Track Categories
The track category is the heading under which your abstract will be reviewed and later published in the conference printed matters if accepted. During the submission process, you will be asked to select one track category for your abstract.
It is an essential component of pharmacy in which the pharmacist interprets the physician's prescription requirements and supplies treatment medications. This procedure can be performed in a store or community pharmacy as well as a health center, hospital, or clinic that receives funding from the public. It is distributed by a wide range of individuals with a variety of training and backgrounds. A pharmacist in charge of medicine dispensing participates in the procedure, packaging, labeling, record keeping, and delivery of a prescription drug to a patient or a third party. Additionally, environmental prosperity risks and pharmaceutical risks are examined.
Track 1.1 Code ethics in pharmacy
Track 1.2 Supply chain
Track 1.3 Retail pharmacy vs online platform
Track 1.4 Regulation of dispensing pharmacy
In Germany, Merck may have been the first company to take this action. Around 1668, a pharmacy in Darmstadt was the beginning of it all. The pharmaceutical industry is responsible for discovering, developing, producing, and promoting medicines or prescription products that can be used as medications. The production of pharmaceutical drugs is an aspect of the pharmaceutical industry known as pharmaceutical manufacturing. The drug production process can, in fact, be broken down into various unit activities like milling, granulation, coating, tablet pressing, mixing, and encapsulation. In response to shifting market dynamics, the pharmaceutical industry is attempting novel production methods, such as micro-batches for precision medicine. In 2020, the global pharmaceutical market was worth 1.27 trillion US dollars, a significant increase from the previous two decades. The Indian Economic Survey 2021 projects a tripling of the global market's growth over the next ten years.
Track 2.1 Manufacturing equipment and technologies
Track 2.2 Industrial and Physical Pharmacy
Track 2.3 Pharmaceutical Engineering
Track 2.4 Flexible Production
Track 2.5 Additive Manufacturing
The design, research, drug development, production, and quality control of medical products and drugs have all been brought together by pharmaceutical researchers. Thanks to advancements in technology, pharmacies are now better able to handle patients' medications and quickly obtain health and patient information. In addition, medication accuracy has increased in the medical field as a result of advances in pharmaceutical technology. The utilization of advancement in the drug store area has supported in making turn out simpler for drug specialists, yet additionally in giving better medical services to patients. E-prescribing, telecare, drug treatment management, and medication reminder devices are the current emerging technologies in pharmacies.
Track 3.1 Artificial Intelligence
Track 3.2 Precision Medicine and telemedicine
Track 3.3 Blockchain
Track 3.4 Extended Reality
Track 3.5 Innovative breakthrough therapies
Track 3.6 Advanced pharma chemistry
Since prehistoric times, medicinal plants, also known as medicinal herbs, have been recognized and utilized in traditional medical practices. Many chemicals are produced by plants as a defense against disease, insects, fungi, and herbivorous animals. There are a lot of phytochemicals that have been found to have potential and confirmed biological effects. A number of health benefits, such as lowering force per unit area, disorder prevention, and cancer risk reduction, can be attributed to medicinal plants' antioxidant activity. The most effective dynamic, multimodal approach for treating complex, multivariate physiological conditions is botanical medicine. In non-industrialized cultures, medicinal herbs are widely used because they are readily available and less expensive than conventional drugs.
Track 4.1 Pharmacognosy
Track 4.2 Ethnobotany and ethnopharmacology
Track 4.3 Efficacy and long-term use of medicinal plant
Pharmacy is a clinical health science that combines pharmaceutical science and chemistry to develop, administer, and regulate medications and pharmaceuticals. Pharmacists have the power to alter people's lives by developing novel treatments for diseases.
Track 5.1 Formulation design and development
Track 5.2 Medical devices, as well as manufacturing science and engineering
Track 5.3 Drug metabolism, pharmacokinetics, and pharmacodynamics
Track 5.4 Pharmacutical chemistry
Track 5.5 Pharmaceutical analysis and instrumental methods of analysis
Track 5.6 Recent development of medicine as well as vaccine
In all aspects of pharmaceutical sciences, including drug safety, cost-effectiveness, drug discovery, pharmaceutical services, the role of pharmacists, drug development, radio prescription drugs, and multiple drug use, etc., drugs and regulations play a crucial role. Medicine is regulated differently by each jurisdiction. They are governed by a single agency at the national level in some nations, like the United States.
