Microbiology Conference 2022, Infectious Diseases Conferences, Clinical Microbiology Conferences, Clinical Microbiology 2022, Infection Prevention conferences, Infection Control conferences, Infectious Diseases Conferences, conference on Infection Prevention, conference on Infection Diseases, Infection Prevention Congress, Infection workshop, Asia

Previous Speakers

Sita Awasthi

University of Pennsylvania USA

Anjali Joshi

Texas Tech University Health Sciences Center USA

Todd E. Bell

Texas Tech University Health Science Center China

Ralph A

Tripp University of Georgia USA

Amelie Mc Fadyen

University of Quebec in Montreal Canada

Carlos Alberto Guzman

Helmholtz Centre for Infection Research Germany

Brian L Pearlman

Atlanta Medical Center USA

Palina Vyhouskaya

Jagiellonian University Poland

Recommended Global Microbiology Webinars & Conferences

Europe & UK

TRAUMA 2025, France Applied Microbiology 2025, UK Microbiology 2025, Germany

Asia Pacific & Middle East

Canada

Yeast Congress 2025, Canada Beneficial Microbes 2025, Canada Applied Microbiology 2025, Canada

Clinical Microbiology 2022

Welcome Message

Dear Attendees,

On behalf of the organizing committee member, We are honoured and delighted to welcome you all to “14^th World Congress on Clinical Microbiology and Infectious Diseases” during November 28-29, 2022 as Webinar. Which is going to by organized by ConferenceSeries LLC

Clinical Microbiology 2022 is scheduled in both In person and virtual versions. We believe that our decision will enable broad participation

Theme: Exploring Innovative Research in Clinical Microbiology

It is an opportunity to connect with colleagues in Microbiologists, immunologists, Professors, Researchers, Students and Technical Staff from the field of Clinical Microbiology, Delegates from various industries and Inspiring Speakers and Experts who will share evidence-based findings for quality and safety in patient care and improvement of Microbiologists in global health. You will surely enjoy being a part of this conference.

Best Regard
Clinical Microbiology 2022 | Program Manager
Conferencseries LLC

About Conference

Conference Series LLC publishes more than 500 open access journals and is editorial boarded by over 50,000 talented and prominent scholars. The Conference Series LLC Ltd organizes conferences around the world on all medical subjects including Clinical microbiology and its related fields .On behalf of the Conference Series LLC Ltd, Here we are happy to invite all the interested speakers, delegates, industrialists, students and young achievers to attend the "14^th World Congress on Clinical Microbiology and Infectious Diseases " which is scheduled to be held during November 28-29, 2022 as Webinar.

The "14^th World Congress on Clinical Microbiology and Infectious Diseases" aims to bring together leading academic scientists, researchers and research scientists to exchange and share their experiences and findings on all aspects of clinical microbiology. It also provides the best interdisciplinary platform for researchers, practitioners and educators to present and discuss practical challenges and solutions in the areas of the latest innovations, trends, concerns on clinical microbiology. The main focus of ‘‘14^th world congress on clinical microbiology and infectious diseases’’ is on the recent advances across the spectrum of Clinical Microbiology and infectious diseases research from basic sciences to public health.

Why to Attend

The Microbiology Conference is a unique and exciting opportunity. It was designed in an interdisciplinary way with a large number of trucks to present new technologies, new products, and branch services to a wide international audience. Covering many topics, it provides an excellent platform for presenting the latest research on microbiological applications. Also,

Hear about New Research
To Meet Experts
You Get to Ask Questions
New Tips & Tactic
Innovative Ideas
Work Shops
Overcome Fears
Get to Know Other People in Your Field
Meet Your Academic Heroes
Improve Your Presentation and Communication Skills
Certification
Global Networking
Brand Establishment

