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Schemes set of common electrocardiogram (ECG) abnormalities, including partial blocks and flutter

Schemes set of common electrocardiogram (ECG) abnormalities, including partial blocks and flutter

Biofilm formation. Process of biofilm formation with mechanics of its development and growth. Stages include first contact, strong adhesion, formation of monolayer, colonies and dispertion.

Biofilm formation. Process of biofilm formation with mechanics of its development and growth. Stages include first contact, strong adhesion, formation of monolayer, colonies and dispertion.

T and B Cell binding to elicit a response to a T cell-dependent antigen, the B and T cells must come close together. B cell must receive two signals from the native antigen and the T cell’s cytokines

T and B Cell binding to elicit a response to a T cell-dependent antigen, the B and T cells must come close together. B cell must receive two signals from the native antigen and the T cell’s cytokines

Dopamine in Parkinson's disease. Visualization of dopamine production decrease due to neurodegeneration that is closely bound to Parkinson's disease.

Dopamine in Parkinson's disease. Visualization of dopamine production decrease due to neurodegeneration that is closely bound to Parkinson's disease.

Glial cells (neuroglia). Six types of gliocytes in the central and the peripheral nervous system: oligodendrocyte, astrocyte, ependymal cell, microglia, Schwann and satellite cell.

Glial cells (neuroglia). Six types of gliocytes in the central and the peripheral nervous system: oligodendrocyte, astrocyte, ependymal cell, microglia, Schwann and satellite cell.

Spinal disk injury. The herniated disk causes pain, numbness, or weakness, and the degenerative disk results as dry out or cracking. Causes of spinal pain and damage.

Spinal disk injury. The herniated disk causes pain, numbness, or weakness, and the degenerative disk results as dry out or cracking. Causes of spinal pain and damage.

Main stages of biofilm formation. Microorganisms (bacteria) attach to surfaces and form a biofilm. Four stages of formation: adhesion, formation, maturation, release.

Main stages of biofilm formation. Microorganisms (bacteria) attach to surfaces and form a biofilm. Four stages of formation: adhesion, formation, maturation, release.

Cellular receptors of neurotropic viruses. Receptors used by common neurotropic viruses (zika virus, herpes, varicella zoster, rabies, polio) as an attachment factor to the cell membrane.

Cellular receptors of neurotropic viruses. Receptors used by common neurotropic viruses (zika virus, herpes, varicella zoster, rabies, polio) as an attachment factor to the cell membrane.

Ultra low-density lipoproteins (ULDL) visualization includes triglycerides, phospholipids, cholesterol, and apolipoproteins.

Ultra low-density lipoproteins (ULDL) visualization includes triglycerides, phospholipids, cholesterol, and apolipoproteins.

Synapse. Visualization of synapse structure while passing an electrical or chemical signal (nervous impulses) to another neuron, including mitochondria, synapse vesicle, and ion channels.

Synapse. Visualization of synapse structure while passing an electrical or chemical signal (nervous impulses) to another neuron, including mitochondria, synapse vesicle, and ion channels.

Five main types of viruses cause hepatitis: hepatitisviruses A (HAV), B (HBV), C (HCV), D, (HDV) and E (HEV)

Biofilm structure. Structure is composed active (both resistant and tolerant) and viable but not culturable cells persisters as well polysaccharides, extracellular DNA and proteins.

Biofilm structure. Structure is composed active (both resistant and tolerant) and viable but not culturable cells persisters as well polysaccharides, extracellular DNA and proteins.

Biofilm development. Cycle diagram showing main stages of biofilm development and its main structure elements: bulk eps, cells, dormant and tolerant sells. Adhesion, maturation and dispertion.

Biofilm development. Cycle diagram showing main stages of biofilm development and its main structure elements: bulk eps, cells, dormant and tolerant sells. Adhesion, maturation and dispertion.

Mast cell: synthesis. Due to antigen activation, mast cells produce prostaglandins, leukotrienes, histamine, and cytokines. Visualization of mast cell products during an allergic reaction.

Mast cell: synthesis. Due to antigen activation, mast cells produce prostaglandins, leukotrienes, histamine, and cytokines. Visualization of mast cell products during an allergic reaction.

Functions of membrane proteins. Functions of protein visualization include transport, channels, receptors, and enzymes placed on cell membrane.

Functions of membrane proteins. Functions of protein visualization include transport, channels, receptors, and enzymes placed on cell membrane.

Stages of bacteria incorporation into biofilm. Process of bacteria addon to formed colony and biofilm. Three stages of incorporation: attraction, attachment, and incorporation. Growth of biofilm.

