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Human Eye Components
“A cut from an educational project, that 3D visualises the Human Eye, with a cross section of its basic components”.
helixanimation.com
“A cut from an educational project, that 3D visualises the Human Eye, with a cross section of its basic components”.
helixanimation.com
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COVID-19: 3D stylized visualization of its ways of transmission and the SARS-CoV-2 virus causing it
As part of our responsibility towards flattening the curve and helping in tackling COVID-19 global pandemic, Helix Animation team made an effort to outline, in a visually compelling way, the most common ways of transmission that the World Health Organizations defines as of this point. In addition, the video brings an artistic representation of the SARS-COV-2 virus causing it, by depicting some of its main features based on the latest relevant scientific research available (March 2020).
helixanimation.com
As part of our responsibility towards flattening the curve and helping in tackling COVID-19 global pandemic, Helix Animation team made an effort to outline, in a visually compelling way, the most common ways of transmission that the World Health Organizations defines as of this point. In addition, the video brings an artistic representation of the SARS-COV-2 virus causing it, by depicting some of its main features based on the latest relevant scientific research available (March 2020).
helixanimation.com
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Mycobacterium Tuberculosis Replication
A high-end quality 3D visualizations of Mycobacterium Tuberculosis replication.
On 24th March 1882, Dr. Robert Koch discovered the bacterium Mycobacterium tuberculosis that causes Tuberculosis (TB), which opened the way towards diagnosing and curing this disease.
Yet today TB is one of the deadliest infections which kills more people than any other infectious disease.
TB is preventable and curable disease, yet due to the global TB epidemic:
• Each day, close to 28,000 people fall ill with TB
• Each day, nearly 4000 persons lose their lives to TB
• In 2019 10 million people fell ill with TB and sadly 1,400,000 people died from it.
• The global efforts to end TB have saved 63 million lives since 2000
helixanimation.com
A high-end quality 3D visualizations of Mycobacterium Tuberculosis replication.
On 24th March 1882, Dr. Robert Koch discovered the bacterium Mycobacterium tuberculosis that causes Tuberculosis (TB), which opened the way towards diagnosing and curing this disease.
Yet today TB is one of the deadliest infections which kills more people than any other infectious disease.
TB is preventable and curable disease, yet due to the global TB epidemic:
• Each day, close to 28,000 people fall ill with TB
• Each day, nearly 4000 persons lose their lives to TB
• In 2019 10 million people fell ill with TB and sadly 1,400,000 people died from it.
• The global efforts to end TB have saved 63 million lives since 2000
helixanimation.com
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MOA Animation HCV
This scientific (MOA) animation presents the interaction of the viral envelope proteins of HCV (Hepatitis C Virus) with the receptors on the surface of the host's cell. We had the requirement to achieve organic, vibrant and realistic microscopic cosmos where the contact and adhesion will be clearly visible.
helixanimation.com
This scientific (MOA) animation presents the interaction of the viral envelope proteins of HCV (Hepatitis C Virus) with the receptors on the surface of the host's cell. We had the requirement to achieve organic, vibrant and realistic microscopic cosmos where the contact and adhesion will be clearly visible.
helixanimation.com
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From Cell to DNA - The Basic Concepts of Genetics Visualized
A comprehensive, scientifically correct animated video representation of the basic concepts of genetics.
HelixAnimation.com
A comprehensive, scientifically correct animated video representation of the basic concepts of genetics.
HelixAnimation.com
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Bacteria Replication
Most prokaryotes reproduce by a process of binary fission, in which the cell grows in volume until it divides in half to yield two identical child cells. The generation time, varies among bacteria and is controlled by many environmental conditions. For example, Clostridium perfringens, one of the fastest-growing bacteria, has an optimum generation time of about 10 minutes; escherichia coli - ecoli can double every 20 minutes; and the slow-growing Mycobacterium tuberculosis has a generation time in the range of 12 to 16 hours.
HelixAnimation.com
Most prokaryotes reproduce by a process of binary fission, in which the cell grows in volume until it divides in half to yield two identical child cells. The generation time, varies among bacteria and is controlled by many environmental conditions. For example, Clostridium perfringens, one of the fastest-growing bacteria, has an optimum generation time of about 10 minutes; escherichia coli - ecoli can double every 20 minutes; and the slow-growing Mycobacterium tuberculosis has a generation time in the range of 12 to 16 hours.
HelixAnimation.com
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Intestinal Microvilli Dynamic environment
Microvilli Intestine Dynamic environment visualized by our enthusiasts at Helix Animation
HelixAnimation.com
Microvilli Intestine Dynamic environment visualized by our enthusiasts at Helix Animation
HelixAnimation.com
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Macrophage in action vs E. coli: MOA Animation of Phagocytosis, a fundamental immunological process
The specific Phagocytosis case represented with this educational video is the immune response of Macrophage cells to Escherichia coli (E. coli) bacteria presence and attach on the digestive system (Gastrointestinal tract).
HelixAnimation.com
The specific Phagocytosis case represented with this educational video is the immune response of Macrophage cells to Escherichia coli (E. coli) bacteria presence and attach on the digestive system (Gastrointestinal tract).
HelixAnimation.com