Target Audience

Microbiologists
Microbiology Researchers
Immunologists
Cell Biologists
Virologists
Mycologists
Epidemiologists
Biochemists
Biotechnologists
Research scholars and scientists
Viral Disease Researchers
Biologists
Universities and College Students
Health Care Professionals
Pharmaceutical and Healthcare Companies
Medical colleges
Life Science Students
Research Labs
Manufacturing and Medical Devices Companies
Parasitology Students and Scientists
Parasitology Researchers
Veterinary Students
Training Institutes
Directors, CEO’s of Organizations
Business Development Managers
Chief Scientific Officers
Researchers from Pharma Industries
Professors, Associate Professors, Assistant Professors
PhD Scholars
Association, Association presidents and professionals
Noble laureates in Health Care and Medicine
Research Institutes and members
Manufacturing Companies
Training Institutes

Sessions/Tracks

Track 1: Clinical Microbiology

Clinical microbiology is the study of microorganisms that cause infections in humans. Clinical microbiology is a specific combination of knowledge and practice aimed at direct clinical participation in the management of infectious diseases, using the basic principles of medical microbiology and clinical medicine. Clinical microbiology includes working in the clinic and testing blood samples from patients. It also includes patient case studies and illness diagnosis. In the future, faster diagnosis, better standardization of tests, and better adaptability to new threats from infectious microorganisms such as bioterrorist pathogens and new pathogens will be required.

Clinical microbiology begins with the patient presents signs of infection to the physician. An initial diagnosis is made, and the physician and orders diagnostic medical and laboratory procedures. A direct stain, a culture, and an antibiotic susceptibility test are typical test that may involve the micro biology laboratory. Early diagnosis is associated with early treatment and a better prognosis for the patient. Testing must be performed in a timely yet accurate, manner. Evidence of suspicion is often sent to the doctor so that antibiotic therapy can be started. Then the final identification is sent and the report is updated.

Related Associations and Societies

American Society for Microbiology, American Academy of Microbiology, Canadian Society of Microbiologists, , Brazilian Society of Microbiology, German Society of Hygiene and Microbiology, Spanish Society for Microbiology ,Swedish Society for Microbiology, National Multiple Sclerosis Society

Track 2: Microbial Evolution

Microbial evolution refers to the genetic changes that occur in a microorganism and are maintained over time. Changes in some microorganisms can occur in response to selective pressure. The best example of this is the variety of changes that can occur in bacteria depending on the presence of antibiotics. These changes can make a single bacterium less sensitive or completely resistant to the killing effects of one or more antibiotics. Changes in other microorganisms can occur randomly without selective pressure. These changes can be traced back to changes in the sequence of units (nucleotides) that make up the genetic material of an organism, giving them an advantage over unchanged organisms. In classical evolutionary scenarios, such beneficial properties are retained and may be passed on to future generations of the organism.

Gene transfer between bacteria can also occur between species that are not related to each other. This so-called horizontal gene transfer is an important form of evolution of naturally occurring microorganisms and can be important in the case of infectious diseases, such as when acquiring genes that determine antibiotic resistance.

Related Associations and Societies

Australasian Microbiology Society, Brazilian Society of Microbiology, German Society of Hygiene and Microbiology, Italian Society for Microbiology, Spanish Society for Microbiology, Swedish Society for Microbiology

Track 3: Corona Virus (COVID-19)

Covid's disease (COVID19) is a fascinating disease caused by the newly discovered Covid. This includes the vast number of infectious diseases that cause respiratory and intestinal disorders in living organisms and humans, such as Middle East respiratory illness and severe acute respiratory syndrome. Covids is a zoonotic disease. That means they are communicating between creatures and people. Definitive research revealed that SARSCoV was transmitted from civets to the population and MERSCoV was transmitted from dromedary to the population. Some known Covids have spread to creatures that are not yet contaminated by humans.

Related Associations and Societies

German Society of Hygiene and Microbiology¸ Italian Society for Microbiology¸ Spanish Society for Microbiolog¸ Swedish Society for Microbiology ¸Viruses: National Multiple Sclerosis Society¸ Infectious Diseases Society of America¸Swiss Society for Infectious Disease.

