Human body Microscopic images

Here you can see the 15 amazing 3D-body shots. Almost all Images captured by the scanning electron microscope (SEM), which is a type of electron microscope that uses a beam of high-energy electrons to scan surfaces of images. The electron beam of SEM relates with particles near or on the surface of the sample to be displayed, resulting in a high-resolution 3D image. Magnification levels from x 25 to about x 250,000. Amazingly detailed from 1 to 5 nm in size can be detected.

In 1935 Max Knoll was first person to make an SEM image of silicone steel. Over the next 30 years, a number of scientists worked to additional develop the instrument. And then the Cambridge Instrument Company as the “Stereoscan” was delivered the First SEM in 1965.

Now you will experience the power of SEM in a trip of self-discovery that begins in your head, travel down throughout the chest and finishes in the bowels of the abdomen. You will also see what happens when cells are twisted by cancer and what it looks like when an egg meets sperm for the first time and showing detailed images of neurons in human brain, through plaque on teeth and down to surface of a healthy lung.

1. Red blood cells

They looks like little cinnamon candies, But they are they’re actually the most common type of blood cell in the human body – red blood cells. These biconcave-shaped cells have the tall task of carrying oxygen to our entire body; in women there are about 4 to 5 million RBCs per microliter (cubic millimeter) of blood and about 5 to 6 million in men.

2. Split end of human hair

Regular accompaniments to your hair and good conditioner should help to stop this ugly image of a split end of a human hair.

3. Purkinje neurons

Purkinje neurons are some of the largest 100 billion neurons in your brain. And the other things this cells are master of motor coordination in the cerebellar cortex.  Toxic exposure such as alcohol and lithium, autoimmune diseases, genetic mutations including autism and neuro degenerative diseases can negatively affect human Purkinje cells.

4. Hair cell in the ear

These are human hair cell stereocilia inside the ear. These notice mechanical movement in response to sound vibrations.

5. Blood vessels emerging from the optic nerve

In this photo, stained retinal blood vessels are shown to emerge from the black-optical disc. The optical disc is a blind spot because no light receptor cells that exist in this area of the retina where the optic nerve and retinal blood vessels leaving the back of the eye.

6. Tongue with taste bud

This enhanced color image shows a taste bud on your tongue. The human tongue has about 10,000 taste buds that are involved in detecting salt, acid, bitter, sweet and savory taste perceptions.

7. Tooth plaque

Brush your teeth often, because it is the surface of a tooth with a kind of “corn-on-the-Cob” plaque appearance.

8. Blood clot

Remember that image of the good, uniform shape of red blood cells, you only looked at? Well, here is how it looks when the cells are trapped in the sticky web of a blood Clot. The cell in the middle is a white blood cell.

9. Alveoli in the lung

This is an enhanced color images of the inner surface of your lung looks like. The hollow cavities are alveoli; this is where gas exchange happens with the blood.

10. Lung cancer cells

This image of warped lung cancer cells is in stark contrast to the healthy lung in the before picture.

11. Villi of small intestine

Villi in the small intestine raise the surface area of the gut, which helps in the absorption of food

12. Human egg with coronal cells

This purple colors image improves human egg sitting on a pin. The egg is coated with the zona pellicuda, a glycoprotein that protects the egg but also helps to trap and bind sperm. Two coronal cells are attached to the zona pellicuda.

13. Sperm on the surface of a human egg

Here’s a close-up of a number of sperm trying to fertilise an egg.

14. Human embryo and sperm

This images looks like the world at war but it’s really five days after the fertilization of an egg, with some remaining sperm cells still sticking around. This images captured by confocal microscope. The embryo and sperm cell nuclei are stained purple while sperm tails are green. The blue areas are gap junctions, which form connections between the cells.

15. Coloured image of a 6 day old human embryo implanting

And the cycle of life starts again: this 6 day old human embryo is starting to implant into the endometrium, the lining of the uterus.

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