Biomedical: A field that endeavours to bridge the gap between ‘What Ifs?’ and ‘How?’ A realization that needs can be honed by reaching out to another. An appeal to let ourselves grow in sync with both perception and advancement. Yes, the rapidly changing times welcome the rapidly growing requisites, trying best to cater to the best of all that there can be. As medicine and technology blends to provide us miracles, we aim to boast of the hard work of great minds by capturing them in this comprehensive, forward-looking, researched-based journal. Now, let’s venture forth and introduce you to it.
Biomedical Research: Current Trends is a multidisciplinary peer reviewed journal which as the name speaks publishes articles that are currently trending in this future-laden field. Our online resources as an open access will be freely available in all areas of medical globally. The journal publishes Original Research, Review Articles, Case Study/Report, Clinical Trial, Letter to the Editor, Editorials, Rapid Responses, Analyses, Symposium Pieces, Short Communications, Interviews, Commentaries and Opinions of High Standards from around the world.
Academicians, researchers, professionals, doctors and students anywhere are encouraged to submit their quality research findings or any other special issues related to the journal topics. Be it your topics of interest or those in current trend of biomedicine, we have room for all.
Received manuscripts from the authors are subjected to double blind peer review process. Manuscripts are published only after the acceptance from at least two reviewers followed by the final decision from assigned editor.
Call for Papers
Biomedical Research: Current Trends is accepting submissions for its inaugural issue (Vol. 1, Iss. 1) and welcomes authors worldwide. BMRCT would love if you could write an article on any one of the topics mentioned further under the journal highlights. Manuscripts can be submitted via online by simply clicking the submit button or you can do the same through e-mail by sending in your pieces at email@example.com
Open Access Statement
This is an open access journal which means that all content is available to use without charge to the user or any recognized institution. Yes, they are free. Users are allowed to read, download, copy, distribute, print, search, or paste link to the full texts of the articles, or make beneficial use of them for any other lawful purpose, without seeking prior permission from either the publisher or the author.
Benefits of open access for authors include:
Free, immediate access to all content
Authors retain copyright to their work
Increased visibility, inclusion and readership
Rapid, no cost publication
No spatial constraints
Biomedical research is a study of cause and understanding of effects that often disturb our human physiology. This aims not to provide any solution but to simply widen the scope of available theories. Researchers devote themselves to delve deep into the fundamentals of the different processes of life at different subjectures. They conduct experiments to know how both internal genetic workings and external factors like environment fuse together and functions. Observing, noting, describing, measurements, calculations, experimental conducts, and manipulation to discover new aspects are all the determinants of how well a research can be credited for the general good of all.
Biomedical Sciences when knowledge meets practicality, solutions are fostered. This branch named biomedical science is from where the real world benefits. All known and researched hypothesis are now implemented and applied in reality, carefully supported by necessary technological assistance for mitigating all sorts of health care purposes. The disciplines that fall under this purview are medical microbiology, clinical virology, clinical epidemiology, genetic epidemiology, and biomedical engineering.
Health is the foremost concern for all and it is undeniable how one’s world turns upside down when even the slightest of ailment hits them. As we say when the going gets tough, the tough gets going. This branch of biomedicine does exactly the same for humans. All physiological principles and biological changes are taken into consideration to embark on a clinical practice, to help repair and restore the normal functioning of human health. The modern health care and medicinal science heavily backs on the medicinal drugs and treatments that this revolutionary branch develops for us.
The future of a field depends on the extensively improving data collated and enhanced for sustainable use. Valuable scientific information studied and applied in the wider concept of biomedicine finds it comfort store house in the branch of biomedical informatics. Curiosity is the key and the right zeal is the yardstick researchers possess to drive meaning out of this interdisciplinary field. The locks that they aim to unlock with this key are several personal and scientific inquiries, problem solving attitude, decision-making to improve health care globally.
The branch which aids doctors in treating patients by using advanced engineered implantable medical devices. The face of human health care is no longer the same; it has improved by leaps and bounds, constantly changing people’s life. Bio engineering widely known as biomedical engineering ensures efficient application of all engineering principles to each minute detail right from the diagnosis, analysis, treatment and final recovery. It constantly thrives to give life meaning and purpsose.