Track 4: Modes of Transmission-Routes of infections

Infectious diseases can be transmitted by several routes, which can be categorized as direct or indirect modes of transmission. The etiological agent that is the microorganism that has caused the infection. The reservoir of infection refers to the origin of etiological agent or its location such as contaminated food, another human, or an infected animal.

Control and prevention of infection depends on stopping the transmission of the pathogen from the source of infection (infected animal or human) to a new host (animal or human) or location. Identifying effective preventive and control measures against not only specific diseases, but also other similarly transmitted pathogens, including unexpected infections, by understanding the transmission route of the disease and its contribution to the spread of the organism. Microbial transmission can be divided into five major routes:

direct contact
pathogens
aerosols (in the air)
Oral (ingestion)
vector infections.

Some microbes can be transmitted in multiple ways.

Related Associations and Societies

Track 5: Food Microbiology

Food microbiology involves microorganisms that inhibit, produce, or contaminate food. This includes research on microorganisms that spoil food. Pathogens that can cause illness (especially if the food is improperly cooked or stored); Microbes have been used to make fermented foods such as cheese, yogurt, bread, beer and wine. Microorganisms with other beneficial roles, such as the production of probiotics. Food microbiology studies the role of microorganisms in food. It covers not only aspects of microbial ecology in food, but also the use of microorganisms to produce ingredients and food. In addition, some microorganisms pose major public health challenges as they can cause illness. Food preservation aims to inactivate and control the growth of perishable and pathogenic microorganisms to ensure long-lasting, healthy food. Therefore, ongoing efforts have been made among the food industry, government, and society to improve statistical sampling and microbiological methods to understand the mechanisms that influence the fate of microorganisms in food.

Related Associations and Societies

Track 6: Microbial Genetics

Microbial Genetics is a field of microbiology and genetic engineering. Microbial genetics studies microorganisms for a variety of purposes. The observed microorganisms are bacteria and archaea. Several fungi and protozoa have also been studied in this area. Various types of recombination are known for microorganisms. The most common form is general recombination, which usually involves the exchange of DNA between a pair of DNA sequences. It occurs throughout the chromosomes of microorganisms and is characterized by bacterial transformation, bacterial recombination, and exchanges that occur during bacterial transduction. This session includes:

1. Gene Expression

2. Gene Regulation

3. DNA Replication & Mutation

4. Mechanisms of Gene Transfer

Related Associations and Societies

Track 7: Molecular Cloning

Molecular cloning is an essential technique for creating DNA-based experimental tools for expression in bacterial or mammalian cells. Examples of such DNA constructs include promoter elements fused to reporter genes or cDNA sequences under the control of ubiquitous promoters. Molecular cloning includes preparation of vector and insert DNA, ligation of inserts into the vector, transformation of competent E. coli, and identification of positive clones.

Molecular cloning creates multiple molecules. Cloning is often used to amplify fragments of DNA that contain the entire gene, but it can also be used to amplify any DNA sequence, such as a promoter or non-coding sequence or randomly fragmented DNA. It is used in a variety of biological experiments and practical applications, from gene fingerprinting to large-scale protein production. The term cloning is sometimes misleadingly used to refer to the identification of chromosomal positions in genes associated with a particular phenotype of interest, such as location cloning. In practice, the location of a gene on a chromosome or genomic region does not necessarily allow the isolation or amplification of related genomic sequences. In order to amplify an organism's DNA sequence, it must be linked to the origin of replication. An origin of replication is a DNA sequence that can direct the replication of a sequence linked to itself However, many other functions are required, protein production, affinity labeling, single-strand RNA or DNA production, and hosts enable other molecular biology tools.

