New this month in JHC: "Looking Back to Move Forward: Tannic Acid in TEM of Parasitic Protozoa."
Click to read: journals.sagepub.com/doi/abs/10.1...
#microscopy #protozoa #cellbiology
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#Protozoa
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Pixelart illustration of a green ball made up of small dots (unicellular organisms). Within it are smaller balls representing the daughter colonies.
Volvox
07/03/26
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New this month in JHC: "Looking Back to Move Forward: Tannic Acid in TEM of Parasitic Protozoa."
Click to read: journals.sagepub.com/doi/abs/10.1...
#microscopy #protozoa #cellbiology
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Looking for some ideas on ID for this? We found a bunch of them attached to a sea slug. My guess is Licnophora (?) but this is really not my area. Any help would be appreciated! This is 400x magnification #protozoa #protistsky #microscope #id #ciliate
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I’m working on a special new creature for Cellscape. Halteria is a ciliate that eats viruses irl! In the game your character can get infected with viruses and you can use Halteria to remove them 🦠💕
#gamedev #indiegames #unitygames #microbiology #protozoa #ciliate #steamnextfest
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New this month in JHC: "Looking Back to Move Forward: Tannic Acid in TEM of Parasitic Protozoa."
Click to read: journals.sagepub.com/doi/abs/10.1...
#microscopy #protozoa #cellbiology
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New this month in JHC: "Looking Back to Move Forward: Tannic Acid in TEM of Parasitic Protozoa."
Click to read: journals.sagepub.com/doi/abs/10.1...
#microscopy #protozoa #cellbiology
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www.ipaddress.com/website/head...
#KOBE #DEBIE
headlines-world.com/advanced-sea...
#PROTOZOA
multi-search-tag-explorer.headlines-world.com/advanced-sea...
#LUCHTVAARTMAATSCHAPPIJEN OP DE #EUROPESE #ZWARTE #LIJST
aepiot.ro/advanced-sea...
headlines-world.com
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Working on protozoan diseases? Great news!
AntiProtoZ database has antiprotozoal peptides against parasitic and free-living protozoa.
It provides easy species-specific retrieval
Explore the database: soodlab.com/antiprotoz/
Read the paper: www.sciencedirect.com/science/arti...
#NTDs #protozoa
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Tapioca slime mold (Brefeldia maxima), appears as a shiny, white, slimy mass on decaying wood, mulch, or grass, feeds on bacteria and fungi. Seen today in @SWT Bawsinch and Duddingston Nature Reserve. #Protozoa @scotwildlife.bsky.social
Tapioca slime mold (Brefeldia maxima), appears as a shiny, white, slimy mass on decaying wood, mulch, or grass, feeds on bacteria and fungi. Seen today in @SWT Bawsinch and Duddingston Nature Reserve. #Protozoa @scotwildlife.bsky.social
It's slime time!! Tapioca slime mold (Brefeldia maxima), appears as a shiny, white, slimy mass on decaying wood, mulch, or grass, feeds on bacteria and fungi. Seen today in @SWT Bawsinch and Duddingston Nature Reserve. #Protozoa @scotwildlife.bsky.social
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#Cows in nearly 50 #Missouri counties infected by #Theileria orientalis ...
| #parasite | #protozoa | #theileriosis | #ticks | #cattle | Via ksdk .com
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We stress-tested acquisition speed on our favorite flagellated #protozoa. Lightfield 4D captured full volumes of these fast swimmers with ease. When immobilized, the structural detail was impressive.
#imaging #workshop #CEITECscience #MUNI #BRNOregionmicroscopy #CzechBioImaging
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How Zenon's Phillip Rhys Chaudhary Feels About Proto Zoa’s Legacy: More than 25 years after its release, fans’ love for Zenon: Girl of the 21st Century still hits Phillip Rhys Chaudhary like a cosmic blast.
But while he looks back… #Zenon #PhillipRhysChaudhary #ProtoZoa #DisneyChannel #21stCentury
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🎙️ Excited to host Dr. Zhicheng Dou for our next PEERs in Parasitology (PiP) seminar! 🧫 A New Perspective on the “Lysosome” in the Protozoan Pathogen T. gondii #Parasitology #Toxoplasma #PiP #Protozoa #SciTalks #DiversityInSTEM 📅 Fri, July 25 | 🕛 12PM EST🔗 Register: iu.zoom.us/webinar/regi...
