Collection of Serology Cliparts (57)

A standard 10 mL graduated pipette with clear volume markings and calibration stamp for reliable quantitative work.

Proper pipette usage: fill to the indicated line (e.g., 3.2 mL), then dispense by draining freely-do not blow out the residual liquid unless specified.

A striking 1930s-1940s U.S. public health poster uses bold color blocks and typography to warn about syphilis’s severe consequences and promote testing.

A syringe extracts blood from a vein and transfers it into labeled test tubes for laboratory analysis.

A stark 1930s public health warning: “Don’t Wait”-delaying syphilis treatment for 3 years leads to severe consequences for 70% of patients.

This infographic shows the full transmission loop: an infected person is bitten by a mosquito, which then spreads the virus to a healthy person, causing illness.

A digitally rendered brown mouse in a natural crouch-ideal for biology, pest control, or animal behavior resources.

A stark textual warning highlighting how improper forensic science can lead to unjust legal outcomes.

A rebellious yet playful ensemble-where punk meets pop culture, and every piece tells a story.

This striking WPA-era poster uses stark visual contrast to emphasize the life-saving importance of early syphilis treatment.

A diverse set of car repair-themed clip art images ideal for auto shops, educational materials, and DIY guides.

A dynamic circular arrangement of monarch butterflies created with a GIMP animated brush-ideal for creative projects.

A vibrant grid of 9 kid-friendly pajama-themed illustrations-ideal for storybooks, websites, and classroom resources.

A diverse set of 9 musical instrument clipart images, ideal for educational materials, presentations, or creative projects.

A flustered businessman caught in a moment of panic, perfect for illustrating workplace pressure or emotional overwhelm.

A dramatic, stylized blood splatter with dynamic drips and scattered droplets-ideal for edgy visual storytelling.

A scientist carefully heats a chemical reaction in a flask, demonstrating proper lab technique and safety gear.

Two happy kids immersed in imaginative dirt play, each with a toy car and garden tools-simple joys of childhood.

A clipboard with a completed checklist and a pencil in motion-perfect for representing task completion and organizational efficiency.

A cheerful stack of three hardcover books in green, blue, and red-symbolizing knowledge, learning, and academic growth.

A bright, friendly smiling sun-perfect for conveying warmth, happiness, and optimism in digital design.

The image is a graphic illustration of a blood drop. The drop is in the center of the image and is a bright red color. It is a triangular shape with a pointed top and a flat bottom. On either side of the drop, there are two smaller red circles, one on top of the other. The circles are connected by a thin white line. The background is transparent, making the red drop stand out.

The image is a red splatter-like design on a transparent background. The splatter appears to be made up of multiple splatters of different sizes and shapes, creating a chaotic and chaotic pattern. The red color is vibrant and stands out against the white background, making it the focal point of the image. The overall effect is one of chaos and destruction.

The image is a digital illustration of a blood splatter on a transparent background. The splatter is in the shape of a tree with multiple branches and leaves. The branches are covered in a thick layer of red blood, which is dripping down from the top and bottom of the image. The leaves are also covered in the same red blood as the splatter. The background is white, making the red color of the splatters stand out. The image appears to be a representation of a zombie or zombie-like creature.

The image is of a syringe with a red and blue needle. The syringe is made of plastic and has a long, slender body with a pointed tip. The needle is inserted into the syringe and is positioned at the bottom of the image. The background is transparent, making the red needle stand out. The image appears to be a digital illustration.

The image is a pink splatter-like shape on a transparent background. The splatter appears to be made up of multiple splashes of different sizes and shapes, creating a chaotic and dynamic composition. The colors are bright and vibrant, with a mix of pink, purple, and white. The center of the splatter is a darker shade of pink and is surrounded by smaller splashes that are scattered around it. The overall effect is a bold and striking design that is sure to draw attention.

A magnifying glass highlights rod-shaped bacteria in a blood sample, illustrating clinical microbiology diagnostics.

