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Introduction: This is a tiktok hashtag called microscopy.
The music has now attracted more than
2.1K videos and
1.9B views. It is a very
popular content. The following is videos that related to this music.
Top 50 Hot Videos(#microscopy)
Infinite syringe loop Have you ever observed a syringe under a microscope? The images, except for the imagined helicopter in a mountain environment, are real and depict an actual syringe. #macro #closeup #micro #microscopy #infinite #loop #transition #looping #art #creative #syringe #medicine #discovery
46.5M
960.1K
3.0K
InVisibleWorld
1 years ago
If you like swimming in the ocean, it is just a matter of time until you will swallow a little water by accident. . But if you were to swallow a little bit of ocean water by accident, do not worry as it won’t make you sick. The hydrochloric acid that your stomach produces will kill the microorganisms that you ingest. . So don’t get scared! Microscopic life is always present in all aquatic ecosystems. Microscopic life like what you saw in the video is essential to maintain the overall health of aquatic ecosystems. . The problem is when an aquatic ecosystem like the ocean gets polluted. This will alter the balance in the ecosystem and microorganisms such as bacteria will thrive. For example, when ocean water contains excessive amounts of bacteria, this will lead to gastrointestinal infections, skin issues, or other worse problems. . These are the microorganisms that you see in the video (in order of appearance): Nauplius larva of a microscopic crustacean (copepod) Diatom next to grains of sand Broken frustule of a beautiful diatom Dinoflagellate Diatom Colonial diatom (I believe it’s Chaetoceros) and a protozoan swimming Another diatom colony forming a beautiful pattern A piece of decomposing algae with diatoms and protozoans and lots of other diatoms! …and yes, that thing at the beginning of the video was a jellyfish. . The diversity of life in the ocean is incredible (and necessary!) . For this video I used an Olympus CX31 microscope at 40x, 100x, 200x, and 400x magnification. #biology #microscopy #microscope #microorganisms #protozoans #diatoms #dinoflagellate #nauplius #diatoms #diatomeas #ecology #ocean #drbioforever
7.6M
691.4K
12.6K
Adolfo Sánchez-Blanco, Ph.D
1 years ago
A heart attack (myocardial infarction) happens when a coronary artery gets clogged. As a consequence of this, blood can’t deliver oxygen to some myocardial cells (heart muscle cells). Myocardial cells need a high constant supply of oxygen for them to be able to produce ATP energy by cellular respiration. If a group of myocardial cells does not receive oxygen, then they won’t be able to produce energy. If these myocardial cells stop producing energy, then not only they will stop contracting (which takes a lot of energy) but in a matter of minutes they will die (being alive requires energy!). . Dead myocardial cells will eventually be replaced by fibroblasts and scar tissue will get formed. The problem is that unlike myocardial cells, scar tissue cells can’t contract. Therefore, the heart of a patient that survives a heart attack will beat less strongly. The good news is that heart attack patients can to some extent compensate the loss of contractile myocardial cells by strengthening the rest of the heart muscle and this way they can improve their long-term quality of life. . I love the staining that shows the connections between myocardial cells (intercalated discs) and their nuclei. I also love the last staining of heart tissue that shows the beauty of the cardiac muscle arrangement and the striations pattern of the cardiac muscle cells. . The heart is such an incredible organ! It is difficult to imagine that the muscle cells of an average human heart need to contract more than 100,000 times each day!! Just incredible!! . For this video I used a Leica ZOOM 200 stereoscope and an Olympus BX41 microscope at up to 400X magnification. #microscopy #microscope #physiology #heart #myocardium #heartattack #intercalateddisc #hearthistology #drbioforever
3.9M
337.9K
756
Adolfo Sánchez-Blanco, Ph.D
1 years ago
One of the most amazing facts about the human body is that all the eggs that a female will ever produce in her lifetime will be produced during the first few months of fetal development!! These eggs will remain in a state of suspended animation in the ovaries until the moment they get ovulated (one at the time usually). In other words, an egg that gets ovulated when a female is 40 years old was previously dormant in the ovary for 40 years until the moment it got ovulated. Just amazing! . By the way, the eggs in the ovaries are surrounded by protective cells called follicular cells. The egg plus the protective cells that surround an egg is called the follicle. The Primordial Follicles are the follicles that are formed to protect the eggs as the eggs are generated. During the ovulation cycle, some primordial follicles will become activated and will grow until one of them gets ovulated. . The ovaries that you saw in this video are cat ovaries. Specifically, what you saw was thin slices of cross-sections of cat ovaries that had been fixed and stained. . For this video I used a Leica ZOOM 200 stereoscope and an Olympus CX31 microscope at up to 200X magnification. #microscopy #microscope #physiology #gametes #gonads #ovary #follicles #oocytes #drbioforever
