microscopy hashtag performance

#microscopy showcases stunning microscopic images, exploring cellular structures, intricate details, scientific discoveries, educational content, art in nature, biology enthusiasts, research advancements, visualizing the unseen, engaging experiments, and inspiring curiosity about the microscopic world.

Your body doesn’t just have one circulatory system, it has two! In addition to the blood circulatory system, there’s the lymphatic system. Instead of blood, this system circulates lymph, a clear fluid similar to plasma in composition. . At the level of your capillary beds, some plasma from the blood seeps out and becomes interstitial fluid. Some of this fluid is collected by lymphatic vessels, where it is now called lymph, and begins its journey through the lymphatic system. . About 600 lymph nodes are connected along these lymphatic vessels. These nodes act as the filter cartridges of the lymphatic system. As lymph circulates, it passes through lymph nodes in your neck, armpits, chest, and other areas. These tiny, bean-shaped nodes are packed with white blood cells, which will trap and remove harmful particles like bacteria, viruses, debris, etc. from your lymph. . Eventually, the lymphatic circulation reconnects with the blood circulation (at the subclavian veins), allowing the filtered lymph rejoins the bloodstream. . By the way, when your body detects a threat such as an infection, the immune cells in your lymph nodes start multiplying to better fight off the infection. This increased activity causes the nodes to swell. That’s why, for example, when you have a sore throat, the lymph nodes in your neck may feel tender and lumpy. . For this video I used a Leica ZOOM 200 stereoscope and an Olympus BX41 microscope at up to 1000x magnification. #microscopy #microscope #histology #lymphnodes #lymph #immunity #lymphaticsystem #drbioforever

Your body doesn’t just have one circulatory system, it has two! In addition to the blood circulatory system, there’s the lymphatic system. Instead of blood, this system circulates lymph, a clear fluid similar to plasma in composition. . At the level of your capillary beds, some plasma from the blood seeps out and becomes interstitial fluid. Some of this fluid is collected by lymphatic vessels, where it is now called lymph, and begins its journey through the lymphatic system. . About 600 lymph nodes are connected along these lymphatic vessels. These nodes act as the filter cartridges of the lymphatic system. As lymph circulates, it passes through lymph nodes in your neck, armpits, chest, and other areas. These tiny, bean-shaped nodes are packed with white blood cells, which will trap and remove harmful particles like bacteria, viruses, debris, etc. from your lymph. . Eventually, the lymphatic circulation reconnects with the blood circulation (at the subclavian veins), allowing the filtered lymph rejoins the bloodstream. . By the way, when your body detects a threat such as an infection, the immune cells in your lymph nodes start multiplying to better fight off the infection. This increased activity causes the nodes to swell. That’s why, for example, when you have a sore throat, the lymph nodes in your neck may feel tender and lumpy. . For this video I used a Leica ZOOM 200 stereoscope and an Olympus BX41 microscope at up to 1000x magnification. #microscopy #microscope #histology #lymphnodes #lymph #immunity #lymphaticsystem #drbioforever

Your body immune system made of white blood cells that chase and off foreign invaders like bacteria to protect you. #immunesystem #whitebloodcell #bacteria #yourbody #biology #science #education # microbiology #microscopy

Your body immune system made of white blood cells that chase and off foreign invaders like bacteria to protect you. #immunesystem #whitebloodcell #bacteria #yourbody #biology #science #education # microbiology #microscopy

#microscopechallenge #microscopes #microscopetiktok #microscopics #microscopic #microscopy

#microscopechallenge #microscopes #microscopetiktok #microscopics #microscopic #microscopy

The river water is magnified 10,000 times. #microscopechallenge #microscopes #microscopetiktok #microscopics #microscopic #microscopy

The river water is magnified 10,000 times. #microscopechallenge #microscopes #microscopetiktok #microscopics #microscopic #microscopy

These birch polypore mushrooms can typically live for 1-2 years. This may seem a lot, but the mushrooms you see in the video are just the fruiting bodies that the birch polypore fungus produced to generate spores that will let the fungus reproduce. In other words, the actual fungus that produced the mushrooms lives within the dead birch tree and can live for years there, slowly decomposing the wood. This ‘invisible’ part of the fungus consists of huge networks of cell filaments (hyphae) that extend everywhere in the wood (the hyphae network is called mycelium). . This bracket mushroom is so beautiful. I love the intricate pore pattern on its underside. These pores are formed by tubular structures that contain the spore-producing part of the mushroom (the hymenium). . Don’t underestimate the ecological importance of fungi! Just because most of the time we don’t see them, it doesn’t mean they are not all around us. It is fungi like the ones in the video that make dead trees decompose. This will recycle nutrients into the forest and will keep the ecosystem healthy. . Fungi are absolutely amazing!! (and very underrated) . For this video I used a Leica ZOOM 200 stereoscope and an Olympus BX41 microscope at up to 1000x magnification. #microscopy #microscope #fungi #mushrooms #mycelium #hyphae #ecology #Fomitopsisbetulina #birchpolypore #polypores #drbioforever

These birch polypore mushrooms can typically live for 1-2 years. This may seem a lot, but the mushrooms you see in the video are just the fruiting bodies that the birch polypore fungus produced to generate spores that will let the fungus reproduce. In other words, the actual fungus that produced the mushrooms lives within the dead birch tree and can live for years there, slowly decomposing the wood. This ‘invisible’ part of the fungus consists of huge networks of cell filaments (hyphae) that extend everywhere in the wood (the hyphae network is called mycelium). . This bracket mushroom is so beautiful. I love the intricate pore pattern on its underside. These pores are formed by tubular structures that contain the spore-producing part of the mushroom (the hymenium). . Don’t underestimate the ecological importance of fungi! Just because most of the time we don’t see them, it doesn’t mean they are not all around us. It is fungi like the ones in the video that make dead trees decompose. This will recycle nutrients into the forest and will keep the ecosystem healthy. . Fungi are absolutely amazing!! (and very underrated) . For this video I used a Leica ZOOM 200 stereoscope and an Olympus BX41 microscope at up to 1000x magnification. #microscopy #microscope #fungi #mushrooms #mycelium #hyphae #ecology #Fomitopsisbetulina #birchpolypore #polypores #drbioforever

#microscopechallenge #microscopes #microscopetiktok #microscopics #microscopic #microscopy

#microscopechallenge #microscopes #microscopetiktok #microscopics #microscopic #microscopy

#neuroscience #nobelprize #microscopy #brain #neurons #yale #museum #stem

#neuroscience #nobelprize #microscopy #brain #neurons #yale #museum #stem

Did you know that Edmund Optics makes microscope objectives? Watch a few of them in action in this demo from Rebecca Charboneau, Product Line Engineer at Edmund Optics Infinite and finite conjugate objective options are available for life science systems and industrial inspection This clip is from our Silicon Valley Industry Tech Day from earlier this month, where we hosted a day full of demos from 8 top optics and imaging companies #optics #microscopy #microscope #photonics #lifescience #LearnOnTikTok #imaging

Did you know that Edmund Optics makes microscope objectives? Watch a few of them in action in this demo from Rebecca Charboneau, Product Line Engineer at Edmund Optics Infinite and finite conjugate objective options are available for life science systems and industrial inspection This clip is from our Silicon Valley Industry Tech Day from earlier this month, where we hosted a day full of demos from 8 top optics and imaging companies #optics #microscopy #microscope #photonics #lifescience #LearnOnTikTok #imaging

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