Collection of Biology Cliparts (151)

A playful monkey scientist in a lab coat and fez, bringing wonder through science magic.

The nautilus shell’s logarithmic spiral meets the vibrant DNA double helix, illustrating nature’s recurring patterns across scales.

A stylized microscope icon in warm orange and brown tones, perfect for representing biology, research, or STEM learning.

A stylized green planet Earth with three curved arrows forming a continuous cycle-symbolizing renewal, recycling, and planetary stewardship.

A lively orange race car with big eyes races past a colorful protein structure diagram, blending fun and science.

A classic spiral ammonite fossil shell, showing internal chamber divisions and coiled structure typical of extinct cephalopods.

The TBA African Alumni Group logo symbolizes unity, nature, and cultural pride across the African continent.

A sleek green leaf outline-perfect for logos, buttons, or icons promoting eco-awareness and natural living.

Color-coded ribbon diagram illustrating the tertiary structure of a protein, with yellow and red regions denoting helical and sheet motifs respectively.

Chlorophyll a molecule rendered in ball-and-stick style: black = carbon, white = hydrogen, red = oxygen, blue = nitrogen, green = magnesium.

The image is a black and white line drawing of a branch of a tree. The branch is drawn in a simple, sketch-like style with thin lines and curves. The leaves are arranged in a way that they form a continuous line, with each leaf slightly overlapping the one below it. The veins of the leaves are visible, and they appear to be elongated and pointed. The overall shape of the branch is elongated, with a pointed tip at the top. The image is simple and minimalistic, with no shading or shading.

The internationally recognized biohazard symbol-designed to alert personnel to potential exposure to dangerous biological substances.

Ribbon diagram of a heterodimeric protein complex with a small-molecule ligand bound at the interface-highlighting key structural motifs and active site residues.

The image is a 3D model of a green protein molecule. The molecule is made up of multiple strands of green protein, arranged in a spiral-like pattern. The strands are connected by a red and blue protein molecule in the center. The red protein molecule is on the left side of the image, while the blue protein molecules are on the right side. The green protein molecules appear to be made of a flexible material, possibly a protein or a protein molecule, and are connected to each other by a thin, curved line. The background is white, making the green protein and red protein molecules stand out.

A scientifically accurate 3D ball-and-stick model of DNA, with color-coded atoms: orange = phosphorus, red = oxygen, green = carbon, blue = nitrogen, white = hydrogen.

The image is a diagram that shows the process of a photo system. It is a circular diagram that represents the cycle of the photo system, with the light source at the top and the oxygen levels at the bottom. The diagram is divided into two sections. The left section is labeled "Photosystem II" and shows the photosystem II, which is a type of photo system that produces photosynthesis. The photosynthesis process involves the photosynthesis of photosynthesis, which involves photosynthesis in the body, photosynthesis on the body and photosynthesis using photosynthesis to create photosynthesis and photosynthesizing photosynthesis into photos

A sleek, high-tech hexagonal motif featuring layered digital elements and glowing accents-perfect for modern tech branding.

A classic scientific drawing depicting a honeycomb arrangement of cells linked to a pollen-bearing anther, highlighting structural organization in plant reproductive systems.

Ribbon representation of a heterodimeric protein, with green and cyan chains illustrating distinct folding patterns and domain organization.

Fluorescently stained algae cells reveal internal chloroplast structures under a microscope.

A computationally rendered protein structure highlighting helical (coiled) and sheet (arrowed) regions using a rainbow gradient to indicate sequence direction.

A labeled-style cross-section diagram revealing the reproductive structures of a typical angiosperm flower.

The image is a black and white line drawing of a plant with six flowers. The plant has long, thin stems with small, pointed leaves and small, round flowers with five petals each. The flowers are arranged in a symmetrical pattern, with the largest flower at the bottom and the smallest at the top. The leaves are thin and pointed, and the stems are long and slender. The background is plain white, making the plant and its flowers stand out. The overall style of the image is simple and minimalistic.

A friendly green caterpillar enthusiastically presents the timeless truth: Reading is Power.

A clear, color-coded cross-section of a Paramecium highlighting key organelles essential for its survival and movement.

A computationally rendered protein dimer highlighting key structural motifs-alpha-helices (coiled regions) and beta-sheets (zigzag strands)-with atoms color-coded for clarity.

Ribbon diagram showing the protein’s tertiary structure with labeled catalytic residues (D443, D498, E478) and two magnesium ions (Mg²⁺ A and B) at the active site.

The image is a cartoon illustration of a scientist working in a laboratory. The scientist is wearing a white lab coat and glasses and is standing in front of a shelf filled with various laboratory equipment. On the shelf, there are several test tubes, a flask, and a flask with a liquid in it. Next to the flask, there is a small jar with a green frog inside. The jar has a label that reads "Martin". The scientist appears to be focused on his work and is holding a small piece of paper in his hand. The background is white.

