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Core-shell micelle structure

Core-shell micelle structure

Core shell micelles are nanostructures formed by self-assembly of amphiphilic molecules (such as block copolymers) in selective solvents. Its structural characteristics are a hydrophobic core and a hydrophilic shell. Composed of hydrophobic molecular segments, aggregated at the center of micelles, avoiding contact with water or other polar solvents. Composed of hydrophilic molecular segments, surrounded by a hydrophobic core, and interacting with water or other polar solvents.
Molecular structure of carbon dioxide

Molecular structure of carbon dioxide

Rotavirus

Rotavirus

influenza virus

influenza virus

Human skin sweat glands (medical 3D sectional view)

Human skin sweat glands (medical 3D sectional view)

The structure of neurons

The structure of neurons

Renal corpuscle filtration structure (medical 3D schematic diagram)

Renal corpuscle filtration structure (medical 3D schematic diagram)

Passive continental margin (3D model of geomorphic structure)

Passive continental margin (3D model of geomorphic structure)

From a geological perspective, the shallow sea area at the edge of the ocean is a continent submerged by seawater, known as the continental margin. The continental margin accounts for 15.3% of the total ocean area, with the main body being the continental shelf, followed by the continental slope and continental base. Passive continental margin, also known as Atlantic type continental margin. The so-called stable continental margin refers to a continental margin that has been in a relatively stable state for a long time in terms of structure. Its crust is a transition zone from oceanic crust to continental crust, with continents and oceans located within the same rigid lithospheric plate. It does not have a trench subduction zone, and its early splitting stage is located within the plate, followed by passive movement with the splitting plate, so there are no strong earthquakes.
Vortex Worm (3D Structural Diagram)

Vortex Worm (3D Structural Diagram)

Vortex worms are flatworms belonging to the family Trichomycteridae in the order Trichomycteria. The body of the vortex worm is soft and flat, symmetrical on both sides, and divided into dorsal, ventral, and anterior posterior parts; The back is slightly convex, mostly black brown in color, the ventral color is light, the front end is triangular, with one ear protrusion on each side, two black eye points on the back of the head, and no anus; The ventral surface of the body is densely covered with cilia, and the movement of cilia and muscles can enable rotifers to swim and crawl on objects. It is named after its vortex like motion when it swings.
Human sebaceous glands (medical 3D structural diagram)

Human sebaceous glands (medical 3D structural diagram)

Principles of Current Relay Physics (3D Experimental Animation)

Principles of Current Relay Physics (3D Experimental Animation)

The process of liver absorbing drugs (medical 3D schematic diagram)

The process of liver absorbing drugs (medical 3D schematic diagram)

The process of sedimentation on the continental margin

The process of sedimentation on the continental margin

Halley's Comet

Halley's Comet

Halley's Comet (catalog number 1P/Halley) is a periodic comet that orbits the Sun once every 76.1 years and is visible to the naked eye. Named after British physicist Edmund Halley (1656-1742) who first measured its orbital data and successfully predicted its return time. The orbital period of Halley's Comet is 76-79 years, and its next perihelion will be on July 28, 2061. Halley's Comet is the first recorded periodic comet in human history, dating back to at least 240 BC or 466 BC. There are clear records of this comet appearing in China, ancient Babylon, and medieval Europe.
Cell lysosome (microscopic 3D perspective view)

Cell lysosome (microscopic 3D perspective view)

Lysosomes are generally organelles in eukaryotic cells; A sac like structure with a single-layer membrane coating, with a size (mostly spherical under electron microscopy, but with the presence of olivine spheres) and a diameter of approximately 0.025-0.8 micrometers; Contains multiple hydrolytic enzymes, specifically designed to decompose various exogenous and endogenous macromolecular substances. Discovered by Belgian scholar Cristian de Duve (1917-2013) and others in mouse liver cells in 1955.
Human sweat glands (medical 3D structural diagram)

Human sweat glands (medical 3D structural diagram)

The Principle of Electric Bell (3D Experimental Animation)

The Principle of Electric Bell (3D Experimental Animation)

The process of hourglass falling (3D experimental animation)

The process of hourglass falling (3D experimental animation)

Electromagnetic Physics Experiment (3D Experimental Animation)

Electromagnetic Physics Experiment (3D Experimental Animation)

Human Kidney (Medical 3D Structural Diagram)

Human Kidney (Medical 3D Structural Diagram)

Structural distribution of surface strata

Structural distribution of surface strata

Regarding H Helicobacter pylori drug therapy (micro 3D animation)

Regarding H Helicobacter pylori drug therapy (micro 3D animation)

The mechanism of action of corticosteroids (micro animated 3D model)

The mechanism of action of corticosteroids (micro animated 3D model)

Synthesis formula of hydrogen peroxide (chemical reaction 3D schematic diagram)

Synthesis formula of hydrogen peroxide (chemical reaction 3D schematic diagram)

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