Track 6.1 Adverse Drug Reaction
Track 6.2 Colonic Drug Delivery Systems
Track 6.3 Basics of Drug Regulatory Affairs
Track 6.4 Types of Drug Regulatory Affairs
Pharmacy is changing to meet the changing needs of patients and, by extension, the healthcare system. In the profession of pharmacy, responsible drug use might be a significant issue. Any and all people can get high-quality services from a decent healthcare system whenever they need them. Each nation has its own unique configuration of administrations, but they all require a reliable means of financing; a workforce with adequate compensation and training; dependable information upon which to base decisions and strategies; and offices that are well-kept, as well as coordination to provide high-quality prescriptions and advancements.
Track 7.1 Hospital pharmacy
Track 7.2 Clinical pharmacy
Track 7.3 Community pharmacy
Track 7.4 Ambulatory care pharmacy
Track 7.5 COVID -19 and pharmacy
The science of medicine design and the quantitative aspects of medication distribution are the subjects of pharmaceutics. Drug disposition, innovations in clinical development, pharmaceutical technology, medical specialty and drug delivery, drug style, targeted drug, sequence delivery, sustained drug delivery system, routes of administration, and basic drug development are all areas in which pharmaceutics plays an important role. It was estimated that the global market for quantum dots (QDs) generated $121 million in revenue in 2013. At a compound annual growth rate (CAGR) of ninety.8% over the course of the next five years, from 2013 to 2018, this market is anticipated to reach approximately $3.1 billion in 2018.
Track 8.1 Molecule identification and screening
Track 8.2 Sourcing of raw material
Track 8.3 Novel Drug Formulations
Track 8.4 Oncological Formulations
Track 8.5 Chloroquine & Hydroxychloroquine: COVID-19
Track 8.6 Biopharmacutics
Human tissues can be 3D printed for drug development, organ engineering, tissue engineering, and regenerative medicine. Strong 3D printers that can grow tissues or cells are the subject of a lot of research and development. This makes it possible to make precision tablets and age- or physiology-specific medicinal formulations. Some of the most recent advancements include tools for evaluating the risk posed by nanomaterials in drug delivery systems, the development of spatial aggregation propensity for the purpose of detecting protein aggregation, improvements in drug delivery strategies that incorporate microencapsulation and nanocoating, and others. demonstrates research on all facets of drug discovery, development, evaluation, and regulatory approval.
Track 9.1 Controlled Drug Delivery System
Track 9.2 2D & 3D Printing in Drug Delivery
Track 9.3 Nobel Drug Delivery
Track 9.4 Drug Delivery: Devices and Equipment
Track 9.5 Pharmacogenetics and Genomics
Primary care physicians treat people who are physically active to help them perform better, maintain their physical activity for the rest of their lives, avoid injury, and improve their overall health. Some collaborate with novice sports teams and healthcare professionals.
While some specialists in sports medicine treat injuries to ligaments, tendons, and joints, healthcare sports prescription is a non-surgical treatment.
• Comprehensive care for the dynamic patient, including diagnosis and treatment of wounds and diseases that are related to sports or movement as well as diseases that are not related to sports.
• In healthcare competitions, using manual techniques to combat and treat common solid and skeletal conditions.
• Particular information regarding athletic molding guidelines.
Track 10.1 Adolescent sports medicine
Track 10.2 Biomechanics, rehabilitation, and recovery
Track 10.3 Exercise, sports nutrition, and miscellaneous
Track 10.4 Medical issues related to sports and exercise
Track 10.5 Pediatric sports medicine
Track 10.6 Sports-related injuries
Track 10.7 Symptom assessment and physical examination
In the process of making biologics from microbial cells, animal cell lines, and human cell lines, pharmaceutical microbiology and biotechnology have taken on an increasing amount of significance. The quantity, variety, and types of biologics produced have all improved as a result of biotechnological principles and manipulations in this pharmacy industry. Later on, this field is supposed to develop.
Track 11.1 Microbiology and Antimicrobial activity
Track 11.2 Molecular biology
Track 11.3 Biochemistry
Track 11.4 Genetics & Genetic Engineering
Track 11.5 Recombinant DNA Technology
Track 11.6 Growth in biosimilar adoption
To ensure drug development medication safety and patient quality of life, modern pharmacovigilance processes and methods must be utilized due to the constant innovation of novel therapies and pharmaceuticals. The primary objective of pharmacovigilance is to promote the safe and efficient use of health products, particularly by providing patients, healthcare professionals, and the general public with timely information about product safety. Pharmacovigilance (PV, or PhV) is the pharmaceutical science associated with the collection, identification, assessment, monitoring, and prevention of adverse effects associated with pharmaceutical products.
