VOKA 3D Anatomy & Pathology

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VOKA 3D Anatomy & Pathology

VOKA visualizes science with expert 3D videos and a 3D Atlas for pharma, clinics, MedTech, and med ed to educate, launch & outreach.
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24/10/2025

Welcome to VOKA 3D Anatomy & Pathology, where we create innovative digital products for the healthcare education and industry needs.

We offer a growing product suite from the interactive VOKA 3D Anatomy & Pathology Atlas and VOKA Shop asset library to our educational VOKA Wiki resource.

VOKA goes beyond this and offers a full suite of medical visualization services from custom 3D modeling and medical animation production to AR/VR content creation to 3D printing-ready assets. Whether you need visuals for education, marketing, surgical planning, or patient engagement, our team of medical experts and 3D artists delivers reliable, clinically accurate content tailored to your needs.

📌 Explore human body in stunning details with VOKA 3D Anatomy & Pathology!

23/10/2025

Maintaining a cavity-free smile involves more than diligent brushing; it requires strategic timing. The critical factor is the "Acid Attack Cycle."

After consuming sugars or starches, oral bacteria produce acids that soften (demineralize) tooth enamel. Brushing during this acidic window can actively harm your teeth, as the abrasive action wears away the vulnerable enamel.

The Scientifically-Supported Protocol:

🔹Wait 30 minutes after eating or drinking before brushing.
🔹This pause allows your saliva to naturally neutralize acids and begin remineralization.
🔹For immediate aid, rinse with water or chew sugar-free gum to stimulate saliva.

Protect your enamel through knowledge, not just force.

📌 Explore caries in 3D with VOKA 3D Anatomy & Pathology to understand its location, relation to vital structures, and clinical presentation in detail!

22/10/2025

🧐 Can you identify this condition?

It’s a congenital heart defect involving a large hole in the center of the heart. This opening affects the walls between the upper and lower chambers and the valves that control blood flow between them. This allows oxygen-rich and oxygen-poor blood to mix, leading to inefficient circulation.

Possible signs and risks to watch for:
❗ Symptoms of heart failure in infancy (e.g., fatigue, rapid breathing)
❗ Poor weight gain and failure to thrive
❗ Frequent lung infections
❗ Higher risk in children with Down syndrome
❗ If unrepaired, can lead to pulmonary hypertension and other serious complications

💡Think you know the answer? Share your answer below and tag a colleague to test their clinical acumen.

21/10/2025

What is an Extradural schwannoma and how does it appear on imaging? A 3D exploration with VOKA

A schwannoma is a benign, slow-growing tumor that arises from the sheath of a peripheral nerve.

When it develops from a spinal nerve root in the chest, it can grow through the neural foramen, taking on a classic "dumbbell shape" — with one part inside the spinal canal and the other extending into the thoracic cavity.

This unique growth can sometimes be visualized even on a standard chest X-ray as a well-defined mass. While often discovered incidentally, the tumor can eventually cause symptoms like pain, numbness, or weakness by compressing the spinal cord or adjacent structures.

📌 Explore this pathology in 3D with VOKA 3D Anatomy & Pathology to understand its location, relation to vital structures, and clinical presentation in detail!

20/10/2025

What is Breast Sarcoma? Explained in 3D with VOKA

Breast sarcoma is a rare malignant tumor that differs from the more common breast carcinoma. While carcinoma originates from glandular tissue, sarcoma develops from connective, adipose, muscular, or endothelial tissues.

This type of neoplasm is known for its rapid growth and early metastasis, making timely diagnosis and treatment critical for patient outcomes. Understanding the difference between sarcoma and carcinoma is essential for precise medical intervention and targeted therapy.

📌 Explore breast pathology and oncology in stunning 3D detail with VOKA Anatomy & Pathology!

17/10/2025

Did you know that your gut has a profound influence on your mental health?

Your gut is more than just a digestive organ - it’s home to trillions of bacteria that communicate directly with your brain. This powerful connection, known as the gut-brain axis, helps regulate emotions, mood, stress responses, and even cognitive functions.

Here’s how your gut and brain are connected:
🔹 Serotonin: 90% of serotonin, the “happiness hormone,” is produced in the gut, influencing mood and emotional well-being.
🔹 Gut bacteria: imbalances in gut bacteria are linked to anxiety and depression.
🔹 Vagus nerve: this nerve sends signals between the gut and brain, helping maintain mental balance.
🔹 Stress impact: stress disrupts gut function, changing bacteria and affecting mental health.