Cloning a DNA fragment basically involves four steps

fragmentation - breaking apart a strand of DNA
ligation – gluing together pieces of DNA in a desired sequence
transfection – inserting the newly formed pieces of DNA into cells
screening/selection – selecting out the cells that were successfully transfected with the new DNA

Related Associations and Societies

Track 8: Molecular Biology

In the field of molecular biology, we are studying the mechanisms of molecules found in living organisms, such as the molecular properties of genes and the mechanisms of gene replication, mutation, and expression. Given the fundamental importance of these polymer mechanisms in the history of molecular biology, a philosophical focus on the concept of mechanisms was used by philosophers of the history, concepts, and science of molecular biology. Get the clearest picture of the case study.

Molecular biology also plays an important role in understanding the structure, function, and internal control of individual cells. All of these can be used to efficiently target new drugs, diagnose disease and better understand cell physiology.

Related Associations and Societies

Track 9: Bioinformatics, Genomics and Proteomics

Bioinformatics, genomics, and proteomics are rapidly evolving areas that integrate tools and knowledge in biology, chemistry, computer science, mathematics, physics, and statistics into research at the interface between bioscience and information science. Inspired by the vast amount of biological data generated by genome sequencing, these new regions help answer biological questions that have long been considered too complex. Genomics, proteomics, and bioinformatics research also have a significant impact on society, affecting medicine, culture, economics, and politics.

Related Associations and Societies

Track 10: Stem Cell Technology

Stem cell technology is a rapidly evolving field that brings together the efforts of cell biologists, geneticists and clinicians to provide hope for the effective treatment of a wide variety of malignant and non-malignant diseases. Stem cells are defined as totipotent progenitor cells that are capable of self-renewal and differentiation according to multiple lineages. 1 Stem cell survive well, show stable division in culture, and are ideal targets for in vitro manipulation. Early studies focused on hematopoietic stem cells, but stem cells are also recognized elsewhere. Research on solid tissue stem cells is not as advanced as research on hematopoietic stem cells. This is because it is difficult to reproduce the necessary and accurate 3D alignment and the close interactions between cells and extracellular matrix present in solid organs. However, the ability of tissue stem cells to integrate into cytoarchitecture under the control of the host's microenvironment and developmental cues makes them ideal for cytoarchitecture. This overview briefly describes the current state of research and the clinical status of treatment based on hematopoietic stem cells and tissue stem cells.

Related Associations and Societies

Track 11: Genetic Recombination

Genetic recombination (also known as genetic rearrangement) is the exchange of genetic material between different organisms, resulting in offspring with different trait combinations than the two parents. In eukaryotes, genetic recombination during meiosis may provide new genetic information that may be passed on from parents to offspring. Most recombination occur naturally.

Genetic recombination is central to DNA metabolism. It promotes sequence diversity and maintains the integrity of the genome of all organisms. However, it has a negative effect and can have a serious impact on the cell cycle. In bacteria that harbor ring chromosomes, recombination often results in undesirable consequences, leading to the formation of chromosomal dimers. Dimers are formed by homologous recombination between sister chromosomes and are ultimately degraded by the action of two site-specific recombinases, XerC and XerD, at the target site dif located at the replication end of the chromosome. Studies of the Xer system and the modality of dimer formation and lysis provided important insights into how both homologous and site-specific recombination are regulated and integrated into the cell cycle. .. Here we will briefly review these advances and focus on the important questions they raise.

Related Associations and Societies

Track 12: Soil Microbiology

Soil microbiology deals with microorganisms in the soil, their function, and their impact on soil properties. It is believed that the first ancient bacteria and microbes originated in the Earth's oceans two to four billion years ago. These bacteria fixed nitrogen and grew over time, thereby allowing oxygen to be released into the atmosphere. This has led to important higher microorganisms as it affects soil structure and fertility. Soil microorganisms can be classified into bacteria, actinomycetes, fungi, algae, and protozoa. Each of these groups has properties that define them and their function in the soil.