A stylized illustration showing three test tubes with red, orange, and yellow liquids beside a digital interface displaying structured data.

The image is an illustration of a test tube with a blue cap. The test tube is filled with a pink liquid, which appears to be a blood sample. On the right side of the image, there is a small blue circle with a group of orange viruses inside it. The viruses are arranged in a circular pattern around the test tube. The background is a light grey color.

A researcher inspects viral structures through a magnifying glass, supported by test tube samples and clinical documentation.

A clean, modern icon set representing core microbiology lab tools-test tubes with samples, a compound microscope, and a magnified petri dish with colorful microbes.

A clean, stylized illustration of three antibody structures, commonly used to represent immune defense mechanisms.

The image is a close-up of a spherical object, which appears to be a virus or a coronavirus. The object is spherical in shape and has a reddish-brown color with small blue and green particles scattered throughout. The particles are arranged in a circular pattern around the center of the object, creating a textured appearance. The background is a gradient of blue and purple, with a hint of purple on the right side. The overall color scheme of the image is predominantly red, blue, and green. The image has a 3D effect, giving it a realistic and detailed appearance.

A blue antibody (Y-shaped) binds specifically to a yellow antigen on a pathogen’s surface-key to immune recognition and response.

A stylized SARS-CoV-2 virus character donning a medical mask to promote hygiene and prevention.

A stylized 3D rendering of a molecular chain, possibly DNA or a protein backbone, enclosed in a hexagonal frame to emphasize structural clarity.

The image shows a syringe with a black cap and a red liquid dripping from it. On the right side of the image, there are four test tubes with white caps. The test tubes are arranged in a line, with the largest one in the center and the two smaller ones on either side. The liquid appears to be blood splattered all over the tubes. The background is white.

The image is a cartoon illustration of three different types of viruses. On the left, there is a green virus with small black dots on its surface. The virus is in the center of the image, with a red virus on the right side and a yellow virus on top. The background is white, and there are small black and white swirls and dots scattered around the virus. The overall style of the illustration is playful and whimsical.

A cute, stylized chicken with a bright red comb and expressive eyes-ideal for engaging young learners.

Simplified diagram of antibodies highlighting their Y-shaped structure and antigen-binding sites (orange tips).

A calibrated glass pipette used for precise liquid transfer in scientific and clinical laboratories.

This illustration highlights common household waste-papers, plastics, food scraps, and miscellaneous items-overflowing from a bin, signaling urgent need for better waste practices.

Immune cells (purple and orange) use specialized receptors (red/pink) to attach to foreign pathogens, illustrating the core mechanism of adaptive immunity.

A stylized illustration showing diagnostic test tubes alongside virus models-symbolizing lab-based detection and research.

A simplified 3D-style diagram of an antibody (immunoglobulin), highlighting its Y-shape, Fab arms, and antigen-binding tips.

The image is an illustration of a hand holding a magnifying glass over a green background. The hand is on the right side of the image, with the fingers slightly curled around the handle of the magnifying lens. The background is a solid green color, and there is a DNA strand on the left side. The DNA strand is made up of small white dots, which are arranged in a grid-like pattern. The image appears to be a representation of a DNA molecule.

The image is a black and white line drawing of the letter "Y" in the center. The letter is made up of three horizontal lines that form the shape of a letter Y. The lines are arranged in a way that they form the letter Y, with the top line being slightly larger than the bottom line. On the left side of the image, there is a smaller line that forms the letter X, while on the right side, there are two smaller lines that appear to be the same letter Y as the rest of the letters. The background is plain white.

Antibodies (blue Y-shaped structures) attach to invading pathogens (yellow ovals), neutralizing threats as part of the adaptive immune response.

A comprehensive visual breakdown of biosensor architecture-from target molecules to digital readout.

A detailed molecular visualization of immunoglobulin (antibody) structures, highlighting variable and constant regions critical for immune response.