The image is a collection of nine icons related to science and technology. The icons are arranged in a grid of three rows and three columns. The first row has a pink virus icon, which is a type of bacteria that is responsible for the production of bacteria. The second row has two yellow flasks with pink liquid in them, representing the bacteria. In the third row, there is a pink circle with a DNA strand in the center. The DNA strand is a symbol of DNA, representing genetic engineering. The third row has three yellow flaskes, representing laboratory equipment. The fourth row has four pink

The image is a cartoon illustration of a microscope. The microscope is blue in color and has a long arm with a blue handle. The arm is curved and appears to be made of metal. On the arm, there is a green leaf with a tree-like design. The leaf is attached to the stem with two small holes. The background is white. The image has a transparent background.

The image is a logo for a company called "Biology is Life". The word "Biological" is written in a cursive font in black color. Below the word, there are three small illustrations of different types of animals - a green leaf, a brown and black leopard print snake, and a black and white striped snake. The animals are arranged in a way that they are overlapping each other. The background is white.

A stylized illustration of a microscope focused on a leaf, highlighting the intersection of technology and plant biology.

The image is a digital illustration of a DNA strand. The strand is in the shape of an oval and is colored in shades of blue, green, yellow, pink, and red. The DNA strands are intertwined and appear to be made up of multiple strands of DNA. The background is a light blue color. The image has a transparent background, making the colors of the DNA strand stand out.

A stylized illustration of essential laboratory tools used in plant science and molecular biology research.

The image is a cartoon illustration of a conical flask. The flask is made of glass and has a long neck with a narrow opening at the top. The body of the flask is filled with a purple liquid, which appears to be a mixture of different colors. There are several small white dots scattered throughout the liquid, likely representing different types of liquids or gases. The overall color scheme of the image is purple and white.

The image is an illustration of a woman in a blue dress holding a magnifying glass and looking at a DNA strand. The DNA strand is made up of multiple strands of red and blue colors, creating a spiral-like structure. The woman is standing in front of the DNA strand, which is a symbol of genetic engineering. The background is transparent, making the colors of the image stand out. The image appears to be a representation of the concept of DNA replication.

The image is a clip art poster for a science project called "Energy Life". It has a blue background with illustrations of various elements related to biology, such as a skeleton, a greenhouse, a frog, a fish, a microscope, and a plant. At the top of the poster, there is a banner that reads "Energy life" with a cartoon illustration of a scientist and a group of children. Below the scientist, there are illustrations of a house, a tree, a plant, and an insect. The text on the poster reads "Shelter", "F", "C", "Oxygen

A visual summary of foundational biology concepts-perfect for learning or teaching key scientific ideas.

A colorful, student-friendly biology clipart set covering core life science concepts-from animal cells to ecosystems.

A simplified yet accurate depiction of a eukaryotic animal cell, highlighting key structures like the nucleus and mitochondria.

The image is a circular illustration with a blue background. In the center of the circle, there is a number 5 in purple. Surrounding the number 5 are various illustrations of different types of mushrooms, including a red mushroom, a green turtle, a pink flower, and a yellow flower. The mushrooms are arranged in a way that they form a circle around the number. The turtle is sitting on top of the mushroom, with its head turned to the side and its mouth open, as if it is smiling. The flower is pink with yellow petals and has a yellow center. The overall color scheme of the illustration is bright

A modern, colorful biology-themed vector illustration perfect for teaching resources and scientific content.

The image is a circular icon with a light blue background. In the center of the circle, there is a red DNA strand with a magnifying glass hovering over it. The DNA strand is in the shape of a double helix, with the ends of the strands overlapping each other. The magnifying lens is yellow and appears to be magnified. The overall design is simple and minimalistic.

A modern, flat-design chemistry lab setup featuring core equipment and molecular structures for science-themed content.

This labeled diagram illustrates oxygen-poor blood entering the right side of the heart, getting oxygenated in the lungs, and returning to the left side for systemic circulation.

The image is a black and white line drawing of a microscope. The microscope is in the center of the image and is facing towards the right side. On the left side, there is a large circular object with a small hole in the middle. The object appears to be a part of a plant cell or a plant stem. Above the microscope, there are two leaves, one on top of the other. The leaves are outlined in black and the background is white. The image is framed in a simple black border.

A vibrant mosaic of dots depicts a triumphant human figure whose body seamlessly transforms into a DNA double helix-symbolizing the unity of life, identity, and science.

A bold billboard declares “Biology: It’s All About Life,” paired with a vibrant DNA double helix-perfect for sparking curiosity in life sciences.

The image is an illustration of a microscopic view of a plant cell. The cell is circular in shape and has a yellow background. Inside the cell, there are various types of cells, including a purple cell with a spiral-like structure in the center, a blue cell with multiple layers, and various smaller cells scattered around it. On the left side of the image, there is a small orange cell with red and black dots on it, and on the right side, it appears to be a small yellow cell with blue and green dots. There are also several small red and blue dots scattered throughout the cell. There is

The image is a digital illustration of a DNA double helix. The double helikon is a type of genetic code that is used in the development of DNA. It is made up of two strands of DNA, one in blue and the other in pink and purple. The blue strand is curved and has a small blue dot in the center, while the pink strand is straight and has multiple purple dots scattered around it. On the right side of the image, there is a small black and orange flower-like structure, which appears to be a molecule. The background is white, and there are small black dots scattered throughout the image