical Colleges
Pharmaceutical Companies and Industries
Medical Devices Manufacturing Companies
Drug Manufacturing Companies and Industries
Laboratory Technicians and Diagnostic Companies
Business Entrepreneurs and Industrialists
Training Institutes
Software Developing Companies
Data Management Companies

Track 1-Antibiotics and Infectious Diseases

Most microbiologists differentiate two groups of antimicrobial agents used in the treatment of infectious disease: antibiotics, which are natural substances produced by certain groups of microorganisms, and chemotherapeutic agents, which are chemically synthesize. Today's major challenges are the rising tide of antimicrobial resistance. Medical microbiology 2017 is the best place to find relevant information about novel antimicrobial drug discovery, preclinical investigations of new antimicrobials in the pipeline, and more.

Track 2- Diagnostic Microbiology

Diagnostic microbiology is a field of study within the sciences which focuses on applying microbiology to medical application. Similarly to being concerned with the identification of a disorder-inflicting organism. Diagnostic microbiology can also be a part of revising a treatment plan. Microbes including bacteria, protozoans, and fungi play a vital factor in many disease processes. The diverse laboratory techniques like microscopy, immunological assessments, radiology, biomarker tests, ELISA, serology checks, vaccine vectors are the primary diagnostic tests which are currently in use. Numerous microbes have developed resistance to medications. Therefore, it's far essential for the scientists to give smarter methods of diagnosing those microbes and their pathogenic mechanisms.

Track 3- Clinical And Public Health Microbiology

The microbiological processing of patient specimens and serodiagnostic analyses are fundamental to the everyday diagnosis, treatment and management of patients with infectious diseases.

Clinical microbiology laboratories process various specimens from patients, healthcare workers or elsewhere e.g. the environment. The results of their analyses can either contribute to the everyday diagnosis and management of infection in individual patients (the clinical role), or inform healthcare associated infections (HAIs) infection prevention and control/hospital hygiene (IC) interventions or antimicrobial stewardship (AS) activities (the public health/the epidemiological role). However, as we will see, these two roles are interactive.

‘public health microbiology’ is ‘a crosscutting area that spans the fields of human, animal, food, water and environmental microbiology, with a focus on human health and disease. It requires laboratory scientists with the ability to work effectively across disciplines, particularly epidemiology and clinical medicine’. Public health microbiology aims to interpret diagnostics at the population level, rather than at the level of the individual patient.

Track 4- Innovations In Vaccine

A vaccine is an dozy shape of microorganism or virus which is introduced in the body to simulate a real infection. Due to the fact the injected microbes are 'dead,' they do not cause a person to end up unwell. Rather, vaccines brace an immune reaction by using the body a good way to combat off that sort of infection. It covers infectious disease objectives and non-infectious ailment targets. To create vaccine-mediated protection is a complex mission. Currently the vaccines are developed empirically, with less or zero expertise on how they set off the immune system.

Track 5- Host-Microbe Biology

In biology, a host is an organism that harbours a parasitic, a reciprocal or a commensal symbiotic, typically providing nourishment and shelter. Examples include animals playing host to parasitic worms cells harbouring a parasitic virus, a bean plant hosting mutualistic nitrogen-fixing bacteria. The breadth of host-microbe biology is represented in its full glory at Medical Microbiology 2017. There will be a cutting-edge research – topics range from studying phage and conflict and resolution in evolution to bacterial warfare.

Track 6- Microbial Biofilms

Biofilms are the bundle of microorganisms enclosed in an extracellular polymeric matrix. The complicated system of attachment has diverse traits. It's a very complex process with regulated through growth medium, substratum and surface of the cell. Their location in infectious illnesses has led to their multiplied importance in medical microbiology. More and better information and competence about biofilm will result in novel and pivot control of biofilm with progressed biofilm control.

