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Molecule Representation Illustrations & Vectors

Browse through 14,898 molecule representation illustrations & vectors or explore more double helix or molecular model vectors to complete your project with stunning visuals.

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Enzyme that produces fluorine compounds (Fluorinase). The protein consists of six identical chains, here colored from blue (N-terminus) to red (C-terminus), rainbow coloring. It is shown in cartoon representation: alpha-helices are represented by spirals, beta-sheets by arrows. The ball-and-stick molecules are the active sites. Detailed rendering. Molecule representation illustrations
Enzyme that produces fluorine compounds (Fluorinase). The protein consists of six identical chains, here colored from blue (N-terminus) to red (C-terminus), rainbow coloring. It is shown in cartoon representation: alpha-helices are represented by spirals, beta-sheets by arrows. The ball-and-stick molecules are the active sites. Detailed rendering. Molecule representation illustrations

Protein on white background. Enzyme that produces fluorine compounds (Fluorinase). The protein consists of six identical chains, here colored from blue (N-terminus) to red (C-terminus), rainbow coloring. It is shown in cartoon representation: alpha-helices are represented by spirals, beta-sheets by arrows. The ball-and-stick molecules are the active sites. Detailed rendering.

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This captivating 3D illustration showcases transparent water molecules (H2O) floating in a water environment. The image represents an abstract concept related to science and chemistry, emphasizing the molecular structure of water. The focal point of the image is a single water molecule, which is in sharp focus and stands out from the surrounding molecules. This selective focus technique draws attention to the intricate details of the molecule, including its oxygen atom and two hydrogen atoms. The clarity of the focused molecule highlights the precision and attention to detail required in scientific analysis. The surrounding water molecules are slightly blurred, representing the vast number of H2O molecules present in the water environment. The translucent nature of the molecules adds depth and dimension to the illustration, creating a visually captivating representation of water at the molecular level. The 3D rendering techniques used in the illustration enhance the realism and depth of the water molecules, making them appear lifelike and dynamic. The accurate depiction of the molecular structure emphasizes the scientific accuracy and authenticity of the image. This abstract illustration is suitable for scientific publications, educational materials, chemistry textbooks, or any project that aims to convey scientific concepts related to water, chemistry, or molecular biology. It can also be used in presentations or displays to spark interest and curiosity in the field of science. Molecule representation illustrations
This captivating 3D illustration showcases transparent water molecules (H2O) floating in a water environment. The image represents an abstract concept related to science and chemistry, emphasizing the molecular structure of water. The focal point of the image is a single water molecule, which is in sharp focus and stands out from the surrounding molecules. This selective focus technique draws attention to the intricate details of the molecule, including its oxygen atom and two hydrogen atoms. The clarity of the focused molecule highlights the precision and attention to detail required in scientific analysis. The surrounding water molecules are slightly blurred, representing the vast number of H2O molecules present in the water environment. The translucent nature of the molecules adds depth and dimension to the illustration, creating a visually captivating representation of water at the molecular level. The 3D rendering techniques used in the illustration enhance the realism and depth of the water molecules, making them appear lifelike and dynamic. The accurate depiction of the molecular structure emphasizes the scientific accuracy and authenticity of the image. This abstract illustration is suitable for scientific publications, educational materials, chemistry textbooks, or any project that aims to convey scientific concepts related to water, chemistry, or molecular biology. It can also be used in presentations or displays to spark interest and curiosity in the field of science. Molecule representation illustrations

Abstract Water Molecules: Science and Chemistry Concept. This captivating 3D illustration showcases transparent water molecules (H2O) floating in a water environment. The image represents an abstract concept related to science and chemistry, emphasizing the molecular structure of water. The focal point of the image is a single water molecule, which is in sharp focus and stands out from the surrounding molecules. This selective focus technique draws attention to the intricate details of the molecule, including its oxygen atom and two hydrogen atoms. The clarity of the focused molecule highlights the precision and attention to detail required in scientific analysis. The surrounding water molecules are slightly blurred, representing the vast number of H2O molecules present in the water environment. The translucent nature of the molecules adds depth and dimension to the illustration, creating a visually captivating representation of water at the molecular level. The 3D rendering techniques used in the illustration enhance the realism and depth of the water molecules, making them appear lifelike and dynamic. The accurate depiction of the molecular structure emphasizes the scientific accuracy and authenticity of the image. This abstract illustration is suitable for scientific publications, educational materials, chemistry textbooks, or any project that aims to convey scientific concepts related to water, chemistry, or molecular biology. It can also be used in presentations or displays to spark interest and curiosity in the field of science.

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Chemical structure of human alpha-thrombin, a key enzyme in the coagulation cascade. Thrombin is also used, in combination with fibrinogen, in so called 'meat glue'. Left image is a space-filling, all-atom representation; the right image is a ribbon + surface representation of the same protein. Molecule representation illustrations
Chemical structure of human alpha-thrombin, a key enzyme in the coagulation cascade. Thrombin is also used, in combination with fibrinogen, in so called 'meat glue'. Left image is a space-filling, all-atom representation; the right image is a ribbon + surface representation of the same protein. Molecule representation illustrations

Thrombin structure. Chemical structure of human alpha-thrombin, a key enzyme in the coagulation cascade. Thrombin is also used, in combination with fibrinogen, in so called 'meat glue'. Left image is a space-filling, all-atom representation; the right image is a ribbon + surface representation of the same protein.