Track 12.1 Adverse event characterization
Track 12.2 Signal detection.
Track 12.3 Risk-benefit assessment.
Track 12.4 Risk minimization.
Track 12.5 Patient and healthcare professional engagement.
Pharmaceutical nanotechnology is a new area of study that offers more possibilities for diagnosis and treatment. Because it aids in the design of drug development and delivery systems, the application of nanotechnology in pharmaceutics makes it a significant and potent tool as a substitute for conventional dosage forms. A subfield of pharmaceutical science known as "nanomedicine" makes use of nanotechnology in conjunction with drugs or chemicals used in diagnostic procedures to improve the ability to target specific tissues or cells. The application of nanoscale materials, such as bacteria, cells, and other living things, to a living thing for the purposes of diagnosis, delivery, detection, or actuation is what this involves. Target cells can be treated with nanomedicine, such as the beta cells of diabetic patients and cancer cells.
Track 13.1 Nanoscience
Track 13.2 Nanoengineering
Track 13.3 Nanotechnology in cancer treatment
Track 13.4 Nanotechnologies in Biomedicine
Track 13.5 Nanomedicine in malignant growth therapeutics
Track 13.6 Nanomedicine in clinical examination
Track 13.7 Nano drug delivery
A vaccine is a substance injected into the body to stop a disease caused by particular pathogens. Pathogens that have died or been artificially weakened are used in vaccines. By either activating T lymphocytes or producing antibodies, the vaccine creates immunity against the pathogen. Numerous diseases, including measles, mumps, poliomyelitis, tuberculosis, smallpox, rubella, yellow fever, and rabies, are currently prevented by vaccines. Vaccination is the process of distributing and administering vaccines.
Track 14.1 Vaccine for malaria.
Track 14.2 Vaccine for dengue fever.
Track 14.3 Vaccine for Ebola approved.
Track 14.4 Vaccine for COVID-19.
Track 14.5 Hepatitis C vaccine
Track 14.6 HIV vaccine
The selling of medicines and medical supplies to patients and doctors is known as pharmaceutical marketing. Digital transformation is the use of multiple digital innovations to improve the assembly and delivery of healthcare products and services within the pharmaceutical industry. As pharmaceutical companies take over the world, they must keep using digital technology. The application of artificial intelligence (AI) is anticipated to generate close to $100 billion in revenue by 2025. Aside from that, the pharmaceutical industry has seen a significant rise in AI innovation in recent years. According to a recent study, the digital health industry has grown significantly since 2010, with 74 percent of respondents agreeing that Covid-19 has significantly accelerated digitalization in the pharmaceutical and healthcare industries.
Track 15.1 Brand Marketing.
Track 15.2 Generic Drug Marketing.
Track 15.3 PCD Pharma Franchise.
Track 15.4 OTC Marketing.
Track 15.5 Institutional Supply
Track 15.6 Online Pharmacies
A case report is a comprehensive description of a patient's symptoms, signs, diagnosis, treatment efficacy, moa of medicine in the target point, and follow-up in a medical or clinical study. It is an essential document for drug development during the preclinical and clinical trial stages. A patient's demographic information may be included in a case report, but they typically focus on an unusual or novel event. Case reports have been the basis for case-based learning and their application in medical education for a long time.
Track 16.1 Preclinical Research.
Track 16.2 Clinical Research.
Track 16.3 FDA Review.
Track 16.4 FDA Post-Market Safety Monitoring.
Track 16.5 Adverse effect of drug.
The diagnosis and treatment of cardiovascular disorders are the primary focuses of clinical cardiology, a medical subspecialty. Cardiologists typically specialize in interventional cardiology, cardiac electrophysiology, echocardiography, and nuclear cardiology. Each of these specialties has its own set of methods for treating cardiac conditions. The future of cardiac research will benefit greatly from this session. The study of heart conditions and diseases, such as coronary artery disease and congestive heart failure, is known as cardiology. Clinical cardiology covers electrophysiology, coronary artery disease, heart failure, vascular heart disease, and congenital heart defects.
