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understand what is difficult to learn from the books only

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  • Cell
    • Cell membrane
      • Cell membrane segment with channels and glycoproteins (St)
      • membrane double layered structure (St)
      • Oleic Acid (St)
    • Chromosome Structure
      • Chromosome - Looped Domains (St)
      • Histone Molecule (St)
      • Metaphasic Chromosome (St)
      • Nucleosome (St)
      • Chromosome's structure (Sh)
    • Motor proteins and muscle contraction
      • Motor proteins (Sh)
      • Motor proteins (Vr)
      • Cilium (Sh)
      • Cilium (Vr)
      • The action of motor proteins (Vr)
      • Muscle contraction - motor proteins (Vr)
      • Muscle contraction - sliding of filaments (Vr)
      • Sarcomere (Vr)
      • Myofibril (Vr)
      • muscle contraction - whole muscle
    • Cell Division (Mitosis and Meiosis)
      • Centriole (Sh)
      • Microtubule structure (Vr)
      • Chromosome's structure (Vr)
      • Mitosis - overview (Vr)
      • Cell division - mitosis (Vr)
      • Travel through the cell during the mitosis (Vr)
      • Centrosome divides (Vr)
      • Comparison of meiosis with mitosis (Vr)
      • The first meiotic division (Vr)
      • The second meiotic division (Vr)
    • Endoplasmic Reticulum and Protein Synthesis
      • Nuclear membrane and Endoplasmic Reticulum (St)
      • Endoplasmic reticulum (ER) (Sh)
    • Golgi Complex
      • Golgi Complex (St)
    • Mitochondrion and Heterothrophic Energy Conversion
      • Mitochondrion structure (St)
      • Mitochondrion structure (Sh)
      • Mitochondrion structure (Vr)
      • Respiration on the mitochondrion inner membrane (Vr)
      • Changes in redox potential during respiration (Vr)
      • Cell Respiratory Chain (Vr)
    • Nerve Cell (Neuron)
      • Nerve Cell (Neuron) Structure (St)
      • Chemical Synapse (St)
      • Ach channel (Vr)
      • Schwann Cell Producing Mielin Sheath on the Nerve Axon (St)
      • Channels for passive and active transport (Vr)
      • Ion flow during the action potential (Vr)
      • Let's excite the nerve cell! (Vr)
      • Cell membrane depolarization and the action potential (Vr)
      • AN1 auditory neuron (Vr)
      • Stridulation (Vr)
      • Tympanal organ - overview (Vr)
      • Tympanal organ (Vr)
    • Nuclear membrane, endoplasmic reticulum and protein synthesis
      • Nuclear membrane pore (St)
      • Protein transport out of the ER (Vr)
      • Ingestion of food molecules (Vr)
      • Endocytosis with clathrin receptor molecules (Vr)
      • Protein synthesis as shown on a single ribosome (Vr)
      • Protein synthesis - polysomes (Vr)
      • Protein synthesis in the endoplasmic reticulum (ER) and their subsequent restructuring in the Golgi apparatus (GA) (Vr)
    • Plant Cell and Photosynthesis
      • Plant Cell Structure (St)
      • Chloroplast structure I (Vr)
      • Chloroplast structure II (Vr)
      • Energy conversion of light (autothrophs - photosynthesis) (Vr)
      • Changes in redox potential during photosynthesis (Vr)
      • ATP synthase (Vr)
      • Evolution of mitochondria and chloroplasts (Vr)
    • Prokaryotic Cell Structure
      • Bacterium (St)
    • Membrane Channels and Membrane Transport
      • Transmitter Gated Membrane Channel (St)
      • Sodium ion channel (Sh)
      • Acetylcholine Ion Channel (Sh)
      • NMDA ion channel (Sh)
      • NMDA ion channel (Vr)
      • Glutamate ion channel (Sh)
      • Glutamate ion channel (Vr)
      • Membrane channel in gap junction (Sh)
      • Adhesion junction (desmosome) (Sh)
      • Adhesion junction (desmosome) (Vr)
      • Tight junction (Vr)
      • Gap junction (Vr)
      • Travel through the sodium channel! (Vr)
  • Tissue
    • Red blood Cells (Erythrocytes) in Isotonic, Hypertonic or Hypotonic Medium
      • Red blood Cells (St)
    • Types of the Epithelial Tissue
      • Cuboidal Epithelium (St)
      • Simple Columnar Epithelium (St)
      • Squamous epithelium (St)
  • Organs
    • Human Eye Structure
      • Human Eye Structure (St)
      • Eye structure(Sh)
      • Color perception - rods and cones(Vr)
      • Optical properties of the eye(Vr)
      • Eye structure(Vr)
    • Human Ear Structure
      • Inner ear - excitation of sensory cells(Sh)
      • Ear bones(Sh)
      • Ear structure(Sh)
      • Inner ear - coding of the sound frequency(Vr)
      • Inner ear - excitation of sensory cells(Vr)
      • Ear bones(Vr)
      • Ear structure(Vr)
    • Human Lungs
      • Human Lungs - Alveolus (St)
      • Lungs(Vr)
      • Alveolus(Vr)
    • Human Skin Structure
      • Human Skin Structure (St)
    • Human Tongue Taste Buds
      • Tongue - fungiform type of taste bud (papilla)(Sh)
      • Tongue - filiform type of taste bud (papilla)(Sh)
      • Tongue - vallate type of taste bud (papilla)(Sh)
      • Tongue - types of taste buds (papillae)(Vr)
    • Kidney - Nephron Structure
      • Kidney - Nephron Structure (St)
    • Gas exchange in the body
      • Gas exchange in the body(Vr)
    • Heart and Circulation
      • Heart(Vr)
      • Circulation(Vr)
    • Liver Function
      • Liver function(Vr)
    • Plant Leaf Anatomy
      • Plant Leaf Anatomy (St)
      • Vacuole enables plant cell rigidity (Vr)