3.2M
187.1K
2.1K
Adolfo Sánchez-Blanco, Ph.D
1 years ago
Yakult is a dairy fermented drink that was developed in the 1930s by a Japanese microbiologist, who came up with a special strain of probiotic bacteria for this product (Lactobacillus casei Shirota). . Yakult was intended as a probiotic that could contribute to intestinal health. The idea behind Yakult (just like other probiotic products) is to ingest lots of living beneficial bacteria with the hope that some will make it to the gut and once there they will promote digestive health by producing beneficial compounds and/or by inhibiting the proliferation of harmful microorganisms. . It is incredible the number of living bacteria that there are in a single drop of Yakult! It has been calculated that in the 65ml bottle of Yakult that I showed in this video (which is the way Yakult is typically sold) there are in the range of 6.5 to 10 billion colony-forming units of bacteria (each colony-forming unit represents a living bacterium capable of dividing and forming a visible colony). . So next time you drink some Yakult, keep in mind that what you are drinking is a tasty sugary drink (it has added sugars) that contains billions and billions of bacteria!! The majority of these bacteria will be killed by your stomach juices, but some of the bacteria will survive the stomach and will make it to your gut. Once there, they will reproduce and your gut will become their new home. . For this video, I used an Olympus CX31 microscope at 400x and 1000X magnification. #microscopy #microscope #Yakult #fermenteddrink #Lactobacillus #probiotics #drbioforever
2.8M
82.4K
2.2K
Adolfo Sánchez-Blanco, Ph.D
1 years ago
Mosses are so fascinating. They normally do not get a lot of attention because of their size. However, despite their simplicity, mosses are so incredibly beautiful both, at the macroscopic level as well as at the microscopic level. Also, mosses are ecologically very important (they are pioneer species!). . I love staring at mosses and this is why I love making videos portraying their beauty at the microscopic level. Are you a moss lover? In this video I look at two different types of mosses. Which one do you think is more beautiful? . For this video I used an Olympus CX31 microscope at 40x, 100x, 200x, and 400x magnification. #microscopy #microscope #moss #plantbiology #naturalshapes #artinnature #biologicalart #drbioforever
2.4M
130.2K
842
Adolfo Sánchez-Blanco, Ph.D
11 months ago
Challenge: Can you guess what cell division stages are shown in the final part of the video? . Let me know in the comments what mitosis stages you think 1, 2, and 3 are at the end of the video. . For this video I used a Leica ZOOM 200 stereoscope and an Olympus CX31 microscope at up to 400X magnification. #microscopy #microscope #biology #plantbiology #cellbiology #biologyclass #chromosomes #mitosis #celldivision #onion #drbioforever
2.3M
191.0K
926
Adolfo Sánchez-Blanco, Ph.D
1 years ago
Watch More
Infinite syringe loop Have you ever observed a syringe under a microscope? The images, except for the imagined helicopter in a mountain environment, are real and depict an actual syringe. #macro #closeup #micro #microscopy #infinite #loop #transition #looping #art #creative #syringe #medicine #discovery
46.5M
960.1K
3.0K
InVisibleWorld
1 years ago
If you like swimming in the ocean, it is just a matter of time until you will swallow a little water by accident. . But if you were to swallow a little bit of ocean water by accident, do not worry as it won’t make you sick. The hydrochloric acid that your stomach produces will kill the microorganisms that you ingest. . So don’t get scared! Microscopic life is always present in all aquatic ecosystems. Microscopic life like what you saw in the video is essential to maintain the overall health of aquatic ecosystems. . The problem is when an aquatic ecosystem like the ocean gets polluted. This will alter the balance in the ecosystem and microorganisms such as bacteria will thrive. For example, when ocean water contains excessive amounts of bacteria, this will lead to gastrointestinal infections, skin issues, or other worse problems. . These are the microorganisms that you see in the video (in order of appearance): Nauplius larva of a microscopic crustacean (copepod) Diatom next to grains of sand Broken frustule of a beautiful diatom Dinoflagellate Diatom Colonial diatom (I believe it’s Chaetoceros) and a protozoan swimming Another diatom colony forming a beautiful pattern A piece of decomposing algae with diatoms and protozoans and lots of other diatoms! …and yes, that thing at the beginning of the video was a jellyfish. . The diversity of life in the ocean is incredible (and necessary!) . For this video I used an Olympus CX31 microscope at 40x, 100x, 200x, and 400x magnification. #biology #microscopy #microscope #microorganisms #protozoans #diatoms #dinoflagellate #nauplius #diatoms #diatomeas #ecology #ocean #drbioforever
