By Jordin Lim
Filipino Heritage Month, spanning from October 1 to October 31, celebrates the heritage and achievements of Filipino Americans. As the second-largest Asian American population in the United States, Filipino Americans have played a significant role in the history, culture, and progression of the United States.
History of Filipino-Americans
October represents Filipino Heritage Month since it marks the important moment when Filipinos first arrived in the continental United States. From 1565 to 1585, Spain ruled the Philippines as a colony. During this time, seafarers would recruit Filipinos on voyages across the Pacific during the Manila galleon trade era. On October 18, 1587, the first-recorded Filipinos arrived aboard a Spanish ship in what is now Morro Bay, California, marking the start of Filipinos’ history in America.
Filipino Contributions to the United States
Filipinos have been a part of American history for many centuries, during which they have made significant contributions to our nation.
- In the early 1920’s, many Filipinos, called manongs, left the Philippines to work in the plantations of Hawaii and California and the fisheries of Washington and Alaska, contributing greatly to the farmworker movement of the U.S.
- During WWII, Filipinos, both in the United States and in the Philippines, fought with and for the United States.
- In the late 60’s and 70’s, many Filipino professionals left their native country to help fill the workforce of the healthcare industry.
- Filipino-Americans have made valuable contributions in the health field, service industry, hospitality, technology, education, government, armed forces and construction, among many other fields.
- Filipino courting
- Harana, Filipino courting, was the traditional form of courtship in the Philippines, in which men wooed a woman of interest by singing underneath her window at night. Suitors would sing their sweetheart romantic songs, usually with a guitar, since its intimate sound complemented the sweet Spanish-influenced songs along with the poetry and lyricism of the Tagalog language.
- Boodle fight
- In Filipino culture, a boodle fight is a traditional way of eating Filipino food with one’s family. A boodle fight is also called a Filipino Kamayan Feast, kamayan translating to “by hand,” describing the method of eating with your hands, which is what you do during a boodle fight, as you a share a meal with family and friends over a banana-leaf filled table filled to the max with many delicious Filipino dishes, such as garlic rice, fried tilapia, mangoes, and salted eggs.
- 4 month Christmas and Parol
- In the Philippines, Christmas isn’t celebrated only in December. As soon as the –ber months begin, Christmas is in season, from September to December. In Filipino houses across the country, parols are usually hung up on the doors of their houses. The parol is a traditional, star-shaped Christmas lantern that represents the star that the three wise men followed.
- Olivia Rodrigo
- Olivia Rodrigo, well-known American singer-songwriter and actress, is Filipino-American through her father’s side of the family. Rodrigo has admired her great-grandfather’s immigration to the United States from the Philippines as a teen.
- Bruno Mars
- Bruno Mars, popular American singer, songwriter, and record producer, was born to a Filipino mother and half Puerto Rican, half Ashkenazi Jewish father.
- Jo Koy
- Jo Koy is a Filipino-American comedian, who recently starred in his film Easter Sunday, which shows his life returning home to celebrate Easter with his Filipino family.
Fun Facts about the Philippines
- When in war, the Philippines flips their flag.
- The Philippines is home to Asia’s first basketball league.
- The Philippines is the largest exporter of nurses globally.
- There are 175+ languages in the Philippines, and at least 171 of them are still considered ‘living’ languages.
- The Philippines is home to three of the world’s largest shopping malls: SM Megamall, SM North Edsa, and SM Mall of Asia.
- The Philippines is an island with more volcanoes than towns.
All in all, Filipino-American History Month is truly important. It celebrates the Filipino/Filipino-American community that has contributed so much to this nation, celebrates the diversity of America, and commemorates the achievements of Filipino-Americans. Today, many people in our community celebrate this month to raise awareness of the role Filipino-Americans have had in U.S. history.Read More
by Desmond Devine
Lunar New Year is celebrated by many cultures, including the Chinese New Year, and it begins with the first new moon of the year and ends with the full moon that occurs about fifteen days after the new moon. Every Lunar New Year is represented with one of twelve animals in the Chinese zodiac, each representing different personality traits. The signs repeat in a twelve year cycle. Each animal is also given the properties of one of five elements: earth, fire, metal, water, and wood. Each cycle of signs is given its own element, and the cycle of elements repeats itself every five sign cycles. This year is the year of the Water Tiger. The Water Tiger represents courage, strength, and the forces of good.
Chinese New Year
It is believed that Chinese New Year has been celebrated since the 14th century B.C., during the time of the Shang Dynasty. Around 100 B.C. was when the tradition of doing rituals on Chinese New Year began. The rituals served to honor the gods in hopes of a good harvest. The Chinese government led under Communist leader Mao Zedong ceased celebration of Chinese New Year in 1949. Towards the end of the 20th century, the government became more open to Chinese New Year celebrations and gave people a week off during a period known as the Spring Festival. Today people celebrate by being with their families, giving money to others in red envelopes, and eating traditional foods such as fish, dumplings, moon cakes, and rice ball soup. At the end of the celebration, the Lantern Festival occurs in which people light colorful lanterns to decorate their homes as well as participating in games, parades, and dances. Firework displays also celebrate the end of the Spring Festival. The lighting and letting go of the lanterns symbolizes letting go of people’s past transgressions.