Idea and programming: Dr. Tomaz Amon

 

Welcome to this educational aid for teachers and students of biology or medicine!

It contains drawings, images and virtual reality worlds enhancing the understanding of biological structures.

 

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Cilium

Cell Membrane Patch with Proteins and Glycoproteins

Cell membrane patch with a transmembrane protein

Histone molecule (part of the chromosome)

Chromosome

Nucleosome (part of the chromosome)

Nucleus, Nuclear Envelope and Endoplasmic Reticulum

Golgi Complex

Presynaptic vesicles

Proton pump on the membrane

Excitatory postsynaptic potential on the nerve cell

Insect Nervous System

Plant Cell Structure

Bacterium Structure

Pore in the Nuclear Membrane

Voltage gated membrane channel

Acetylcholine membrane channel

Eye Structure

Plant Leaf

Epithelial Tissue

Oleic acid molecule

Mitochondrion

Schwann cell wraps around the axon

Ear bones

Lungs

Skin structure

Erythrocyte

 

Our company profile

Amnim, center for scientific visualization (CSV), Ljubljana produces scientific and educational software projects containing animations in virtual reality about the structure and function of the cell, tissue, human body and other topics from the field of biology or medicine. We develop products helping to learn about those topics in biology or medicine that are hard to be understood from the textbooks only. The software package “Cell-Tissue-Human Body” recognized the Ministry of Education of Slovenia as an official educational tool in slovene schools. Its english version can be seen also here. It has been selected for inclusion in the Awesome Library, a collection of the top 5% of sites in the field of K-12 education and nominated for the Stockholm challenge award.
We are intensively involved in establishing continuous contacts between educational systems in EU countries and Asia with the purpose of exchanging ideas and concepts and so finding common solutions to the upcoming problems which challenge the development in our economies, industry and environment. The focus can be set for example on the environmental hazards like global warming, in connection with the development of infrastructure and industry during the coming decades.

 

Help

Welcome to this educational aid for teachers and students of biology or medicine!

It contains drawings, images and virtual reality worlds enhancing the understanding of biological structures.

You need Java running on yor computer in order to see the virtual reality worlds.

Note: In Contents panel (Sh) means Shout3D technique (Java required) while (Vr) means VRML technique (VRML plugin required)

 

 
©2012 Amnim d.o.o.