Related Associations and Societies

Track 13: Host-Pathogen Interactions

Host-pathogen interactions are important in understanding infectious diseases and their treatment and prevention. By investigating and analyzing the various stages of infection, the mechanism by which pathogens enter the host and multiply there can be elucidated. Bioinformatics continues to play a major role in expanding knowledge in this area, especially in the post-genome era with the emergence of very large datasets. Traditional alignment techniques, structural analysis, and machine learning techniques are all essential to gain a better understanding of the interactions between host pathogens and their use in disease treatment. Future developments of new drugs, vaccines, and other therapies will rely heavily on the knowledge gained from the study of host-pathogen interactions.

Related Associations and Societies

Track 14: Antimicrobial Resistance

Antibacterial resistance (AMR) is that bacteria, viruses, fungi, and parasites change over time, become unresponsive to medications, make infections difficult to treat and spread the disease, serious illnesses, and also increases the risk of death. Due to drug resistance, antibiotics and other antibacterial drugs lose their effectiveness, making the treatment of infections more difficult or impossible.

Related Associations and Societies

Track 15: Emerging and Re-emerging Infectious Diseases

In the 21st century, newly identified pathogens, primarily zoonotic or vector-borne infectious pathogens, consistently and constantly threaten public health, causing fatal outbreaks of global concern. "Emerging infectious disease" is a term used to describe a previously unknown or known infection that can cause an outbreak. In addition, new infections include those that are already present in the environment but are caused by a pathogen that has not previously caused the infection or has provided a selective benefit to infection in the new host species. Viruses, new viruses such as Severe Acute Respiratory Syndrome (SARS), Middle East Respiratory Syndrome Corona Virus (MERS) and Bird Influenza Virus are serious public health threats and are a global problem. In this chapter you will learn the basic terms of infectious epidemiology and emergent virus outbreaks.

Related Associations and Societies

Track 16: Agricultural Microbiology

Agricultural microbiology is a field of study dealing with plant-related microorganisms. It aims to address the problems of agricultural practices usually caused by the lack of biodiversity in microbial communities. Understanding microbial strains associated with agricultural applications can help improve factors such as soil nutrients, resistance to phytopathogens, crop robustness, and fertilizer intake efficiency. Many symbiotic relationships between plants and microbes will ultimately lead to more food production needed to feed an increasing population and safer cultivation techniques to minimize ecosystem disruptions.

Related Associations and Societies

Track 17: Normal Flora of Human Body

A diverse microbial flora is associated with the skin and mucous membranes of all people, from birth to death. The human body, which contains about 1013 cells, normally contains about 1014 bacteria .This bacterial population forms the normal microbial flora. The normal microbial flora is relatively stable, and certain genera inhabit different parts of the body at certain stages of life. Microorganisms in the normal phytophagous fauna help the host (by competing for the microenvironment more effectively than pathogens such as Salmonella, or by producing nutrients that the host can use) and harm the host (worm teeth). By causing abscesses or other infections), or as symbiotic organisms (they inhabit the host for long periods of time without causing recognizable harm or benefit). Most of the elements of the normal microbiota that inhabit human skin, nails, eyes, oropharynx, genitals, and gastrointestinal tract are harmless to healthy people, but these microbes often cause disease in debilitated hosts. Viruses and parasites are not symbiotic organisms and do not help the host, so most researchers do not consider them members of the normal microbiota.

Related Associations and Societies

Track 18: Carcinogenic Agents (Mutations & Mutagens)

A carcinogen is a substance that promotes the development of cancer, a radionuclide, or radiation. This is because it can damage the genome and interfere with the cell's metabolic processes. Some radioactive substances are thought to be carcinogenic, but their carcinogenic effects are due to the radiation they emit, such as gamma rays and alpha particles .Common examples of non-radioactive carcinogens are inhaled asbestos, certain dioxins, and cigarette smoke. Publicly relevant carcinogens are generally associated with synthetic chemicals, but can occur with both natural and synthetic substances as well. Carcinogens are not always immediately toxic. Therefore, those effects can be insidious.

