Biomedicine

This solution contains 10 examples and 3 libraries containing 144 vector graphics and icons, to allow you to create professional looking documents.

Design Elements — Biomedical Sciences

Design Elements — Biomedical Technologies

Design Elements — Biomedical Icons

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New Additions to Health Area in ConceptDraw Solutions

Examples

There are a few samples that you see on this page which were created in the ConceptDraw DIAGRAM application by using the Biomedicine solution. Some of the solution's capabilities as well as the professional results which you can achieve are all demonstrated here on this page.

All source documents are vector graphic documents which are always available for modifying, reviewing and/or converting to many different formats, such as MS PowerPoint, PDF file, MS Visio, and many other graphic ones from the ConceptDraw Solution Park or ConceptDraw STORE. The Biomedicine solution is available to all ConceptDraw DIAGRAM users to get installed and used while working in the ConceptDraw DIAGRAM charting and drawing software.

Example 1: Biomedical Sciences

This diagram was created in ConceptDraw DIAGRAM using the composition of libraries from the Biomedicine solution. An experienced user spent 5 minutes creating this sample.

The biomedical sciences are the kind of applied sciences, which apply the knowledge, developments, newest technologies, and equipment of the fields of natural and formal sciences to the medicine, healthcare and public health fields. Among the common examples of biomedical sciences, there can be designated the medical microbiology, bioengineering, biomedical engineering, clinical virology, genetic epidemiology, clinical epidemiology, biochemistry, and other medical sciences. This Healthcare Bubble Diagram sample demonstrates the divisions of biomedical sciences. You can see three directions: physiological science, physics and bioengineering, and life sciences specialties. All of them surround the main topic of this diagram and are connected to it with the arrows. Moreover, for visual clarity, all diagram's objects are accompanied with pictures taken from the libraries of the Biomedicine solution. The clearness and attractiveness of any of your diagrams or infographics pretty much depend on bright pictures, illustrations, symbols and other graphic signs.

Example 2: Biomedical Sciences — Life Sciences

This diagram was created in ConceptDraw DIAGRAM using the composition of libraries from the Biomedicine solution. An experienced user spent 10 minutes creating this sample.

This biomedical infographic shows the life science specialties: analytical toxicology, anatomical pathology, histopathology and cytopathology, blood transfusion, molecular genetics and cytogenetic, cervical cytology, microbiology including mycology, clinical biochemistry, clinical embryology, histocompatibility and immunogenetics, hemostasis and thrombosis, virology, hematology, tissue banking / transplant, external quality assurance, phlebotomy, electron microscopy, clinical immunology. This diversity is caused by the active development of science and achievements in a field of medicine and biomedicine, molecular biology, biotechnology and bioengineering. The life sciences are engaged in studying the microorganisms, plants and animals meaning the organisms of different kinds, and considerations related to them. They are applied in medicine, healthcare and pharmaceuticals, as well as in agriculture and food science and can significantly improve the level and quality of life. This diagram looks cute and smooth due to the ability to design diagrams yourself in ConceptDraw DIAGRAM – you can arrange your objects around the main one the way you like.

Example 3: Biomedical Sciences Physics and Bioengineering

This diagram was created in ConceptDraw DIAGRAM using the composition of libraries from the Biomedicine solution. An experienced user spent 10 minutes creating this sample.

This Affine diagram sample demonstrates the group of biomedical science specialties, such as the medical physics and biological engineering specialties. Among them, there are distinguished biomechanical engineering, biomedical engineering, clinical engineering, clinical measurement, diagnostic radiology, equipment management, maxillofacial prosthetics, medical electronics, medical engineering design, non-ionizing radiation, nuclear medicine, radiopharmacy, radiation protection and monitoring, radiotherapy physics, rehabilitation engineering, renal technology and science, ultrasound. All of them are depicted in this diagram sample with corresponding medical illustrations. The medical physics is the application of physics concepts, theories and methods to the medicine and healthcare, in turn the biological engineering is the application of engineering principles and design concepts to the same areas. By applying knowledge and skills from each field, these sciences aim to improve existing and to devise new methods of diagnostics, monitoring, and treatment in a field of medicine and healthcare, to bring these areas to the new more advanced and qualitative level.

Example 4: Biomedical Sciences — Physiological Science

This diagram was created in ConceptDraw DIAGRAM using the composition of libraries from the Biomedicine solution. An experienced user spent 10 minutes creating this sample.

The physiology is a science about the mechanical, physical and biochemical functions of a human. This biological science is a basis for the modern medicine and studies the vital activity of a healthy organism as a whole, the functioning of its separate parts — systems, organs, tissues, cells, and also systems of living organisms. The physiology science is divided into the general physiology, which studies the mechanisms of activity the excitable tissues, the laws of their irritation and excitation, and private physiology that studies the functions of various organs and their interactions within a whole organism. Besides that, the physiology science includes a huge number of different sections and specializations. This healthcare infographics sample designed in ConceptDraw DIAGRAM illustrates the physiological science specialties, among which you can observe the following: audiology and hearing therapy, ophthalmic and vision science, cardiac physiology, vascular science, critical care, gastrointestinal physiology, respiratory and sleep physiology, clinical perfusion, neurophysiology, and urology.

Example 5: Disease Diagnostics Using Proteomic Patterns

This diagram was created in ConceptDraw DIAGRAM using the composition of libraries from the Biomedicine solution. An experienced user spent 5 minutes creating this sample.