Stages of bacteria incorporation into biofilm. Process of bacteria addon to formed colony and biofilm. Three stages of incorporation: attraction, attachment, and incorporation. Growth of biofilm.

Detailed process of phagocytosis in four stages: entrapment of food particle, formation of food vacuole within cell, fusion of vacuole and lysosomes, digestion of food particle.

Detailed process of phagocytosis in four stages: entrapment of food particle, formation of food vacuole within cell, fusion of vacuole and lysosomes, digestion of food particle.

Pericardial membranes and layers of the heart wall

Pericardial membranes and layers of the heart wall

Cytokine storm. Hypercytokinemia during which the immune system causes a release of cytokines with help of macrophages, t helper cells, neutrophils.

Cytokine storm. Hypercytokinemia during which the immune system causes a release of cytokines with help of macrophages, t helper cells, neutrophils.

Chromosome abnormalities. Visualization of common chromosomal mutation or disorder. Numerical or structural abnormalities where is a missing, extra, or irregular portion of chromosomal DNA.

Chromosome abnormalities. Visualization of common chromosomal mutation or disorder. Numerical or structural abnormalities where is a missing, extra, or irregular portion of chromosomal DNA.

Demyelination process. Protective covering (myelin sheath) that surrounds nerve fibers is damaged due to demyelinating diseases like multiple sclerosis, optic neuritis, transverse myelitis.

Demyelination process. Protective covering (myelin sheath) that surrounds nerve fibers is damaged due to demyelinating diseases like multiple sclerosis, optic neuritis, transverse myelitis.

Biofilm. Habitat formation. Processes include resistance and tolerance, regeneration and cooperation of bacteria, resource capture, enzyme absorption, and gradient localization.

Biofilm. Habitat formation. Processes include resistance and tolerance, regeneration and cooperation of bacteria, resource capture, enzyme absorption, and gradient localization.

Types of giant cells. Eight types of giant cells include Langhan's, foreign body, Reed-Sternberg cell, different tumor cells, and trophoblast. Normal and inflammatory giant cell.

Types of giant cells. Eight types of giant cells include Langhan's, foreign body, Reed-Sternberg cell, different tumor cells, and trophoblast. Normal and inflammatory giant cell.

Biofilm: therapeutic strategies. Biofilm treatment: physical disruption (enzymes), quorum sensing damage, metabolic cooperation damage, magnetic and functionalized nanoparticles, bacteriophage

Biofilm: therapeutic strategies. Biofilm treatment: physical disruption (enzymes), quorum sensing damage, metabolic cooperation damage, magnetic and functionalized nanoparticles, bacteriophage

Common functions of membrane proteins. Receptor, enzyme, gated ion channel, cell-identity marker and cell-adhesion molecule. Chemical messenger breakdown and ions transportation.

Common functions of membrane proteins. Receptor, enzyme, gated ion channel, cell-identity marker and cell-adhesion molecule. Chemical messenger breakdown and ions transportation.

Alveoli in cross-section showing basic structural entities: cappilaries, macrophage, alveolus and cell producting surfactant.

Alveoli in cross-section showing basic structural entities: cappilaries, macrophage, alveolus and cell producting surfactant.

Heart innervation. Basic scheme of heart contraction and heart rate control system via vagus nerve and sympathetic cardiac nerves.

Heart innervation. Basic scheme of heart contraction and heart rate control system via vagus nerve and sympathetic cardiac nerves.

Herpes simplex virus. Detailed scheme of virion

Herpes simplex virus. Detailed scheme of virion

Types of muscle tissue structure: cardiac, smooth, sceletal. smooth muscle cells, cardiac muscle cells, multinucleate skeletal cells.

Types of muscle tissue structure: cardiac, smooth, sceletal. smooth muscle cells, cardiac muscle cells, multinucleate skeletal cells.

Zika virus. Detailed virion scheme

Zika virus. Detailed virion scheme

Canine parvovirus. The contagious virus mainly affects dogs. Viral cell structure: core, outer and inner capsid, spike proteins, and double stranded segmented RNA.

Canine parvovirus. The contagious virus mainly affects dogs. Viral cell structure: core, outer and inner capsid, spike proteins, and double stranded segmented RNA.

Reovirus. A viral cell of a family of double-stranded RNA viruses. Virion with an icosahedral capsid, double-stranded RNA, genome segments. Affecting gastrointestinal system and respiratory tract.

Reovirus. A viral cell of a family of double-stranded RNA viruses. Virion with an icosahedral capsid, double-stranded RNA, genome segments. Affecting gastrointestinal system and respiratory tract.