Related Associations and Societies

American Society for Microbiology, American Academy of Microbiology, Canadian Society of Microbiologists, Brazilian Society of Microbiology, German Society of Hygiene and Microbiology, Spanish Society for Microbiology ,Swedish Society for Microbiology, National Multiple Sclerosis Society

Track 19: Food Processing and Packaging Technology

Food processing is the conversion of raw materials into food or other forms by physical or chemical means. Food processing combines raw food ingredients into marketable foods that consumers can easily prepare and serve. Technologies already found in the food industry or related sectors include high pressure machining, pulsed electric fields, ultrasound, cold plasmas. It is mainly focuses on the relationship between process structure and function, Describes current and potential applications and progress in process development.

Food packaging technology is needed to safely deliver healthy products to consumers at minimal cost. This is the science or technology of preparing food for transport, storage, or sale elsewhere from manufacture. Packaging ensures protection of all types of materials with containers that isolate the contents to some extent from external influences. It is an essential aspect of food value creation.

Related Associations and Societies

Track 20: Microbiome

The microbial flora (from the ancient Greek μικρÏŒς (mikrós) "small" and βÎ¯ος (bíos) "life") is usually a community of microorganisms that live together in a particular habitat. It was a characteristic microbial community with a variety of physicochemical properties that occupies a reasonably well-defined habitat. Therefore, the term not only refers to the microorganisms involved, but also includes their areas of activity increase.

The microbiome is composed of useful and potentially harmful microorganisms. Most are symbiotic (both the human body and the microbiota benefit) and some are pathogenic (favorable diseases). In a healthy body, pathogens and symbiotic bacteria coexist without problems.

Related Associations and Societies

Track 21: Biotechnology and Synthetic Biology

Biotechnology is a broad field of biology that uses biological systems and organisms to develop or manufacture products. Some tools and applications often overlap with related scientific disciplines. From the late 20th century to the early 21st century, biotechnology expanded to include new and diverse sciences such as genomics, recombinant genetic engineering, applied immunology, drug therapy and the development of diagnostic tests. The term biotechnology, first used by Karl Ereky in 1919, refers to the production of products from raw materials with the help of living organisms.

Synthetic Biology is an interdisciplinary field of study aimed at creating new biological components, devices and systems, and redesigning systems that already occur in nature. This includes a wide range of techniques in various fields such as biotechnology, genetic engineering, molecular biology, molecular engineering, system biology, membrane science, biophysics, chemistry and bioengineering, electrical and computer engineering, control engineering, etc. It is a field of science and evolutionary biology. Due to its stronger genetic engineering capabilities and the low cost of DNA synthesis and sequencing, the field of synthetic biology is growing rapidly.

Related Associations and Societies

Track 22: Leading Causes of Death Globally

The world's leading causes of death, ranked by total number of lost lives, are cardiovascular (ischemic heart disease, stroke), respiratory disease (chronic obstructive pulmonary disease, lower airway infection), and neonatal disease. Causes of death can be divided into three categories:

communicable (infectious and parasitic diseases and maternal, perinatal and nutritional conditions)
non communicable (chronic) and
injuries

Related Associations and Societies

Track 23: Comorbidities and Infectious Diseases

Comorbidity is the presence of one or more additional diseases that often occur at the same time as the primary disease. Comorbidities represent the effects of other medical conditions that an individual patient may have, apart from the major condition of interest, and can be physiological or psychological in nature. In the context of mental health, comorbidities often refer to co-existing disorders such as depression and anxiety disorders. Comorbidity may indicate either co-existing but independent disease with other or related illnesses. The latter meaning of the term creates some overlap with the concept of complications. For example, in long-standing diabetes, it is not easy to determine whether coronary artery disease is an independent complication or a diabetic complication. Both diseases are highly multivariate and are likely to have both simultaneity and outcome aspects. The same applies to comorbidities during pregnancy.

