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neisseria gonorrhoeae gram stain microscopygiardia cyst microscopycandida albicans microscopyhodgkin lymphoma reed sternberg cells microscopytrichomonas wet mount microscopyneisseria gonorrhoeae microscopytransmission electron microscopy techniquesconfocal microscopysperm cell microscopyentamoeba histolytica microscopy

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#Microscopy Reel by @museumofscience (verified account) - How can you observe tardigrades? You take a look at moss: their natural habitat! Our friend @tardibabe took a look and found tardigrades from two gen
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@museumofscience
How can you observe tardigrades? You take a look at moss: their natural habitat! Our friend @tardibabe took a look and found tardigrades from two genera: Milnesium and Macrobiotus. Milnesium tardigrades have long, pointy claws and a decorated snout, which help them grab, manipulate, and stabilize their prey. Macrobiotus have shorter claws and a simpler snout, which makes them vegetarians feeding off of algae and plant cells, with the occasional relapse into a carnivorous diet when feeding on microscopic animals. It also allows them to slurp out of air bubbles. These animals highlight some of the biodiversity that can be found in microscopic environments! @Tardibabe safely returned them to their natural habitat after taking a quick look. #Science #Microscope #Microscopy #Animals #Tardigrade
#Microscopy Reel by @__deepa_nandu__ - Microscope 🔬 Masti with Sister 😂😆🤣🤣 #instamood #instagram #reels #love #viralvideo #funny #sisterlove❤️ 😸 #viral #microscopy 😀😃😄😆😅😂�
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@__deepa_nandu__
Microscope 🔬 Masti with Sister 😂😆🤣🤣 #instamood #instagram #reels #love #viralvideo #funny #sisterlove❤️ 😸 #viral #microscopy 😀😃😄😆😅😂🤣🤣
#Microscopy Reel by @microselwyn (verified account) - Why Hydrogen Peroxide Makes Blood Stains Disappear 🔬 Hydrogen peroxide works on blood stains because it breaks apart the tiny red cells that give bl
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@microselwyn
Why Hydrogen Peroxide Makes Blood Stains Disappear 🔬 Hydrogen peroxide works on blood stains because it breaks apart the tiny red cells that give blood its color. Blood looks red because of millions of microscopic Red blood cells. These cells are like tiny water balloons filled with red pigment. When you pour Hydrogen peroxide on blood, it damages those tiny balloons. They burst open and release what’s inside. Once the cells break apart, the color spreads out and can be washed away more easily — which is why the stain fades. Those bubbles you see on the slide? That’s oxygen being released during the reaction. So hydrogen peroxide isn’t just “cleaning” the blood… it’s actually breaking the blood cells themselves. #microscope #microscopy #science #scienceexplained #sciencefacts
#Microscopy Reel by @the_pixelgenix - This Needle Is Made from a Melting Metal South Korean researchers made a needle from gallium, a metal that melts near room temperature. The needle ca
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@the_pixelgenix
This Needle Is Made from a Melting Metal South Korean researchers made a needle from gallium, a metal that melts near room temperature. The needle can be easily shaped when warm and hardened when cooled, letting scientists create very fine, precise tips for advanced uses like microscopy. #innovation #technology​ #inventions​ #tech​ #interesting​ Credit: @euronewsnext / YT
#Microscopy Reel by @nasachandraxray (verified account) - From the extremely BIG to the incredibly small... 🔭🔬 Whether you're exploring space through a telescope or examining life under a microscope, the g
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@nasachandraxray
From the extremely BIG to the incredibly small... 🔭🔬 Whether you’re exploring space through a telescope or examining life under a microscope, the goal is the same: to greatly extend human vision. Astronomy and microscopy are both fields that are built on the challenge of making the invisible visible. Each relies on light and data to reveal hidden structures, whether across the vastness of the universe or within the tiny details of living cells. This fall, NASA’s Chandra X-ray Observatory — the world’s premier telescope that detects X-rays from space — has worked with images from Nikon Small World, a free microscopy imaging competition, to celebrate the similarities and differences between the micro and the macro. By pairing glimpses of these two worlds, we can explore the deep connections across scale — down to the smallest cells and out to the largest galaxies. 🔍Investigate all of the images at the link in Chandra’s profile! Video description is available in the comments. #micro #macro #microscope #telescope #space
#Microscopy Reel by @hungry_neurons - Quiet lab, glowing neurons, and a lot of patience 🧠🔬 PhD life captured in one frame (neuron aesthetics, fluorescence neurons, neuroscience photogra
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@hungry_neurons
Quiet lab, glowing neurons, and a lot of patience 🧠🔬 PhD life captured in one frame (neuron aesthetics, fluorescence neurons, neuroscience photography, phd lab life, research aesthetic, microscopy images, brain cells study, grad school routine, lab photography, neuron visuals) #aestheticlab #neuroscienceart #phdlifestyle #labphotography #microscopeview brainstudy researchaesthetic sciencecommunity gradstudentlife neuronvibes labshots
#Microscopy Reel by @every.min.on.a.min (verified account) - The Hardest Armor You Own Isn't Metal 🦷 Did you know your teeth are actually a masterclass in advanced ceramic engineering? Beneath the glossy surfa
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@every.min.on.a.min