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Antigenic glycoprotein found on the surface of influenza viruses, responsible for binding the virus to the surface of the infected cell. Ribbon representation, raytraced, isolated on black, side- and top- view. Any variation of this image is available upon request. Molecule representation illustrations
Antigenic glycoprotein found on the surface of influenza viruses, responsible for binding the virus to the surface of the infected cell. Ribbon representation, raytraced, isolated on black, side- and top- view. Any variation of this image is available upon request. Molecule representation illustrations

H5N1 influenza virus hemagglutinin. Antigenic glycoprotein found on the surface of influenza viruses, responsible for binding the virus to the surface of the infected cell. Ribbon representation, raytraced, isolated on black, side- and top- view. Any variation of this image is available upon request.

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Chemical structure of amyloid beta (abeta), which is closely associated with Alzheimer's disease. Abeta is the main component of amyloid plaques. Left image: ball-and-stick representation. Right image: a space-filling, all-atom representation;. Molecule representation illustrations
Chemical structure of amyloid beta (abeta), which is closely associated with Alzheimer's disease. Abeta is the main component of amyloid plaques. Left image: ball-and-stick representation. Right image: a space-filling, all-atom representation;. Molecule representation illustrations

Alzheimer's disease amyloid beta peptide (1-42). Chemical structure of amyloid beta (abeta), which is closely associated with Alzheimer's disease. Abeta is the main component of amyloid plaques. Left image: ball-and-stick representation. Right image: a space-filling, all-atom representation;

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DNA molecule depicted with a double helix structure, showcasing intricate details and a twisting, ladder-like form. The strands are highlighted with contrasting colors and shadows, emphasizing depth and complexity. A depth of field effect creates a blurred background, drawing attention to the detailed representation of nucleotides. The blue and orange hues suggest a scientific and dynamic visual style, capturing the essence of genetic material in a realistic manner. Dust-like particles float in the environment, adding to the sense of scale and intricacy. Molecule representation illustrations
DNA molecule depicted with a double helix structure, showcasing intricate details and a twisting, ladder-like form. The strands are highlighted with contrasting colors and shadows, emphasizing depth and complexity. A depth of field effect creates a blurred background, drawing attention to the detailed representation of nucleotides. The blue and orange hues suggest a scientific and dynamic visual style, capturing the essence of genetic material in a realistic manner. Dust-like particles float in the environment, adding to the sense of scale and intricacy. Molecule representation illustrations

Realistic DNA molecule structure with depth of field effect. Generated Ai. DNA molecule depicted with a double helix structure, showcasing intricate details and. DNA molecule depicted with a double helix structure, showcasing intricate details and a twisting, ladder-like form. The strands are highlighted with contrasting colors and shadows, emphasizing depth and complexity. A depth of field effect creates a blurred background, drawing attention to the detailed representation of nucleotides. The blue and orange hues suggest a scientific and dynamic visual style, capturing the essence of genetic material in a realistic manner. Dust-like particles float in the environment, adding to the sense of scale and intricacy.

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This captivating image showcases a 3D rendering of a water molecule, H2O, isolated on a clean white background. As a fundamental component of life, water plays a crucial role in various scientific disciplines. The image represents the scientific concept of water at the molecular level, highlighting its unique structure and properties. From chemistry to biology and environmental science, understanding the molecular structure of water is essential for studying chemical reactions, biological processes, and the Earth's ecosystems. With its crisp and detailed 3D rendering, this image serves as an engaging visual representation of the significance of water in scientific exploration and our understanding of the natural world. Molecule representation illustrations
This captivating image showcases a 3D rendering of a water molecule, H2O, isolated on a clean white background. As a fundamental component of life, water plays a crucial role in various scientific disciplines. The image represents the scientific concept of water at the molecular level, highlighting its unique structure and properties. From chemistry to biology and environmental science, understanding the molecular structure of water is essential for studying chemical reactions, biological processes, and the Earth's ecosystems. With its crisp and detailed 3D rendering, this image serves as an engaging visual representation of the significance of water in scientific exploration and our understanding of the natural world. Molecule representation illustrations

The Essence of Life: Isolated Water Molecule. This captivating image showcases a 3D rendering of a water molecule, H2O, isolated on a clean white background. As a fundamental component of life, water plays a crucial role in various scientific disciplines. The image represents the scientific concept of water at the molecular level, highlighting its unique structure and properties. From chemistry to biology and environmental science, understanding the molecular structure of water is essential for studying chemical reactions, biological processes, and the Earth's ecosystems. With its crisp and detailed 3D rendering, this image serves as an engaging visual representation of the significance of water in scientific exploration and our understanding of the natural world.

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This captivating double exposure image showcases the intricate 3D structure of an ammonia molecule (NH3). Ideal for chemistry education at various levels, this visually engaging representation highlights the fundamental building blocks of matter. The molecule's three hydrogen atoms bonded to the central nitrogen atom are clearly depicted, emphasizing the tetrahedral geometry. The vibrant color. Molecule representation illustrations
This captivating double exposure image showcases the intricate 3D structure of an ammonia molecule (NH3). Ideal for chemistry education at various levels, this visually engaging representation highlights the fundamental building blocks of matter. The molecule's three hydrogen atoms bonded to the central nitrogen atom are clearly depicted, emphasizing the tetrahedral geometry. The vibrant color. Molecule representation illustrations

3D Ammonia NH3 Molecule Structure A Double Exposure Visual for Chemistry Education. This captivating double exposure image showcases the intricate 3D structure of an ammonia molecule (NH3). Ideal for chemistry education at various levels, this visually engaging representation highlights the fundamental building blocks of matter. The molecule's three hydrogen atoms bonded to the central nitrogen atom are clearly depicted, emphasizing the tetrahedral geometry. The vibrant color

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