Related Associations and Societies

Track 24: Laboratory Diagnosis of Infectious Diseases

Laboratory diagnosis of infectious diseases requires direct or indirect detection of viral, bacterial, fungal, or parasitic pathogens in host tissues, body fluids, or excrement. The Clinical Microbiology is responsible for preparing these samples and determining the susceptibility of bacterial and fungal pathogens to antibiotics. Traditionally, pathogen has been based primarily on either microscopic visualization of the pathogen in clinical material or microbial growth in the laboratory. Identification was based on phenotypic characteristics such as bacterial fermentation profile, cytopathic effects in tissue culture of viral pathogens, and micromorphology of fungi and parasites. These techniques are reliable, but often time consuming. Protein analysis or genotyping techniques are becoming the standard method for detecting, quantifying, and / or identifying microorganisms in clinical microbiology laboratories, and are becoming methods for phenotypic characterization and microscopic visualization. This session describes common diagnostic test concepts with an emphasis on bacterial, fungal and viral detection.

Related Associations and Societies

Track 25: Advanced Research in Clinical Microbiology

Clinical microbiology is a field of science that studies microscopic organisms such as bacteria, fungi, viruses, archaea, algae, and protozoa. It covers some basic studies of the clinical aspects of microorganisms, including biochemistry, physiology, cell biology, evolution, ecology, and the host's response to these agents. Current research is a scientific study of ongoing research in the field of clinical microbiology. This study covers the evolution of virology, mycology, parasitology, bacteriology, host immune response and microorganisms.

Environmental microbiology
Diagnostic microbiology
Space microbiology
Food microbiology
Agricultural microbiology
Clinical microbiology
Veterinary microbiology

Related Associations and Societies

Market Analysis

According to the latest reports from Reports and Data, the global clinical microbiology market is projected to reach $ 5.3 billion by 2025 from USD 3.9 billion in 2020, at a CAGR of 6.5% during the forecast period and $ 6.6 billion with a CAGR of 6.7% by 2028. Global market growth is significantly accelerated by increasing prevalence of infectious diseases, increasing demand for early detection of infectious diseases, and technological advances in disease diagnosis. Other key factors driving market growth include increased research activity to develop pathogen-specific diagnostic kits, increased adoption of advanced genomic technology, and clinical microbiology products in clinical diagnostic centers and laboratories also Increased use and increased government investment in drug development.

Market Research

Market research is very important to the development of the industrial market and is always in demand. The 2018 delivery of the new edition of the Clinical Microbiology Test Report will be announced at Global Spurt.

Global Survey

The Clinical Microbiology Labs has a comprehensive range for the diagnosis of serology, viral cultures and blood cultures. This method is used to detect influenza viruses and many other illnesses. Clinical microbiology testing is essential for the detection of bacterial, fungal and parasitic infections and the prevention of epidemics. It is also useful for clinical treatment of patients. The rapid diagnostic test market is the most sought most after in the microbiology industry because it provides results are available in less than 30 minutes. Therefore, faster turnaround time (TAT) and frequent and efficient results are the main drivers of the microbiology market.

The number of infectious diseases is increasing all over the world. Factors such as increased incidence of HIV and tuberculosis, sexually transmitted diseases and respiratory diseases such as influenza in Europe and the United States drive the microbiology market.

Infectious Disease Diagnostic Market Overview:

The global infectious disease diagnostics market was valued at $ 23,321.99 million in 2020, $ 39,941.37 million by 2030, and grew at a CAGR of 6.8% from 2021 to 2030. Diagnosis of an infectious disease is defined as a clinical test with the help of a qualified technician or doctor in diagnosing an infectious disease. This is a diagnostic procedure that characterizes and identifies the causative agent of an infection. It analyzes samples of urine, blood, mucus, and other body fluids and uses a variety of diagnostic methods and equipment to obtain information about the causative organism. The growth of the global infectious disease diagnosis market is driven primarily by the increasing prevalence of infectious diseases such as hepatitis, influenza, COVID19 and the human immunodeficiency virus (HIV). Increased demand for point-of-care diagnostic tests. Increase funding from private and governmental organizations for diagnostic service centers. Advances in infectious disease diagnosis technology.