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Transitioning from #microscopy to PCR for protozoa in Norway – Impact on detection of #protozoa and #helminths: A register study | Epidemiology & Infection
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youtu.be/C8WprObZ7qI?...
#microscopy #freshwater #protozoa Approx 290 Micron diam. It seems to have flagella. It excretes or glides over a mastax like structure and also drops a small clone of itself. #plankton rules! Still I have no idea what it is. Help is very much appreciated! Thanks. #amoebe?
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Protozoal populations drive system-wide variation in the rumen microbiome
#microbiology #rumen #protozoa #protists
@natcomms.nature.com
www.nature.com/articles/s41...
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Natalia de Miguel et al. present a new Review on how protozoan parasites communicate with each other and these processes affect social activities, physiological processes, and disease progression.
#MicroSky #protozoa #parasitology
onlinelibrary.wiley.com/doi/10.1111/...
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The image shows a cluster of small, spiky, grayish-brown organisms resembling puffballs or slime molds growing on decaying wood or bark. These organisms appear to have a textured, dotted surface and are clumped together in an organic, natural setting among the wood fibers and debris. While I cannot provide any identities, the visual elements suggest they are likely some type of fungal growth or slime mold species thriving on the decomposing material.
The image shows clusters of small, orange-brown fungus-like growths covering the surface of a decaying log or tree bark. These lumpy, knobby formations appear to be slime molds, which are protist organisms that can form these fruiting body structures during part of their life cycle when feeding on decaying plant matter.
The image shows a cluster of bright orange-red slime mold or Mycetozoa growing on decaying wood and moss. The slime mold has a spongy, globular appearance and stands out vividly against the brown, textured bark and green moss surrounding it in this close-up nature scene.
Mycetozoa - slime molds
Quality grade: needs_id
2025-06-07 10:30:00-04:00
Berks County, PA, USA
https://www.inaturalist.org/observations/289243602
macrophotography
nature
inaturalist
Protozoa
Protozoa
Warning! AI generated alt text.
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New coming book with IntechOpen.
Current Topics in Leishmaniasis
Call for Chapters' proposals - *Registration for this book closes on July 23rd 2025. #leishmaniasis #ntds #kinetoplastida #tropicaldiseases #Parasite #protozoa
www.intechopen.com/welcome/e918...
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Our very ancient ancestor and our parasite nowadays - Giardia. #Giardias are unicellular #protozoa in the #Diplomonada order. There are 8 species A to H, and subspecies within each group. A and B species infect humans all over the world, causing millions of cases of diarrhea!
#diarrhea #SciCommUU25
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The protozoan in more complex than it meant to be. Members of other kingdoms respond with increasing simplicity. Dark teal, cream, black and white Euglena Plus contains multitudes, shields, a variety of birds. A red carnation is attached. Below, a winged human/insect (yellow and green) is hatching out of a large and mostly unseen sphere of an even darker teal.
Welcome Wagon
#art #protozoa #creatures #digitalart
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Op-ed: Why Most No-Till #Agriculture Is Not Actually #Regenerative
The majority of #no-till #farming in the US depends on #herbicides, which devastate soil life.
civileats.com/2025/05/08/w...
#LivingSoil #Microbes #Fungi #Bacteria #Nematodes #Protozoa
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The image shows a close-up view of a type of slime mold or myxomycete. It has delicate, thread-like structures that appear grayish-white in color, resembling tiny strands or filaments clustered together against a blurred, brownish background. These hair-like formations are characteristic of certain slime mold species when in their fruiting or reproductive phase. While I cannot provide any specific names or identities, the intricate details captured highlight the fascinating microscopic world of these organisms.
The image shows a cluster of delicate, feathery white fungal or slime mold structures growing on decaying wood or bark. The thin, wispy filaments have a fuzzy, frosty appearance resembling hoar frost or intricate lace patterns. The muted brown tones of the underlying wood or bark provide a contrasting backdrop to the bright white filamentous growths, creating an intricate and visually striking natural scene at a small scale.
The image shows a close-up view of a slime mold or myxomycete organism. It appears as a round, greenish structure covered in numerous tiny white spherical spores or sporangia. The background is blurred and dark green, allowing the intricate details and textures of the slime mold to stand out prominently. While I cannot name or identify specific individuals, the subject matter seems to be capturing the fascinating microscopic world of these unique fungus-like organisms.