Track 7- Emerging Techniques In Bacteriology

Major advances in microbiology over the last century resulted in the development of the scientific study of pathogenic bacteria that are significant factors in causing or facilitating human disease. In developed countries, 95 percent of documented infections in hospitalized patients are caused by microorganisms. These cases probably reflect only a small percentage of the actual number of infections occurring in the general population, and usually represent the most severe cases. In developing countries, a variety of bacterial infections often exert a devastating effect on the health of the inhabitants. RECOMBINANT BACTERIA PRODUCED BY GENETIC ENGINEERING are enormously useful in bacteriologic research and are being employed to manufacture scarce BIOMOLECULES (e.g. interferons) needed for research and patient care. The antibiotic resistance genes, while a problem to the physician, paradoxically are indispensable markers in performing GENETIC ENGINEERING. GENETIC PROBES and the POLYMERASE CHAIN REACTION (PCR) are useful in the rapid identification of microbial pathogens in patient specimens. Genetic manipulation of pathogenic bacteria continues to be indispensable in defining virulence mechanisms. As more protective protein antigens are identified, cloned, and sequenced, recombinant bacterial VACCINES will be constructed that should be much better than the ones presently available. In this regard, a recombinant-based and safer pertussis vaccine is already available in some European countries. Also, direct DNA vaccines hold considerable promise.

Track 8- Breakthrough Approaches In Medical And Molecular Microbiology

Medical Microbiology has received numerous breakthroughs in the branch of Microbiology, by it’s constant updates and adapting itself to various futuristic approaches, to suit the need of patients, outbreaks and the need to mark the instantaneous crisis that arises. It basically helps in the diagnosis of pathogenic microbes, their identification, assistance in the treatment and monitoring the dosages of the antibiotics and the scope of antibiotic resistance. The stages of studying a medically important microbe are the physical & biological properties, Bio-chemical properties, pathogenesis, Diagnostic tests, resistant properties, and prognosis.

Track 9- Nanotechnology In Medical Microbiology

Present day pattern in Nano-biotechnology is definite to take viral Nano-biotechnology higher than ever. These amazing and huge methodologies of life-sciences in relationship with science, material science and building have turned into the foundation of present day bio-physical prescription and are opening a wide range of methodologies in all these fields. Microbial Nano-biotechnology is still an emergent field, yet it is step by step picking up eminence, particularly with the programmed parallel arrangement of viral building blocks is in the hand's compass after the recent advancement of chip-based DNA control to the cell-refined methods.

Track 10- Multi Pathogens Infections

Multiple pathogens once in a while coexist ensuing in polyparasitism, which escorts to augmented infectivity and diseased circumstance, changed pathogen load, and emphasis in pathogenesis. As an sample, Burkitt's lymphoma is generally determined in regions with high malarial transmittance and it is said that malaria-prompted immune reaction is related with the evolution of lymphomas. These organisms are known as opportunistic infectious factor, and are reason for huge morbidity and mortality costs. HIV is one of the opportunistic organisms with high ability to have interaction with other infectious organisms like parasitic, viral, fungal, and bacterial agents.

Importance and scope

Microorganisms perform as specific agents for vast scale chemical transformations, specially variety of geochemical changes. Winogradsky and Beijerink proved that microbes play key role in the Carbon cycle, Nitrogen cycle, Sulphur cycle etc. They also proved the part of microorganism in the fixation of atmospheric nitrogen fixation.

Microbiology contributed significantly to the evolution of new branches like biochemistry and Genetics. Buchner discovered cell- free alcoholic fermentation which became a foundation to the biochemistry. The studies on microorganisms helped in the discovery of vitamins, enzyme.Microbiology made many benefaction for the development of molecular biology.

Microorganisms are responsible for the manufacture of diverse foods of man. The biochemical reactions of microorganism helps in the operation of production of foods like Curd, Bread, Alochol, Soya Souce, SCP protein etc. The fruiting bodies of some fungi like, Plurotus are used as mushrooms, SCP protein are synthesized from culturing of micro organisms like Chlorella, Spirulina, Yeasts etc.

Microorganisms assist in several industries like medicine industry, jute industry. Hormones, Vitamins, Vaccines are also manufactured from microorganisms. They are also used in Recombinant technology, cell fusion technology etc.