7.6M
691.4K
12.6K
Adolfo Sánchez-Blanco, Ph.D
1 years ago
A heart attack (myocardial infarction) happens when a coronary artery gets clogged. As a consequence of this, blood can’t deliver oxygen to some myocardial cells (heart muscle cells). Myocardial cells need a high constant supply of oxygen for them to be able to produce ATP energy by cellular respiration. If a group of myocardial cells does not receive oxygen, then they won’t be able to produce energy. If these myocardial cells stop producing energy, then not only they will stop contracting (which takes a lot of energy) but in a matter of minutes they will die (being alive requires energy!). . Dead myocardial cells will eventually be replaced by fibroblasts and scar tissue will get formed. The problem is that unlike myocardial cells, scar tissue cells can’t contract. Therefore, the heart of a patient that survives a heart attack will beat less strongly. The good news is that heart attack patients can to some extent compensate the loss of contractile myocardial cells by strengthening the rest of the heart muscle and this way they can improve their long-term quality of life. . I love the staining that shows the connections between myocardial cells (intercalated discs) and their nuclei. I also love the last staining of heart tissue that shows the beauty of the cardiac muscle arrangement and the striations pattern of the cardiac muscle cells. . The heart is such an incredible organ! It is difficult to imagine that the muscle cells of an average human heart need to contract more than 100,000 times each day!! Just incredible!! . For this video I used a Leica ZOOM 200 stereoscope and an Olympus BX41 microscope at up to 400X magnification. #microscopy #microscope #physiology #heart #myocardium #heartattack #intercalateddisc #hearthistology #drbioforever
3.9M
337.9K
756
Adolfo Sánchez-Blanco, Ph.D
1 years ago
One of the most amazing facts about the human body is that all the eggs that a female will ever produce in her lifetime will be produced during the first few months of fetal development!! These eggs will remain in a state of suspended animation in the ovaries until the moment they get ovulated (one at the time usually). In other words, an egg that gets ovulated when a female is 40 years old was previously dormant in the ovary for 40 years until the moment it got ovulated. Just amazing! . By the way, the eggs in the ovaries are surrounded by protective cells called follicular cells. The egg plus the protective cells that surround an egg is called the follicle. The Primordial Follicles are the follicles that are formed to protect the eggs as the eggs are generated. During the ovulation cycle, some primordial follicles will become activated and will grow until one of them gets ovulated. . The ovaries that you saw in this video are cat ovaries. Specifically, what you saw was thin slices of cross-sections of cat ovaries that had been fixed and stained. . For this video I used a Leica ZOOM 200 stereoscope and an Olympus CX31 microscope at up to 200X magnification. #microscopy #microscope #physiology #gametes #gonads #ovary #follicles #oocytes #drbioforever
3.2M
187.1K
2.1K
Adolfo Sánchez-Blanco, Ph.D
1 years ago
Yakult is a dairy fermented drink that was developed in the 1930s by a Japanese microbiologist, who came up with a special strain of probiotic bacteria for this product (Lactobacillus casei Shirota). . Yakult was intended as a probiotic that could contribute to intestinal health. The idea behind Yakult (just like other probiotic products) is to ingest lots of living beneficial bacteria with the hope that some will make it to the gut and once there they will promote digestive health by producing beneficial compounds and/or by inhibiting the proliferation of harmful microorganisms. . It is incredible the number of living bacteria that there are in a single drop of Yakult! It has been calculated that in the 65ml bottle of Yakult that I showed in this video (which is the way Yakult is typically sold) there are in the range of 6.5 to 10 billion colony-forming units of bacteria (each colony-forming unit represents a living bacterium capable of dividing and forming a visible colony). . So next time you drink some Yakult, keep in mind that what you are drinking is a tasty sugary drink (it has added sugars) that contains billions and billions of bacteria!! The majority of these bacteria will be killed by your stomach juices, but some of the bacteria will survive the stomach and will make it to your gut. Once there, they will reproduce and your gut will become their new home. . For this video, I used an Olympus CX31 microscope at 400x and 1000X magnification. #microscopy #microscope #Yakult #fermenteddrink #Lactobacillus #probiotics #drbioforever
