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Collection of Prokaryotes (23)
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A simplified yet accurate cartoon depiction of a typical Gram-negative bacterium, highlighting key internal and external structures.
A clear, color-coded illustration of a typical prokaryotic bacterial cell with all major components labeled for educational use.
Side-by-side illustration showing a eukaryotic cell with a membrane-enclosed nucleus and mitochondria, versus a prokaryotic cell with a nucleoid region and no membrane-bound organelles.
A cross-sectional illustration of a typical rod-shaped bacterium, highlighting essential structural components for education and research.
The image is a cross-section of a bacterium, specifically a type of bacteria. The bacterium is shown in a red color and has a long, slender body with a pointed end. The body is covered in small hairs, which are arranged in a circular pattern around the center of the body. The hairs are orange in color and appear to be made up of small, intricate lines and dots. The center of this bacterium has a purple-colored nucleus, which is likely the nucleus of the cell. The nucleus is surrounded by a thin, orange line that runs along the length of the stem. The image also has
The image is a science clipart titled "Prokaryotic & Eukaryotic Cells". It is a colorful illustration that shows the different types of prokaryotics and eukaryotics in the cell.
The top left corner of the image shows a green cell with a blue nucleus and a purple nucleus. The cell is surrounded by various cells and structures. The top right corner shows a blue sphere with a yellow nucleus and several yellow cells inside. The bottom left corner shows an illustration of a green plant with long, thin leaves.
There are also several smaller cells scattered around the image, including
A labeled illustration contrasting a simple prokaryotic bacterium (left) with a complex eukaryotic animal cell (right), emphasizing the nucleus and membrane-bound organelles.
The image is an illustration of a blue-colored oval-shaped object with small black dots scattered throughout. The object appears to be made of a smooth, glossy material and has a curved shape. The dots are evenly spaced and are of different sizes and shapes. The background is white, making the blue color of the object stand out.
A cheerful, animated paramecium-complete with cilia and contractile vacuole-designed to make microbiology fun and accessible.
The image is a cartoon illustration of a fish-like creature with a round body and a small eye in the center. The creature has a long, slender body with two large, pointed fins on either side. The fins are green and yellow in color and are arranged in a symmetrical pattern. The body of the creature is covered in small, colorful dots and lines, giving it a playful and whimsical appearance. The background is a light blue color, and the overall style of the illustration is simple and cartoon-like.
The image is a cross-section of a plant cell, showing the structure of the cell walls and the components of the nucleus. The cell wall is located on the left side of the image, with the nucleus on the right side. The nucleus is responsible for the cell membrane, which is a type of membrane that separates the nucleus from the cell wall.
The cell wall has a capule, which helps to store and transport the nucleus of the plant. The capule is a small, circular structure that helps to hold the nucleus in place while it is being held in place by a cell membrane. The membrane is made
A clear, color-coded illustration of a typical eukaryotic animal cell with all major organelles labeled for easy learning.
A clear, color-coded illustration of a typical prokaryotic bacterial cell with all major components labeled in German.
A labeled-style diagram of a prokaryotic bacterial cell, illustrating core structural components essential for function and survival.
A prokaryotic cell (like a bacterium) contains free-floating DNA in the nucleoid; here it’s zoomed in to show the iconic double helix structure.
A detailed hand-drawn diagram of a typical eukaryotic animal cell, highlighting major cellular structures.
A simplified illustration contrasting a prokaryote (left, no nucleus) with a eukaryote (right, membrane-bound nucleus and organelles).
This annotated illustration shows the internal and external anatomy of a typical rod-shaped bacterium, with each part clearly labeled for learning.
A labeled diagram of a typical bacterial cell, illustrating key genetic components including the main chromosome, plasmids, and nucleoid region.
The image is a cross-section of a fimbriae, a type of bacteria. It is a green-colored bacterium with a long, slender body and a pointed tail. The body of the bacterium is divided into two sections, with the top section showing the cell wall and the bottom section showing a cell membrane.
The cell membrane is responsible for the formation of the nucleus region of the cell, which is located in the nucleus of the nucleoid region. The nucleus is responsible to hold the nucleus in place while the cell membrane extends from the nucleus to the nucleus. The cell membrane has multiple layers of
The image is a cross-section of a plant cell, specifically a plasmid DNA, which is a type of bacteria. The cell is shown in a circular shape with a yellowish-orange color and a blue-purple membrane in the center. The membrane is made up of multiple strands of DNA, including ribosomes, fibbriae, and cytoplasm. The strands are arranged in a way that they form a spiral-like pattern around the nucleus of the cell.
The cell wall is located on the right side of the image, with the cell wall on the left side and the
The image is a cross-section of a bacterium, specifically a Bacterial Flagellum (circular DNA) cell. The cell is red and green in color and has a cylindrical shape with a long, thin stem on the right side. The body of the cell is divided into two sections, with the top section showing the capsule, cell wall, plasma membrane, cytoplasm, ribosomes, plasmid, and pill. The bottom section shows the nucleus of the nucleus, which is a nucleoid (circulatory DNA). The nucleus is responsible for the formation of nucleoids in the