Hence the branch microbiology developed into a independent modern branch of science.

Scope:

One such branch of science is Medical microbiology which has made numerous imaginations a reality. The innovations in this field has given the ability to human being to see tiny invisible organisms of unbelievable dimensions less than 0.2 micron or even less and to study every feature of it. The scope of microbiology is immense due to its ability to control all critical points of many fields like Medical, Diary, Pharmaceutical, Clinical, research, water industry, agriculture, nanotechnology, chemical etc.

With new extent of thinking , today microbiologist can easily innovate present day diagnostic kits (e.g. Pathogen detecting, antigen detecting, receptor detecting etc), can discover new drugs with antibiotic sensitivity tests, zone of inhibitions etc., Can isolate distinctive species from mountains , strange areas, extreme conditions, who know you may find antibiotic properties in many of them. Many of such enzyme properties, antibiotic properties within microorganisms are being detected daily and are applied in various medical, fermentation industries and in developing new products for well being of human life. Microbiologist can bid for patents for their little-large innovations and can even sell them for million dollars, can develop their own small or enormous clinical laboratory, can develop their own dairy, pharmaceutical, medical, agricultural institutes and industries simply with knowledge of applied microbiology. Who knows your imagination of isolating organisms from utmost condition can give new drugs for today’s burning issues and diseases and can save thousands of patients life’s all over the world.

Today microbiologists are required in top organizations like NASA for recognition of any life form for their various missions like the recent Mars curiosity mission and many more. The scope is massive just what is needed is right appeal of knowledge. With such a scope in microbiology what today’s students, professionals need is just a change of their mind sets , a change in their imagination , a thinking further on circle, rest as mentioned earlier, knowledge and technology will take care to make them successful. Job is a way to apply knowledge but innovation and creativity is a way to destination and Einstein rightly said that “imagination is powerful than knowledge”.

Conference highlights :

Clinical And Public Health Microbiology

Antibiotics and Infectious Diseases

Diagnostic Microbiology

Ecological And Evolutionary Science

Innovations In Vaccine

Host-Microbe Biology

Microbial Biofilms

Emerging Techniques In Bacteriology

Breakthrough Approaches In Medical And Molecular Microbiology

Nanotechnology In Medical Microbiology

Multi Pathogens Infections

Why to attend???

As indicated earlier, Medical Microbiology research, requires people from various disciplines and people form such various fields do not always get a chance to meet and discuss the current evolution in their respective areas. Medical Microbiology conferences seek to bring all such people together and thereby provide them a platform with which to discuss and exchange plans with one another. The Medical Microbiology conference is set to be magnified by World-renowned speakers who will shed light on the most recent techniques, tactics, and the newest updates in Medicine Microbiology Research.

· Major Microbiology Associations around the Globe

· Society for General Microbiology

· Canadian Society of Microbiologists

· Society for Applied Microbiology

· International Union of Microbiological Societies

· American Society For Microbiology

· Microbiology Society

· Centers for Disease Control and Prevention

· European Centre for Disease Prevention and Control

· Healthcare Infection Society

· Infection Prevention Society

· International Society for Infectious Diseases

Target Audience :

The aimed audience would cover microbiologists, virologists, immunologists, pathologists, epidemiologists, doctors, public health planners, Primary Care Practitioners (Family Practice, Internal Medicine), Physician Assistants, Nurse Practitioners, Laboratory Professionals, and healthcare professionals interested in screening, treating and counselling patients regarding microbial infection, microbial diseases and infectious disease prevention.

Market Research:

The global microbiology market is valued at $6,727.29 million in 2014 and is anticipated to grow at a CAGR of 13.03% between 2014 and 2019. Increasing disease burden of infectious diseases and expanded funding for healthcare expenditure are the prime growth drivers for this market during the forecast period. The pharmaceuticals application segment accounted for the vast share of the microbiology market in 2014, while the food application segment is imagined grow at the highest CAGR between 2014 and 2019 in the global microbiology market.

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Conference Date	October 2-4, 2017
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All accepted abstracts will be published in respective Our International Journals.

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