2.8M
82.4K
2.2K
Adolfo Sánchez-Blanco, Ph.D
1 years ago
Mosses are so fascinating. They normally do not get a lot of attention because of their size. However, despite their simplicity, mosses are so incredibly beautiful both, at the macroscopic level as well as at the microscopic level. Also, mosses are ecologically very important (they are pioneer species!). . I love staring at mosses and this is why I love making videos portraying their beauty at the microscopic level. Are you a moss lover? In this video I look at two different types of mosses. Which one do you think is more beautiful? . For this video I used an Olympus CX31 microscope at 40x, 100x, 200x, and 400x magnification. #microscopy #microscope #moss #plantbiology #naturalshapes #artinnature #biologicalart #drbioforever
2.4M
130.2K
842
Adolfo Sánchez-Blanco, Ph.D
11 months ago
Challenge: Can you guess what cell division stages are shown in the final part of the video? . Let me know in the comments what mitosis stages you think 1, 2, and 3 are at the end of the video. . For this video I used a Leica ZOOM 200 stereoscope and an Olympus CX31 microscope at up to 400X magnification. #microscopy #microscope #biology #plantbiology #cellbiology #biologyclass #chromosomes #mitosis #celldivision #onion #drbioforever
2.3M
191.0K
926
Adolfo Sánchez-Blanco, Ph.D
1 years ago
What you saw in this video is the epidermal cells of the watermelon rind and the juicy flesh of the watermelon flesh under the microscope! . Yes, embedded in the epidermal tissue, you can also see stomata. Stomata can be present in other parts of the plant (not just in the leaves!). Stomata are the pores that plants use to take up CO2 and to release O2. In other words, stomata are the pores that plants use to “breathe”. . Watermelon flesh is red because the watermelon cells accumulate a lot of lycopene, a bright red carotenoid pigment. In fact, watermelon flesh contains more lycopene than tomatoes. . By the end of the video you can see a fragment of watermelon xylem tissue. The Xylem is the plant tissue that transports water and minerals. Since watermelons contain so much water, you can imagine that there is a lot of xylem tissue going into the watermelon flesh. By the way, the ring-like/spiral structure shape of this tissue is amazing. . For this video I used an Olympus CX31 microscope and up to 600x magnification. #microscopy #microscope #microscopio #plantbiology #biology #biologia #shapesofnature #naturalpatterns #watermelon #sandia #artinnature #drbioforever
2.2M
40.4K
2.2K
Adolfo Sánchez-Blanco, Ph.D
1 years ago
Water bears (Tardigrades) are not only super-cute but their biology is fascinating. . It is believed that these microscopic animals first appeared on Earth around 600 million years ago. That means Tardigrades have survived 5 mass extinctions! . It is in fact their almost indestructible nature what has made Tardigrades so popular. Tardigrades are not “immortal” though. They are mortal like any other animal. What makes them so extraordinarily unique is that when environmental conditions are adverse, they can enter into a state of ‘suspended animation’ called cryptobiosis. It is when they enter into cryptobiosis that they can withstand the incredibly harsh conditions that give them the reputation of being “immortal”. . If a cataclysm was to happen on our planet, water bears would be among the most likely creatures to survive (just like they have done in the past 5 mass extinctions!). . For this video I used an Olympus CX31 microscope at 40X, 100X, 200X, and 400X magnification. #microscopy #microscope #microscopio #waterbear #tardigrade #tardigrada #cryptobiosis #drbioforever
2.0M
54.0K
712
Adolfo Sánchez-Blanco, Ph.D
1 years ago
I collected a piece of moss from the woods over a year ago and made a mini-moss terrarium in a perfectly sealed jar. . Mosses are very beautiful but the thing that not everyone is aware of is that mosses are incredibly full of life! This is because every piece of moss is like a miniature forest filled with all sorts of microscopic creatures. . The microscopic creatures that were in the moss when I collected it are now thriving in the sealed jar thanks to the constant humidity inside the jar. One year later I could still find plenty of microscopic life in the jar micro-ecosystem. It is true that the constant conditions of humidity favor some species more than others (this is why I found a lot of cyanobacteria). . How cool is it to find protozoa, rotifers, cyanobacteria, micro-algae, nematodes, diatoms, fungi and other types of microorganisms living in a completely sealed environment for over a year?! . By the way, in the last scenes you can see a conifer pollen grain and some bits of decomposing moss at different magnification. Mosses are beautiful even when they are dead and decomposing! . For this video I used an Olympus CX31 microscope at up to 400x magnification. #microscopy #microscope #moss #naturalshapes #microorganisms #drbioforever
1.5M
51.5K
234
Adolfo Sánchez-Blanco, Ph.D
12 months ago
Watch More