There are two aspects that sum up the branch of biomedical sciences: basic research and human health. It is all rooted in in-depth research carried out to facilitate and promote consistent good, with major concentration on how scientific breakthroughs can be applied in real world. Improvements in centralized systems, imaging technology, drug development, and so on across all phases of clinical research. Specialists in this field have endless scope of growth just like the hope they offer.
Medical research is an umbrella term that shelters more than one good cause. A wide range of medical fields such as biology, medicine, chemistry, pharmacology, and toxicology are explored through research conducted constantly to develop new medical procedures and medicines, while improving the benefits of those already in place. Cellular and molecular biology, medical genetics, immunology, neuroscience, and psychology all extend and expand the wide possibilities of medical treatments.
Biomedical technology is alike biomedical engineering, both involved in problem-solving endeavors of human medical conditions. The right diagnosis, the right solution, the right application, the right treatment, the right aftercare, and recovery are the blessings of technological revolution in medical these days.
Translational medicine encourages change in the means and methods of present-day medical pursuits. The old ways not necessarily fit in the intricate designs and needs of the fast developing world, but the demand for steady and quick cure is rising by leaps and bounds. Therefore to mitigate these challenges, the bench researchers and practicing medical personals work in collaboration and learn from each other’s learning to discover aids that have innate capability to translate one’s deteriorating health.
Ethics as we all understand by the term all related to morals. And when the term medicine is attached to it, it simply takes the meaning of ethical medical solutions. Yes, how right and wrong are the principles that lays the founding stone of biomedical applications, how right are the decisions taken where someone’s life is in question. Such decision-making powers and more so the ones which will actually help solve and turn around the anticipated dilemmas is what measured and delivered under the name of biomedical ethics.
It is not always incorrect to associate therapies with the term mental but wrong it is indeed to perceive it in the disrespectful manner. Mental well-being is a basic need, so shying away from caring about it highly disappointing. Therapists have long struggled to begin with first tackling the incorrect mindset to actually be able to help a person suffering from symptoms of psychological disorders. Some things are best being handled by professional minds. Biomedical therapy is the exact same sort of call to facilitate soundness to untroubled mindful health.
Procedural studies that provide more refined diagnosis of diseases by accurate screening and detection are termed as biomedical diagnostics. Personalized and beneficial treatment can be ensured only when the diagnosis is absolutely clear. Then follows the integrated solutions that support the medical and life sciences in combating risks to promote good health.
Developmental biology is the study of the existence, growth, processes, and development of all organisms. The more knowledge spreads more awareness and boasts development.
Personalized medicine is the creation of specialized medicinal drugs tailored keeping in mind the medical condition and treatment and individual characteristics of each patient.
Food Science Technology
Food science is the study of the physical, biological, and chemical makeup of food; the causes of food deterioration; and the concepts underlying food processing. Food technology is the application of food science to the selection, preservation, processing, packaging, distribution, and use of safe food. Related fields include analytical chemistry, biotechnology, engineering, nutrition, quality control, and food safety management.
Cell being the fundamental unit of life, the giver and sustained of it all, had to be credited to a whole individual branch devoted in its study. Cell biology involves the extensive study of the structure of a cell, how it functions, how it reacts or blends, how it regenerates, thereby making the existence of lives in world.
There is no doubt that the best of the brains work behind creating chemical solution by making use of computing nested algorithms. Computational chemistry is a branch of chemistry that uses computer simulation to assist in solving chemical-related medical problems. Biological data are compiled and stored, theoretical methods are visually represented, models created, analogies enhanced and overall the efficiency is increased.
Synthetic biology is yet another interdisciplinary branch but very vast in its scope. All branches of both biology and engineering fuse under this domain and still an upcoming area. It encompasses artificial biological pathways in hopes of a tomorrow that strengthens all that we know in present and only gets better.
Nutritional Therapy is an evidence-based approach to maximizing one's health potential though individually formulated nutritional and lifestyle changes. Nutrition therapy is a therapeutic approach to treating medical conditions and their associated symptoms via the use of a specifically tailored diet devised and monitored by a medical doctor physician or registered dietitian nutritionist.
Tissue therapy is all about the day-to-day management, manipulation, rehabilitation of the soft tissues of human body, that is, muscles, tendons, connecting tissues, ligaments, etc. Often they suffer from discomfort due to occupational stress, muscular exertion, chronic pain, and such discomforts don’t heal quickly. In order to control the prolonged phase of such tissue conditions and transform it to withstand tougher uncertain life, tissue therapy works miracles.