The Hardest Armor You Own Isn't Metal 🦷 Did you know your teeth are actually a masterclass in advanced ceramic engineering? Beneath the glossy surface lies a structural paradox of hydroxyapatite prisms woven into a complex, crack-defying geometric maze. These microscopic "Hunter-Schreger bands" act like biological plywood, stopping fractures in their tracks before they can shatter your smile. Hit subscribe to unlock more hidden secrets of human physics! #science #humanbody #biology #microscopy #physics #evolution #anatomy #engineering #dentistry #shorts #nature
#Microscopy Reel by @nidana_to_diagnosis - 🗣️ALL (Acute Lymphoid Leukemia) kya hai? 🩸 ​ALL ek type ka fast-growing (aggressive) blood aur bone marrow cancer hai.☠️☠️ ​Hota kya hai? Is conditi
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@nidana_to_diagnosis
🗣️ALL (Acute Lymphoid Leukemia) kya hai? 🩸 ​ALL ek type ka fast-growing (aggressive) blood aur bone marrow cancer hai.☠️☠️ ​Hota kya hai? Is condition mein, bone marrow normal lymphocytes banane ki jagah, bohot saare abnormal aur immature (kachhe) cells banane lagta hai, jinhe Lymphoblasts kehte hain. ​"Acute" kyun? Kyunki yeh bohot tezi se badhta hai. 〽️​Effect: Yeh blast cells itni tezi se multiply hote hain ki bone marrow mein healthy cells (RBCs, normal WBCs, aur platelets) ke banne ke liye jagah hi nahi bachti. Iski wajah se patient ko severe anemia, bleeding, aur frequent infections hote hain 🔵Lymphocytes kya hain? 🛡️ Lymphocytes humari body ke "defense system" 💂‍♂️🪖ke main soldiers hain. Yeh special type ke White Blood Cells (WBCs) hote hain jo infections (jaise bacteria ya viruses) 🦠se ladte hain. Simple words mein: Yeh immunity build karte hain. Inke main types B-cells (jo antibodies banate hain) aur T-cells (jo infected cells ko destroy karte hain) hote hain. Microscope ke under: Ek healthy mature lymphocyte chhota hota hai, jiska nucleus bohot dark aur compact (dense) hota hai, aur cytoplasm bohot kam hota hai. #education #knowledge #microscopy
#Microscopy Reel by @globe - Microscopic giants doing ballet in a drop of water 🔬💙 via: @desi_morrison (thanks so much for letting us share 🤍) This is Stentor - a single-celle
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@globe
Microscopic giants doing ballet in a drop of water 🔬💙 via: @desi_morrison (thanks so much for letting us share 🤍) This is Stentor — a single-celled organism that still somehow looks like it got designed by a sci-fi art director. They’re among the largest “single cells” you’ll ever see (often 1–2 mm long), which means you can sometimes spot them as tiny specks with the naked eye if the light hits right. Stentors are ciliates: their bodies are lined with microscopic hairs (cilia) that let them glide, spin, and create little currents to pull food toward their “mouth.” And when they’re startled? They can snap into a tight ball in a heartbeat… then unfurl again like nothing happened. There’s something humbling about it — whole lives, whole behaviours, happening in a single droplet. #globe #microscopy #microbiology #science #nature
#Microscopy Reel by @museumofscience (verified account) - Feathers: ancient, engineered, and way more than just for flight. 🪶 Our friend @tardibabe headed to Bonaventure Island and Percé Rock National Park
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@museumofscience
Feathers: ancient, engineered, and way more than just for flight. 🪶 Our friend @tardibabe headed to Bonaventure Island and Percé Rock National Park and a feather from a Northern Gannet (Morus Bassanus) which sparked a deep dive into the story of feathers themselves. The earliest known feathered bird, Archaeopteryx, lived over 150 million years ago and likely shared a common ancestor with theropod dinosaurs. Thousands of fossil discoveries reveal that many non-avian dinosaurs also had feathers, including complex types that are not found in modern birds. Like our hair, feathers are made of keratin and grow from follicles in the skin. Once fully formed, they’re biologically inactive but functionally brilliant. A single bird can have more than 20,000 feathers. Each one is built from a central shaft called a rachis, which branches into barbs that split again into microscopic barbules. These barbules end in tiny hook-like structures that latch neighboring barbs together, like nature’s version of Velcro. A single feather can contain over a million of them. Feathers can vary dramatically in shape, size, and color depending on a bird’s life stage, season, or function, whether for warmth, camouflage, communication, or lift. And when birds molt, they don’t just lose feathers randomly. Flight and tail feathers fall out in perfectly timed pairs to keep balance mid-air. From fossils in stone to the sky above us, feathers are evidence of evolution at its most innovative, designed by dinosaurs, refined by birds, and still outperforming modern engineering. #Science #Birds #Feathers #Microscopy #Microscope #UpClose
#Microscopy Reel by @real_dr.g - Before the images. Before the conclusions. Agar pad. Clean slide. Steady hands. Discovery begins. #ScienceMoves #Microscopy #LabLife #asmr
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@real_dr.g
Before the images. Before the conclusions. Agar pad. Clean slide. Steady hands. Discovery begins. #ScienceMoves #Microscopy #LabLife #asmr
#Microscopy Reel by @khatayaofficial - Close-up view of erythrocytes🔬 Erythrocytes, or red blood cells, are the most abundant cellular components of blood and play a crucial role in oxyg
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@khatayaofficial
Close-up view of erythrocytes🔬 Erythrocytes, or red blood cells, are the most abundant cellular components of blood and play a crucial role in oxygen transport. They contain hemoglobin, a specialized protein that binds oxygen in the lungs and delivers it to peripheral tissues while facilitating the removal of carbon dioxide. #microscopy #laboratory #erythrocytes #microscope

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