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The Microscopic World. Onion epidermis with cells.

Round, green chloroplasts in plant cells of anacharis or waterweed, Egeria densa. Chloroplasts carry chlorophyll which makes them green. These chlorplasts actually circulate around within each cell. Live specimen. Wet mount, 40X objective, transmitted brightfield illumination. Note - very shallow depth of field, chromatic aberration and uneven focus are inherent in light microscopy.

Cells of algae with chloroplast, Microscopic magnification

Onion epidermis under light microscope. Purple colored, large epidermal cells of an onion, Allium cepa, in a single layer. Each cell with wall, membrane, cytoplasm, nucleus and large vacuole. Photo.

Cell structure Hydrilla, view of the leaf surface showing plant cells under the microscope for classroom education.

Plant cells have cell walls, constructed outside the cell membrane and composed of cellulose, hemicelluloses, and pectin.

Old illustration of a typical cell from a 100+ year old dictionary showing all the different parts of a cell

Microscopic image of Microscopic image of nymphaea of aqustio stem

training model plant stem isolated on white background

$Pin Cushion Sea Star Culcita novaguineae occurs in tropical Indo-West Pacific in a depth range from 0 to 90m, max. diameter 30 cm. It is very common in lagoon, back reef and reef front. It feeds on detritus and on sessile invertebrates, sometimes including hard corals, but can not be considered a serious threat for the coral reefs.\nThis species has short arms and an inflated appearance and resembles a pentagonal pincushion. The colour is extremely variable: beige, brown, red, yellow, green, with plates and tubercles often in contrasting colour compared with the background. \nThis is a close-up of the underside, of the oral surface near the centre with the mouth. \nLembeh Strait, Indonesia\n1°28'8.917 N 125°14'39.105 E at 23m depth$

Onion epidermis, whole mount, 20X light micrograph. Large epidermal cells of Allium cepa. Single layer, each cell with wall, membrane, cytoplasm, nucleus and large vacuole, under light microscope.

Plant tissue, photo taken in the laboratory under a microscope

A high-magnification microscopic image reveals the intricate internal anatomy of *Ancylostoma caninum*, a type of hookworm nematode. The stained specimen vividly displays its elongated body, prominent pharynx, and characteristic coiled gonads against a bright, circular field of view. This scientific illustration is ideal for educational, medical, and veterinary contexts related to parasitology and helminthic infections.

3D illustration of a chloroplast showing its internal structure with membranes, thylakoid system, and internal components, where key structures are identified by labels.

Transparent globule with water leaving behind growing grass. A three dimensional digitally generated image

photo of a plant tissue under the microscope

plant Zea Stem C.S. under light mircoscope with white background

Olive-toned organic surface embedded with trapped air bubbles, crafted for eco-product marketing, natural wellness design, and textured macro backdrops

View of natural patterns under a microscope.

The skin tissue cross-section shows the internal layers of human skin arranged from the outer surface to the inner region. It highlights the structure and function of each layer. The epidermis is the outermost layer of the skin. It acts as a protective barrier against germs, chemicals, and water loss. This layer is mainly made of epithelial cells and contains melanocytes, which give skin its color.

This vivid microscopic image captures a transverse section of two adjacent Ascaris lumbricoides nematode uteri, showcasing numerous developing eggs. The vibrant pink and purple stained structures, seen through a circular field of view, highlight the intricate reproductive anatomy of this common parasitic roundworm. It serves as a valuable visual for biological study, medical education, and parasitology research.

Secondary cell wall in rings inside dead and empty hyaline cells of the Magellanic Peat Moss, Sphagnum magellanicum, with polarization at 1,000x.

Photomicrograph of stomata of leaf. Typical monocot distribution of stomata. Epidermis peeled from iris leaf. Live specimen. Wet mount, 10X objective, transmitted brightfield illumination.

plant pittospora leaf c.s. under light mircoscope with white background

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