How to support gut and mental health:
✔️ Eat fiber-rich foods (fruits, veggies, whole grains)
✔️ Include fermented foods (yogurt, kefir)
✔️ Exercise regularly
✔️ Get 7-8 hours of sleep
✔️ Practice mindfulness to manage stress

Interested in learning more about the human body? Explore more in VOKA 3D Anatomy & Pathology!

15/10/2025

A schwannoma is a benign, slow-growing tumor that originates from the sheath of a peripheral nerve.
In the spine, it often takes on a characteristic “dumbbell-shaped” appearance — one part extending into the spinal canal, compressing the spinal cord, while the other grows outward, displacing nearby tissues and organs.
This compression can interfere with nerve conduction, leading to back pain, limb weakness, and disturbances in bladder or bowel function.
📌 Explore this pathology in 3D with VOKA 3D Anatomy & Pathology to understand its structure and impact in detail!

14/10/2025

5 fascinating facts about human embryo development ⬇️

1️⃣ Just one week after fertilization, the embryo produces its own hormone (human chorionic gonadotropin), signaling the body to maintain the uterine lining for implantation.

2️⃣ By 3 weeks and 1 day, the heart begins beating - and it will pump 54 million times before birth!

3️⃣ At 3 weeks, the brain starts dividing into sections, and by 6 weeks, primitive brainwaves are already detected.

4️⃣ By 8 weeks, about 75% of babies show right-hand dominance, while the rest have either left-hand dominance or no preference.

5️⃣ Between 9-10 weeks, the baby’s body weight increases by 75%, marking a significant growth phase.

🔍 Explore human embryo development in 3D with VOKA 3D Anatomy & Pathology!

13/10/2025

🧐 Can you identify this condition?

It’s a systemic skeletal disorder where bones gradually lose density and strength, becoming fragile and prone to fractures. Often, it goes unnoticed until a minor fall or impact causes a bone to break.

Possible signs and risks to watch for:
❗ Fractures after minor falls or impacts (common sites: wrist, hip, vertebrae)
❗ Stooped posture due to spinal compression fractures
❗ Height loss over time
❗ Higher risk in postmenopausal women, older men, or people with long-term steroid use, low BMI, or a family history of fractures

💡 Can you name this condition? Comment below, and tag a colleague to test their knowledge!

10/10/2025

Inflammatory breast cancer is a rare, aggressive, and rapidly progressing form of breast cancer. Unlike typical breast tumors, it does not form a distinct lump.

Characteristic features include:
🔹 Redness and warmth of the breast
🔹 Swelling and skin thickening
🔹 A peau d’orange (orange-peel) appearance of the skin

Because of its fast progression and subtle presentation, inflammatory breast cancer is often diagnosed at an advanced stage. Prompt recognition and treatment are crucial for improving outcomes.

📌 Learn more about oncology and rare cancer types with VOKA 3D Anatomy & Pathology!

09/10/2025

The hidden balance keeper inside your ear - the ampullary crest

Deep inside your inner ear lies one of the most fascinating structures in human anatomy - the ampullary crest (crista ampullaris). Though tiny, it plays a crucial role in helping you stay upright, coordinated, and aware of your movements.

🔬 What is it?
Each of the three semicircular canals - anterior, posterior, and lateral - ends in a small swelling called the ampulla. Inside each ampulla sits the ampullary crest, a ridge lined with sensory hair cells topped by a gelatinous structure known as the cupula.

🧠 How does it work?
When you rotate your head, the endolymph inside the semicircular canals moves. This movement bends the cupula, which in turn bends the hair cells of the ampullary crest.

➡️ The result? Mechanical motion is converted into neural signals transmitted to the brain via the vestibular nerve (cranial nerve VIII), allowing you to sense rotational movement and maintain equilibrium.

📌 Learn more about the human body with VOKA 3D Anatomy & Pathology!

08/10/2025

Looking for a smarter way to study medicine? VOKA Wiki offers scientifically-based articles on anatomy, physiology, pathology, and modern treatments, plus interactive quizzes to test your knowledge. Think of it as a medical Wikipedia… but better!

✔️ Perfect for students, healthcare professionals, and curious minds
✔️ Accessible directly on the web

📌 Check it out now! Link in our description.

Adresse

St. Petersburg FL, 7901 4th Street N STE 300
Zürich
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Webseite

https://voka.io/, https://discord.gg/ng5TU9Fb, https://t.me/voka3d

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