This Is A Sea Sapphire! And When It Doesn’t Look Amazing It’s Invisible!

This Is A Sea Sapphire! And When It Doesn’t Look Amazing It’s Invisible!
This Is A Sea Sapphire! And When It Doesn’t Look Amazing It’s Invisible!

This is a Sea Sapphire! And when it doesn’t look amazing it’s invisible!

This is a type of crustacean called a copepod. It’s back is covered in guanine crystals. If it weren’t for these crystals the Sea Sapphire would be transparent, but these crystals are spaced in such a way that they strongly reflect certain colours of light. The colour of the light that’s reflected is dependent on the angle that it comes in.

Usually, it reflects blue light, but when the light hits the Sea Sapphire at 45 degrees, the reflected light shifts into the ultraviolet. And since we can’t see that it becomes invisible!

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8 years ago

“i should drink more water” i remind myself, halfway through my fifth coffee

10 years ago
Flower Mushroom Coral - Ricordea Yuma
Flower Mushroom Coral - Ricordea Yuma

Flower Mushroom Coral - Ricordea yuma

Ricordea yuma (Corallimorpharia - Ricordeidae) is a species of soft coral belonging to a group commonly referred to as mushroom corals. These soft corals are very popular among aquarists due to their vibrant and varied color patterns. 

Ricordea yuma is found in the tropical Pacific. Like other Corallimopharians, this one has the ability to rapidly colonize available substrate.

References: [1] - [2] - [3]

Photo credits: [Top: ©Felix Salazar | Locality: nano reef tank, 2008] - [Bottom: ©Scott Cohen | Locality: reef tank, 2009]

8 years ago
KISS OF DEATH

KISS OF DEATH

One of the reasons cancer is so hard to defeat is that the body’s immune system has trouble recognizing cancer cells growing among healthy cells. Some scientists want to help. Researchers designed mouse T cells to specifically bind to a protein complex on fibrosarcoma MC57 tumor cell membranes. In this sped-up video, once the T cells (each about 10 μm across) meet their targets, they create holes in the cancer cell membranes using a protein called perforin. Next, the immune cells flood the pierced cells with a rush of cell-killing granules called granzymes. Propidium iodide, a dye the scientists added to the plate of cells, also squeezes in through the hole and starts glowing red when it comes in contact with RNA and DNA inside the cancer cells. This tells the researchers that the cells have been pierced and will soon die. This process takes about 75 minutes in real time.

Credit: Misty Jenkins (Read the paper.)

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The Immune System Fights Back

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10 years ago

I Recently read About these amazing glow in the dark creatures in the newspapers and thought it was worth sharing 1. Saprobe Panellus Stipticus, Fungi:

image
image

Found in Asia, Australia, Europe and North America, the bio-luminescence emitted by the Saprobe fungi that grows on decaying wood...

7 years ago

Mammals both produce milk and have hair. Ergo, a coconut is a mammal.

8 years ago
This Week Is Antibiotic Awareness Week – Learn More About The Different Types Of Antibiotics With This

This week is Antibiotic Awareness Week – learn more about the different types of antibiotics with this graphic!

8 years ago

maybe if im under enough blankets, the Responsibilities wont be able to find me

10 years ago
Aurora - Nutirwik Creek, Brooks Range, Alaska | By Fred Wasmer

Aurora - Nutirwik Creek, Brooks Range, Alaska | by Fred Wasmer

8 years ago
Nothing Can Stop Us!

Nothing can stop us!

10 years ago
Viscosity Can Have A Notable Effect On Droplet Impacts. This Poster Demonstrates With Snapshots From

Viscosity can have a notable effect on droplet impacts. This poster demonstrates with snapshots from three droplet impacts. The blue drops are dyed water, and the red ones are a more viscous water-glycerol mixture. When the two water droplets impact, a skirt forms between them, then spreads outward into a sheet with a thicker, uneven rim before retracting. The second row shows a water droplet impacting a water-glycerol droplet. The less viscous water droplet deforms faster, wrapping around and mixing into the other drop before rebounding in a jet. The last row switches the impacts, with the more viscous drop falling onto the water. As in the previous case, the water deforms faster than the water-glycerol. The two mix during spreading and rebound slower. In the last timestep shown, the droplet is still contracting, but it does rebound as a jet thereafter. (Image credit: T. Fanning et al.)

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the-sleepy-chemist - Where Science-y Things are Posted
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