The active development of medicine and biomedicine led to the appearance of a large number of subdivisions in these fields, as well as the newest technologies and methods of biomedical researches, among them there are the proteomic researches and proteomic technologies in biomedical researches. This sample demonstrates the mechanism of disease diagnostics with use of proteomic patterns. At first, a sample is taken from a patient in order to be put to a protein chip having a specific chromatographic surface. After the steps of washing and application the energy-absorbing molecule, the analysis of species on a chip's surfaces via mass spectrometry takes place. With the help of special computer software, the recognition of peaks on a proteomic pattern and setting a diagnosis are performed. The use of the ConceptDraw's drawing tools and ready vector objects offered by the libraries of the Biomedicine solution lets you describe different biomedical processes in a human body and illustrate the mechanisms of biomedical researches in a visual form.

Example 6: Microarray Comparative Genomic Hybridisation

This diagram was created in ConceptDraw DIAGRAM using the composition of libraries from the Biomedicine solution. An experienced user spent 5 minutes creating this sample.

This sample demonstrates the microarray comparative genomic hybridization method of molecular cytogenetics, which is used for analysis of copy number variations (CNVs) relative to the ploidy level in DNA allowing detecting the unbalanced chromosomal abnormalities. There is no need for culturing the cells since the test sample can be easily compared with a reference one, as well as two closely related genomic DNA samples from the different sources can be also compared with each other, if needed. The procedure of comparative genomic hybridization (CGH) makes it possible to diagnose the entire genome and is highly objective and informative method. The DNA microarray, which contains thousands of locus-specific DNA fragments is used as a tool for the execution this procedure. The analyzed DNA is hybridized with a similar microchip, each signal corresponds to a certain locus of a genome, and the change of the signal intensity indicates about the changes in a content of one or another section of chromosomes.

Example 7: Molecular Diagnostics

This diagram was created in ConceptDraw DIAGRAM using the composition of libraries from the Biomedicine solution. An experienced user spent 5 minutes creating this sample.

This biomedical infographics sample demonstrates the process of molecular diagnostics of cancer cells using the patient’s tissue sample or blood sample. The molecular diagnostics includes technologies and methods of two disciplines - genomics that studies genes in the cell or organism, and proteomics that studies the proteins. In its turn, the molecular diagnostics determines the mechanism of interactions the genes and proteins in a cell, allowing identifying cancer cells using genomics' technologies of mass spectrometry and proteomic image, and proteomics' technologies of gene chips and microarray image. These images will differ for the different types of cancerous or precancerous cells. So, the molecular diagnostics gives the clinicians an ability to identify and fix the changes in cells, and diagnose cancer. Describing a multi-step diagnostic process, organize the steps carefully and consistently. The excellent idea is to add some vividness to your illustration by finding the appropriate pictures and attaching them to depicted stages.

Example 8: Precision Medicine and Population Health

This diagram was created in ConceptDraw DIAGRAM using the composition of libraries from the Biomedicine solution. An experienced user spent 10 minutes creating this sample.

This biomedical diagram is dedicated to the precision medicine (PM) and population health. You can see three stages that contribute to cancer treatment and its prevention, these are the identification of opportunities for precision medicine in countering cancer, conduction of the population research, and implementation of the discovered precision applications into the programs against cancer. The precision medicine is a type of modern medicine, which supposes the personalization of treatment of different diseases as every person is a unique organism with its own individual and unique requirements and needs, so its treatment involves the individual specially-developed program. The population health approach includes many factors and actions, which are directed to the improvement of the health condition of an entire human population. The precision medicine is one of the most innovative and rapidly developed areas with large perspectives in a future, which plays a great role in the process of maintaining and strengthening the health of the population.

Example 9: Protein Patterns and Diagnosis

This diagram was created in ConceptDraw DIAGRAM using the composition of libraries from the Biomedicine solution. An experienced user spent 5 minutes creating this sample.

This biomedical infographics sample was designed on the base of the diagram from the website of USA National Cancer Institute (NCI) and vividly demonstrates a step-by-step process of conducting research and diagnostics using the protein patterns within the patients with ovarian cancer. The blood samples collected from this group of patients were investigated and studied, and all protein profiles using the mass spectrometry methodic were gathered from them. The use of a large number of serum samples from the patients with the similar diagnoses along with some variations from one patient to another gave specialists the opportunity to identify the markers of the ovarian cancer presence as a result of the cluster analysis. In a visual and easy for perception way, which was used for describing the method of molecular diagnostics of ovarian cancer, you can depict and illustrate many other biomedical methods of diagnostics and treatment of different diseases.

Example 10: Understanding Precision Medicine

This diagram was created in ConceptDraw DIAGRAM using the composition of libraries from the Biomedicine solution. An experienced user spent 5 minutes creating this sample.

This health infographics sample illustrates the principles of precision medicine for better understanding this field of medicine. It was designed on the base of the diagram from the "Precision Medicine in Cancer Treatment" webpage on the website of the National Cancer Institute, USA. The precision medicine is an approach to treating patients on the base of personalized medicine with taking into account a human's genetic. Guided by the precision medicine approach, doctors are free to choose the methods of patients' treatment based on a genetic understanding of their disease. At the moment, due to the active development of science and technologies the precision medicine is also rapidly developed and became quite popular, especially in treatment the most difficult and dangerous diseases, such as cancer. This approach now allows treating diseases much more effectively than before and in the future will take a paramount place among all variety of medicine approaches and biomedical technology methods.