#Microscope
🔬 Dicot Stem Anatomy: From Lab to Microscope! 🌿
Ever wondered what a plant stem actually looks like on the inside? Today, we cut a clean transverse section (T.S.) of a stem to explore its hidden layers under the microscope! 🔪✨
Outside to Inside Sequence (Save this for NEET! 🚨):
1️⃣ Epidermis (Outer protective layer)
2️⃣ Cortex (Hypodermis, General Cortex & Endodermis)
3️⃣ Pericycle
4️⃣ Vascular Bundles (Conjoint, Collateral & Open ring)
5️⃣ Pith (Central storage)
🧠 Question for NEET Aspirants: What is the specific role of the Cambium found inside these vascular bundles? Drop your answers in the comments! 👇
#NEETBiology #PlantAnatomy #DicotStem #BiologyReels #NEETPreparation Botany MicroscopeView ScienceExperiment NEET2026 BiologyNotes
US Dollars under the microscope
5 Star chocolate Under The Microscope...#science #biology #microscope #microworld #viral
Shampoo under The microscope 🔬😧...
#microworld #shampoo #microscope #science #biology
تاکۆتای بینەربن لەم ڤیدیۆیەدا باسی ماجی مریشک 🐓 ئەکەین لایک و فۆڵۆی کەناڵەکەمان بکەن بۆ بەردەوام بونمان شیری بکەن بۆ هاوڕیکانتان لە کۆمینتەکان پێمان بڵین حەز ئەکەن چیتر ببینن 🤍
🔴ئەگەر ئێوەش هەر بەرهەمیکتان هەیە ئەتوانن بۆمان بنێرن بۆتان سەیر بکەین لەژێر مایکرۆسکۆپدا
#hawler #kurdistan #سلێمانی #microscope #ماجی
Mold… What will be next?! Let me know in comments! #science #fyp #experiment #microscope #mold
Please don't disturb while i am in my work station on a microscope 🔬 🥺
I found a butterfly with no visible legs. At least… I think it’s a butterfly.
Its body structure is unlike anything I’ve documented before.
I’m taking this specimen for closer examination under a microscope.
Maybe the details will explain what I’m looking at.
What do you think it is?
Acraga Organism 0076.
All bioforms created by hand.
#acragaorganisms
#speculativebiology
#macrophotography
#weirdnature
#bioforms
Looking at leukemia under the microscope brings mixed emotions.
It’s a magical world when we, as lab scientists, look into a microscope. Tbh, we never really know what we’ll see when we prepare microscope slides of a patient’s blood. We might have an idea, but it’s always a wonder under we look into the optical lenses.
Some things look absolutely stunning on our end, but it’s a pitting feeling knowing that what is beautiful for us, is devastating to a patient. This particular cancer is a form of leukemia that affects the blood and bone marrow.
Can you guess which form of leukemia this is?
This is how a popular snack looks under a microscope. At high magnification, its rough surface, tiny air pockets, seasoning particles, and porous texture become visible—details that are impossible to see with the naked eye.
Microscopes reveal the hidden structure of everyday foods, offering a fascinating look at how they’re made and why they have their unique texture and crunch. Sometimes, the smallest details are the most surprising. 🔬🧀✨
Before doctors and pathologists can examine human tissue under a microscope, the sample must be sliced into ultra-thin sections with extraordinary precision. This is achieved using a rotary microtome, a highly specialized laboratory instrument that advances the embedded tissue block by only a few micrometers with each rotation of the cutting mechanism. Equipped with an extremely sharp precision blade and an accurate specimen feed system, the machine produces uniform sections thin enough for light to pass through, allowing cellular structures to be observed in remarkable detail after staining.
Modern microtomes are essential tools in hospitals, research laboratories, and diagnostic centers, where they help detect diseases, study tissue architecture, and support medical research. Many advanced models incorporate cooling systems and motorized controls to improve section quality while protecting delicate specimens from heat and deformation during cutting. By combining precision mechanics, biomedical engineering, and laboratory automation, these remarkable instruments enable scientists and pathologists to make accurate diagnoses that play a critical role in modern healthcare.
#medical #engineering #technology
The black patch on your onion isn’t dirt—it’s a microscopic fungal colony silently taking over. 🦠🧅#science #microscope #ncert #stem #lab