Track 17.1 Abnormal heart rhythms or arrhythmias
Track 17.2 Aorta disease and Marfan syndrome
Track 17.3 Congenital heart disease
Track 17.4 Coronary artery disease (narrowing of the arteries)
Track 17.5 Deep vein thrombosis and pulmonary embolism
Track 17.6 Heart attack
Track 17.7 Heart failure
Track 17.8 Heart muscle disease (cardiomyopathy)
Track 17.9 Heart valve disease
Track 17.10 Pericardial disease
Track 17.11 Peripheral vascular disease
Track 17.12 Rheumatic heart disease
Track 17.13 Vascular disease (blood vessel disease)
All aspects of internal medicine, including physiology, metabolism, immunology, nutrition, pathology, wound healing, shock and resuscitation, critical care, and neoplasia, are comparable to those of all surgical specialties.
Track 18.1 Abdominal Wall and Hernia Surgery
Track 18.2 Arterial and Venous Access
Track 18.3 Bariatric Surgery
Track 18.4 Colorectal Surgery
Track 18.5 Endocrine Surgery
Track 18.6 Perioperative Care
Track 18.7 Skin and Soft Tissue Surgery
Track 18.8 Trauma and Burn Surgery
Track 18.9 Vascular and Endovascular Surgery
Track 18.10 Other Surgical Specialties
A variety of pharmaceutical research and analytics tools are provided by cutting-edge pharmaceutical technology to aid in the identification and evaluation of strategic opportunities within the global pharmaceutical industry. Data science has proven to be extremely useful in the current healthcare industry for obtaining useful insights from data. Predictive, diagnostic, prescriptive, and descriptive analytics are also making significant use of pharmaceutical companies' real-time and historical data thanks to advancements in analytical methods. Additionally, these analytics methods are utilized on a wide variety of medical data, including, but not limited to, patient data, medical imaging data, and hospital data.
Track 19.1 Big Data & Analytics
Track 19.2 Real-World Data
Track 19.3 Quality control and quality assurance
Track 19.4 IoT analysis
Track 19.5 Quantitative analysis and Qualitative analysis
The study of disease prevention and control, as well as the incidence, distribution, and determinants of illness in particular populations, is known as epidemiology. It is the most important component of public healthcare benefits, which refer to society's coordinated efforts to promote wellness and prevent disease.
Track 20.1 Behavioral interventions.
Track 20.2 Communicable diseases.
Track 20.3 Diseases and conditions.
Track 20.4 Health and wellbeing.
Track 20.5 Health interventions.
Track 20.6 Health systems.
Track 20.7 Clinical Epidemiology
Track 20.8 Environmental and Occupational Epidemiology
Track 20.9 Epidemiologic Methods
Track 20.10 Genetic Epidemiology and Statistical Genetics
Track 20.11 Infectious Disease Epidemiology
Pharmacy is a medical field that requires extensive education and training. The goal of pharmaceutical science is to educate and train people all over the world. It encompasses all aspects of pharmacy. In order to achieve optimal health outcomes, pharmacists are responsible for providing medications and services that are efficient, safe, and of high quality. Today's clinical pharmacists have received extensive training in the clinical, pharmacological, biological, and socio-behavioral sciences. A Doctor of Pharmacy (Pharm.) degree is common for clinical pharmacists. (Pharm.D.) have a degree in pharmacy and have completed one or more years of post-graduate education (such as a general or specialty pharmacy residency).
Track 21.1 Clinical Pharmacy and Pharmacometrics
Track 21.2 Medication Use, Safety and Health Services Research
Track 21.3 Pharmacoepidemiology, Pharmacovigilance and Pharmacoeconomics
Track 21.4 Biotherapeutic Delivery and Diagnostic Solutions
Track 21.5 Pharmaceutical Biology
Track 21.6 Bio medicinal Discovery and Development
Through the prevention, diagnosis, and treatment of disease, illness, injury, and other physical and mental impairments in individuals, healthcare is defined as the maintenance or improvement of health. Health care is provided by professionals in health and related fields. The work of health professionals who serve as all patients' first point of consultation within the healthcare system is known as primary care. In a variety of healthcare settings, it includes health promotion, disease prevention, health maintenance, counseling, patient education, and diagnosis and treatment of acute and chronic illnesses.
Track 22.1 Behavioral interventions
Track 22.2 Communicable diseases
Track 22.3 Diseases and conditions
Track 22.4 Health and wellbeing
Track 22.5 Health interventions
Track 22.6 Health systems