According to the Centers for Disease Control and Prevention (CDC), in 2018, hospitals in the United States reported approximately 1.7 million infections and 99,000 associated deaths each year. In addition, increasing demand for point-of-care testing is expected to boost the growth of the infectious disease diagnosis market. For example, in March 2020, global healthcare company Abbott announced the launch of the Abbott ID NOW COVID19 test, a point-of-care molecular test that detects COVID19 in just five minutes. In addition, the growing elderly population is driving market growth, as older people are more susceptible to infectious diseases. According to the US Food and Drug Administration (FDA), by 2020, about 300,000 people over the age of 50 will be diagnosed with pneumococcal pneumonia each year. In May 2021, Neuberg Diagnostic, a leading provider of world-class laboratories, opened a clinical laboratory in the United States to provide genomic and molecular testing for a new generation of sequencing technology.

Importance and Scope

In the future, faster diagnosis, better standardization of tests, and better adaptability to new threats from infectious microorganisms such as bioterrorist pathogens and new pathogens will be required.

Top Research Institutions Associated With Clinical Microbiology Research

Chinese Academy of Sciences (CAS)
Harvard University
National Centre for Scientific Research
Stanford University
Massachusetts Institute of Technology (MIT)
Helmholtz Association of German Research Centres
The University of Cambridge
The University of Tokyo
Peking University
American lung association
British Thoracic Society
COPD thoracic society
Canadian thoracic society

_{Major Societies & Companies}

Related associations:

American Society for Microbiology
Max Planck Society
American Academy of Microbiology
Canadian Society of Microbiologists
Australasian Microbiology Society
Brazilian Society of Microbiology
German Society of Hygiene and Microbiology
Italian Society for Microbiology
Spanish Society for Microbiology
Swedish Society for Microbiology
Viruses: National Multiple Sclerosis Society
Infectious Diseases Society of America
Swiss Society for Infectious Disease

Companies:

SRI International
Scientific Companies
Hepatitis B Foundation
NCBiotech Company
Pfizer
Roche
Novartis
Abbvie
Johnson & Johnson
Amgen
Gilead Sciences
MERCK
CMC biologics

To Collaborate Scientific Professionals around the World

Conference Date December 05-06, 2022

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Clinical Microbiology 2021 Conference

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Journal of Infectious Diseases & Therapy Journal of Genetic Syndromes & Gene Therapy Journal of Neuroinfectious Diseases

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Clinical Microbiology and Infectious Diseases

December 05-06, 2022 Webinar

Exploring Innovative Research in Clinical Microbiology

Clinical Microbiology Conferences | Microbiology Summit | Infectious Diseases Conferences | Microbiology Conferences | Medical Microbiology Meetings | Infection Prevention and Control | Infection Prevention Asia Meetings| Europe| USA | Asia Pacific | 2022| Middle East

Conference Series Conferences gaining more Readers and Visitors

Previous Speakers

Sita Awasthi

Anjali Joshi

Todd E. Bell

Ralph A

Amelie Mc Fadyen

Carlos Alberto Guzman

Brian L Pearlman

Palina Vyhouskaya

Recommended Global Microbiology Webinars & Conferences

Europe & UK

Asia Pacific & Middle East

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Clinical Microbiology 2022

Welcome Message

About Conference

Why to Attend

Sessions/Tracks

Market Analysis

_{Major Societies & Companies}

To Collaborate Scientific Professionals around the World

Useful Links

Past Conference Report

Supported By