Inspiration

At the beginning of April, the whole world was exposed to the coronavirus pandemic. The story began from china as millions of people fell from a strange virus with rapid spread. Since china is one of the largest heavily transacted countries in the world, that was one of the biggest factors that helped spread the virus. All nations began to be cautious and to prepare for this pandemic. After the casualties increased, there was one strategy that most countries resorted to. It was isolation (quarantine). Isolation greatly reduced the number of casualties, but it did some obvious damage. Isolation brought all government interests to a halt which led to the stop of the global trade movement. Isolation has also resulted in most students being delayed, despite the government’s effort to help them. In addition to high rates of mental illness. As a result of all these negative impacts, and after along research to eliminate this situation, we haven’t found a more suitable solution than to return to our natural state (before April 2020). The only solution is a cure for the coronavirus pandemic. Coronaviruses are an outsized family of viruses. Some cause unhealthiness in humans, others cause unhealthiness in animals. Human coronaviruses are common and frequently related to delicate, cold diseases.COVID-19 could be a new sickness that has not antecedently been diagnosed in humans. Rarely, animal coronaviruses will infect humans and infrequently unfold from person to person through shut contact. Most people with delicate coronavirus recover on their own, but conjointly it may be so dangerous as they can't recover on their own. At this point, no vaccine or treatment has been developed to treat or stop this sickness. However, the COVID-19 pandemic has light-emitting diode to a world review of treatments which will be accustomed treat or stop sickness. so we tend to tried terribly arduous to search out a treatment for this dangerous virus. COVID-19 is a novel coronavirus with an outbreak of unusual viral pneumonia, it is a spherical or pleomorphic enveloped particles containing single-stranded (positive-sense) RNA associated with a nucleoprotein within a capsid comprised of matrix protein. The envelope bears club-shaped glycoprotein projections. The nucleocapsid protein (N-protein) and spike protein (S-protein) are encoded by all coronaviruses, including (SARS-CoV-2, COVID-19); the nucleocapsid protein is a structural protein that binds to the coronavirus RNA genome, thus creating a shell (or capsid) around the enclosed nucleic acid. The N-protein also 1) interacts with the viral membrane protein during viral assembly, 2) assists in RNA synthesis and folding, 3) plays a role in virus budding, and 4) affects host cell responses, including cell cycle and translation. The spike protein performs two primary tasks that aid in host infection: 1) mediates the attachment between the virus and host cell surface receptors, and 2) facilitates viral entry into the host cell by assisting in the fusion of the viral and host cell membranes. ACE2 is an endogenous membrane protein that enables COVID-19 infection. During infection, the extracellular peptidase domain of ACE2 binds to the receptor binding domain of spike protein. The hemagglutinin-esterases (HEs) are a family of viral envelope glycoproteins that mediate reversible attachment to Oacetylated sialic acids by acting both as lectins and as receptor-destroying enzymes (RDEs). Related HEs occur in covid_19 The S, M, and E proteins together form the envelope of the virus. The M protein is the most abundant, mostly responsible for the shape of the envelope. The E protein is the smallest structural protein. The S and M proteins are also the Trans membrane proteins that are involved in virus assembly during replication. RNA works in a virus to multiply itself. The spike found in the outer membrane ofthe virus attaches to the human body and then makes an opening to inject the human with the substance and then multiplies inside the body and represents the lipid as a cover to the virus to protect it. The structure of COVID-19 Our solution is a website that contains all the details and information about Covid-19, ranking from symptoms packaging to how to get infected. In addition, it will contain effective natural cure which is considered as a prevention and resistance to the virus. And there are some programing language which is very usefull and will help us to make the website like Jaa script, C++, Python, HTML Covid-19 is a virus which belongs to coronaviruses family. After a thorough study of the virus to recognize the structure, we found that it consists of inner RNA genome surrounded by spikes lipid protein envelops. The most dangerous part of the virus has been proven to be the outer layer because it is considered a source of power where it penetrates cells to allow the virus to enter. After the virus enters the cell, it sorts out its harmful secretions causing the corona. The coronavirus doesn’t reproduce, but it develops and transmits from one cell to another, with the aim of infecting as many cells as possible. As we know that the sentence of (we will kill the virus) has no meaning but the treatment we offer is a natural effective which include all procedure ranging from prevention packaging to medication. The treatment involves destroying the virus’s outer layer to prevent its development and developing human immune system to resist the virus. After a thorough research trying to find a natural effective treatment with all these features, we found no more suitable than carnation. The natural carnation plant consists of a potent substance which is methoxy phenol, tannic acid, HCL, and flavonoids. First (methoxy phenol), this harms the most important component of the treatment, as it has the potential to dissolve the dangerous outer layer, thereby nullifying the virus and rendering it benign. Second (tannic acid), which inhibits the protease and urease enzyme producing bacteria. Third; (HCL), which increases PH value of the medium in which prevents the multiplication of the virus. Fourth, (flavonoids), which is responsible for activate the human immune system by increasing the production of immunoglobulin IGG and IGM which mainly protect the human cell against Covid-19. By using the natural ingredient of carnations, we will eliminate the virus completely and solve the challenge of (the isolation problem).

What it does

Our solution is a website that contains all the details and information about Covid-19, ranking from symptoms packaging to how to get infected. In addition, it will contain effective natural cure which is considered as a prevention and resistance to the virus.

How I built it

C++, python

Challenges I ran into

At the start of April, the entire world was exposed to the coronavirus pandemic. The story began from china as various folks fell from a wierd virus with speedy unfold. Since china is one amongst the biggest heavily transacted countries within the world, that was one amongst the most important factors that helped unfold the virus. All nations began to take care and to organize for this pandemic. once the casualties raised, there was one strategy that almost all countries resorted to. it had been isolation (quarantine). Isolation greatly reduced the quantity of casualties, however it did some obvious injury. Isolation brought all government interests to a halt that light-emitting diode to the stop of the worldwide trade movement. Isolation has additionally resulted in most students being delayed, despite the government’s effort to assist them. additionally to high rates of mental disease. As a results of of these negative impacts, and once on analysis to eliminate this case, we have a tendency to haven’t found a additional appropriate resolution than to come back to our state (before Apr 2020). the sole resolution may be a cure for the coronavirus pandemic.

What I learned

As a result of our work and our long research, our experience in programming languages ​​and creating websites increased, we got a great background about the virus and its family, and we got to know its composition.

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