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Coronavirus (COVID-19)
Home
Introduction to Viruses
Phase 1: Entering the Cell
Phase 2: Infecting the Cell
Virus Evolution
General Coronaviruses
Classification and Diversity
Phylogenetic observations
Structure and Replication Cycle
Hosts
Symptoms
SARS-CoV-2
Introduction
Origin
Structure
Glycoprotein structures of various viruses
Glycosylation
Symptoms Head to Toe
Clinical Patient Data
Sequence Data
Possible Treatment Options
Potential Drugs
Other Possible Treatments
Worldwide Approaches
A Universal Look at All Viruses
The Main Problems and Questions Regarding Viruses
Lessons Learnt from Past Pandemics
Eradicated Viruses: Can suggest useful eradication methods
Pandemic Viruses: Key Characteristics
Virus-Receptor Table
Viruses from Simplest to Most Complex
Novel Approach to Virus Drug Discovery (my science fair project)
COVID-19 Global Statistics
Thought-Provoking Information
What now?
Final Remarks
Coronavirus (COVID-19)
Home
Introduction to Viruses
Phase 1: Entering the Cell
Phase 2: Infecting the Cell
Virus Evolution
General Coronaviruses
Classification and Diversity
Phylogenetic observations
Structure and Replication Cycle
Hosts
Symptoms
SARS-CoV-2
Introduction
Origin
Structure
Glycoprotein structures of various viruses
Glycosylation
Symptoms Head to Toe
Clinical Patient Data
Sequence Data
Possible Treatment Options
Potential Drugs
Other Possible Treatments
Worldwide Approaches
A Universal Look at All Viruses
The Main Problems and Questions Regarding Viruses
Lessons Learnt from Past Pandemics
Eradicated Viruses: Can suggest useful eradication methods
Pandemic Viruses: Key Characteristics
Virus-Receptor Table
Viruses from Simplest to Most Complex
Novel Approach to Virus Drug Discovery (my science fair project)
COVID-19 Global Statistics
Thought-Provoking Information
What now?
Final Remarks
More
Home
Introduction to Viruses
Phase 1: Entering the Cell
Phase 2: Infecting the Cell
Virus Evolution
General Coronaviruses
Classification and Diversity
Phylogenetic observations
Structure and Replication Cycle
Hosts
Symptoms
SARS-CoV-2
Introduction
Origin
Structure
Glycoprotein structures of various viruses
Glycosylation
Symptoms Head to Toe
Clinical Patient Data
Sequence Data
Possible Treatment Options
Potential Drugs
Other Possible Treatments
Worldwide Approaches
A Universal Look at All Viruses
The Main Problems and Questions Regarding Viruses
Lessons Learnt from Past Pandemics
Eradicated Viruses: Can suggest useful eradication methods
Pandemic Viruses: Key Characteristics
Virus-Receptor Table
Viruses from Simplest to Most Complex
Novel Approach to Virus Drug Discovery (my science fair project)
COVID-19 Global Statistics
Thought-Provoking Information
What now?
Final Remarks
Thought-Provoking Information
Scientists have turned the structure of the coronavirus into music
“Sonification” could help researchers identify binding sites for new drugs
Inside the body, the coronavirus is even more sinister than scientists had realized
Cells hijacked by the coronavirus grow long, streaming tentacles to reach out to new victims, scientists found. This could complicate the search for a vaccine.
Startling images reveal coronavirus forming tentacles in cells. It may help identify new treatments.
Researchers also identified a family of existing drugs that may be the most effective yet in treating patients with COVID-19.
Circulating plasma concentrations of angiotensin-converting enzyme 2 in men and women with heart failure and effects of renin–angiotensin–aldosterone inhibitors
AbstractAims. The current pandemic coronavirus SARS-CoV-2 infects a wide age group but predominantly elderly individuals, especially men and those with cardiov
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