Virus Neutralizer

 

In a playful way, it allows you to study the shapes of microorganisms.In VIRUS NEUTRALIZER, you take on the role of Dr. Natalie Neutralizer, a genius scientist who has been shrunk to the size of bacteria and viruses using cutting-edge technology. Now, armed with nanoblasters and biochemical tools, Natalie penetrates the human body to fight various pathogens and save the patient's life. The game involves viruses and bacteria of the most common typical forms and the diseases they cause.Attention!

Self-medication can be dangerous to health. The game is created for educational and entertainment purposes only for medical university students.The game consists of different levels, each of which represents a unique part of the body: blood, lungs, intestines, brain, etc. At each level you will encounter different types of viruses and bacteria, each of which has its own unique properties and methods of attack. Your job is to neutralize these threats using a combination of tactics, reaction speed and strategic thinking.

Game Features:

• Variety of Enemies: Each level is filled with different pathogens, from aggressive viruses to cunning bacteria, each requiring a unique approach to neutralize.
• Weapons and Abilities: Natalie has access to a variety of nanoblasters, chemical solutions and protective shields that can be upgraded and customized as you progress through the game.
• Unique flight model with five degrees of freedom.  
  
• Living Tissue: Each zone Natalie enters is a realistically simulated body part with its own dangers and challenges, such as rushing blood flow or immune cells.
  
• Difficulty Levels: Players are offered several difficulty levels, from beginner to expert, so that everyone can test their skills.
• Scientific Realism: The game is based on real scientific principles, providing players with fun and educational moments about the microworld inside our bodies.

Immerse yourself in the microscopic world and fight invisible but restless enemies in VIRUS NEUTRALIZER!

Level 1, Actinomyces israelii bacteria (form: streptobacilli) using amoxicillin to prevent infection through the surface of a telephone,
Level  2, Staphylococcus epidermidis bacteria (form: staph) using vancomycin to prevent infection through personal hygiene products in a gym,

Level 3, Varicella-zoster viruses (form: spherical capsid) using acyclovir to prevent chickenpox in a bedroom

Level  4, Haemophilus influenzae bacteria (form: diplobacilli) using amoxicillin to prevent Haemophilus influenzae type b (Hib) infections for tourists,

Level 5, Streptococcus agalactiae bacteria (form: streptococcus) using penicillin G to prevent the growth of pathogenic streptococci in food products,

Level  6, Bacteriophage viruses (form: complex capsid) that attack plants and kill beneficial bacteria, using proteolytic enzymes to destroy ,

Level 7, Staphylococcus aureus bacteria (form: cocci) using cephalexin to prevent staph infection that can appear on kitchen surfaces,

Level 8, Microcococcus luteus bacteria (form: sarcina) using mupirocin to prevent skin infection that can occur on car interior surfaces,

Level  9,  Streptococcus pyogenes bacteria (form: streptococcus) using penicillin to prevent streptococcal pharyngitis, which can be contracted from food in the refrigerator,

Level  10,  Bacillus anthracis bacteria (form: bacila) using ciprofloxacin to prevent anthrax, which can be contracted at food markets,

Level  11, Lactobacillus spp. bacteria. (form: bacila with flagellum) using vancomycin to prevent dental caries when entering through the oral cavity,

Level  12, Influenza viruses (form: helical capsid) using oseltamivir to prevent influenza in a children's room,

Level  13, Vibrio cholerae bacteria (form: vibrio) using doxycycline to prevent cholera in outer space and on spacecraft,

Level  14, Rhinoviruses (form: icosahedral capsid) using interferon alpha-A to prevent colds in crowded places people, in parks, transport, shopping centers,

Level 15, Diplococcus pneumoniae bacteria (form: diplococcus) using penicillin to prevent pneumonia, which can be contracted at a garbage dump,

Level  16, Treponema pallidum bacteria (form: spirochete) using penicillin G to prevent syphilis, which can be contracted from paper money,

Level  17, Saccharomyces cerevisiae (baker's yeast, a single-celled fungus) using the fungicide Ketoconazole to stop reproduction yeast,

Level 18, Cladosporium (multicellular fungus) using Borax (sodium tetraborate) to prevent proliferation in pool tile joints,

Will you be able to save the patient and become a hero inside the body?

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