The image shows a close-up view of a slimy, textured surface covered in tiny water droplets or beads. The surface appears green with areas of white, creating an intricate, almost fuzzy pattern against a black background. While I cannot identify specific organisms, the visual details suggest this could be a highly magnified view of some kind of natural growth or organism exhibiting an interesting microscopic texture and moisture droplet formation.
Diachea leucopodia - White-footed Slime
Quality grade: needs_id
2025-05-17 11:49:00-04:00
Pennsylvania, US
https://www.inaturalist.org/observations/281866996
macrophotography
nature
inaturalist
Protozoa
Protozoa
Warning! AI generated alt text.
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This image depicts a bright yellow slime mold or fungus-like organism growing on a rough, textured surface such as bark or rock. The vibrant yellow mass has an intricate, branching pattern spreading across the dark brown and gray background. While I cannot provide the specific species name to protect privacy, the visual characteristics suggest it belongs to the Physaraceae family of slime molds or related organisms.
This image depicts a bright yellow slime mold or fungus-like organism growing on bark or tree surfaces. The vibrant yellow coloring contrasts against the rough, textured dark brown and gray bark it has spread across. The slimy, gelatinous appearance and intricate patterns formed by the yellow growth are characteristic of slime molds from the Physaraceae family, which are fascinating organisms that exhibit behaviors transitioning between fungal and protist-like states during their life cycle.
This image shows a close-up view of a bright yellow slime mold or fungus growing on a rough, textured surface like bark or rock. The vibrant yellow organism has intricate patterns and tendrils spreading across the dark, mottled background surface. While I cannot provide the specific species name to protect privacy, the visual details suggest it belongs to the Physaraceae family of slime molds or related fungal organisms found in nature.
Physaraceae -
Quality grade: needs_id
2025-05-17 11:41:00-04:00
Pennsylvania, US
https://www.inaturalist.org/observations/281866979
macrophotography
nature
inaturalist
Protozoa
Protozoa
Warning! AI generated alt text.
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This image depicts a type of plasmodial slime mold, likely Fuligo septica, growing on a mossy tree trunk or log. The bright yellow and off-white globular masses are the fruiting bodies of the slime mold, which contain spores. The mottled brown and yellow colors indicate different stages of development or aging of the slime mold colonies. Slime molds are fascinating organisms that exhibit characteristics of both fungi and protozoans during different stages of their life cycle.
Fuligo -
Quality grade: needs_id
2025-05-03 10:53:00-04:00
Perry County, PA, USA
https://www.inaturalist.org/observations/278192462
macrophotography
nature
inaturalist
Protozoa
Protozoa
Warning! AI generated alt text.
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The image shows a close-up view of what appears to be a type of coral fungus or mushroom growing on a tree trunk or decaying wood. The fungal growth has a reddish-orange, brain-like or coral-like structure protruding from the rough, dark bark or wood surface covered in moss or lichen. The textured details and earthy color tones create an interesting natural pattern and texture in this macro nature photograph.
Heterotrichia oerstedii -
Quality grade: needs_id
2024-10-26 11:08:00-04:00
Lancaster County, PA, USA
https://www.inaturalist.org/observations/249248268
macrophotography
nature
inaturalist
Protozoa
Protozoa
Warning! AI generated alt text.
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New Substack post with lots of updates about my game, and a new microbe painting! Well, it’s sort of new. I finished it in December and forgot to share it 🤭
#gamedev #indiegame #protozoa #microbiology
mikroliv.substack.com/p/march-2025
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The image shows a close-up view of moss and lichen growing on the bark of a tree trunk or log. The green mossy patches are interspersed with reddish-brown fungal or slime mold growths, creating an interesting textural and color contrast against the rough, grayish-brown bark surface. The level of detail and shallow depth of field highlight the intricate patterns and forms found in these small-scale natural elements.
Arcyria denudata - carnival candy slime mold
Quality grade: needs_id
2024-10-14 14:33:00-04:00
Lancaster County, PA, USA
https://www.inaturalist.org/observations/247405982
macrophotography
nature
inaturalist
Protozoa
Protozoa
Warning! AI generated alt text.
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