Vietnamese New Year
Vietnam’s Lunar New Year is known as Tet Nguyen Dan and usually shortened to just “Tet”. It spans 5-7 days, beginning on the same day as Chinese New Year, and also marks the beginning of Spring. During this time, Vietnamese people give reverence to their ancestors and hold family reunions. People are mindful, believing that what they do during Tet will affect the rest of the year. Before Tet, families clean and decorate their homes, family shrines, and the graves of deceased family members. People light incense and leave offerings of fruit and flowers on the shrines along with pictures of ancestors, similar to the traditions of Día de los Muertos in Mexico. Traditional foods are enjoyed, such as banh chung, a ball of rice filled with meat or bean paste and wrapped in banana leaves, and xoi, Vietnamese sticky rice.
A picture of a dragon dance
Korean New Year
In Korea, Lunar New Year is known as Seollal and is celebrated similarly to Chinese New Year. When Japan annexed Korea from 1910 to 1945, Lunar New Year was officially stopped. Celebrations made a comeback in 1989, and the day of celebration shifted to occur based on the lunar calendar. Families participate in a ritual in which reverence is given to ancestors and the elderly. In both North and South Korea, traditional dishes include sliced rice cake soup, which marks a person’s Lunar Calendar Birthday upon consumption. Games are played, such as Yut Nori, a relay race where players move depending on how they throw colored sticks, which function similarly to dice.
A bowl of rice cake soup
Mongolian New Year
Lunar New Year is known as Tsagaan Sar in Mongolia and shares many characteristics with Chinese New Year. For example, it uses the same zodiac as China to name new years. It was created in 1206 under the rule of Chinggis Khan. On Bituun, the evening of the day before Lunar New Year begins, families gather at the home of the oldest member to have a feast and play games. On the first day, before the sun rises, people make milk tea and visit their elders. Traditional meals eaten during Tsagaan Sar include buuz, dumplings filled with minced beef or lamb, and ul boov, long biscuits stacked on plates. Since Tsagaan Sar feasts are large, families have to start cooking them days in advance.
A traditional Tsagaan Sar greeting, in which a person greets an old relative by placing their hands below the other’s arms and saying “Amar baina uu”, meaning, “How are you?”
Tibetan New Year
In Tibet, New Year is known as Losar and takes place on December 29th on the Tibetan lunar calendar. Celebrations last two weeks. It was created after the marriage of Princess Wencheng of Han and the King of Tibet, Songtsan Gampo in 641 AD, which united the two nations. In the streets people sing and perform dances and act out battles. The two days before the new year are called “Gutor”. On the first day, families clean their homes. On the second day, people perform religious ceremonies and give to charity. On the first day of New Year, families come together for a reunion dinner and give each other presents. On the second day, families visit their friends and relatives. On the third day, families visit monasteries and hang prayer flags on the tops of houses and along mountains. A traditional food eaten during Losar is guthuk, a soup with dumplings. The ingredients the chef puts in a person’s dumplings is a playful commentary on their personality.
by Allen Choi and Payton Suh
Although the Coronavirus has brought shutdown to many parts of the world, many things, both good and bad, have happened to our Earth due to a decrease in human activity. Ever since we have been in lockdown, the Earth has been changing slowly in many ways. From CO2 emissions to the ozone layer, quarantine may be bringing a positive effect on the environment.
The Los Angeles Air Quality
The Coronavirus has brought many surprises, such as the sudden decrease in pollution in Los Angeles. From mid-March to early April 2020, one of the most polluted municipalities in the world had a sudden streak in good air quality. Studies show that Los Angeles air quality hasn’t been so good since 1980, over 40 years ago. The average bad air quality in Los Angeles was cut down by 20%. Researchers also found a drop of 40% in PM 2.5, which is a group of microscopic pollutants that can cause serious issues with respiratory and cardiovascular functions. PM 2.5 gets into the air through many sources; in Los Angeles, this mainly happens because of vehicle traffic. Since quarantine has encouraged people to stay at home, traffic has been reduced, which is why PM 2.5 levels have decreased.
The decreased pollution in Los Angeles gave the city some beautiful views. But unfortunately, all good things come to an end. Soon after the decrease in air pollution, Los Angeles’s good air quality streak has slowly gone back to normal. Some people claimed that Coronavirus had got rid of smog. Is this true? Not really. Even though being in quarantine contributed to decreasing pollution, being stuck inside our houses was not fully responsible for the clean and fresh air. Air quality experts say that stormy spring weather was another main contributor to why the Los Angeles sky was so clear. Another study shows that the good air streak came to an end because of a recent heatwave, which created unhealthy smog levels again. We do have to remember that the Los Angeles basin traps both water vapor via our regional marine layer, particulate matter, and emissions, creating smog. Health officials suspect worse air quality as we head into the hotter summer months. So, did quarantine cause the air in Los Angeles to become more clear? Not exactly, but being in lockdown surely did make a good impact on our air quality. Perhaps we can maintain some of the improvements if we continue to reduce our driving and industrial emissions.
The Arctic Ozone Layer
Recently, there have been reports from NASA about changes in the ozone layer over the Arctic. The ozone layer sits in the stratosphere and is very important to the planet. Ozone consists of three oxygen atoms, and ozone molecules are highly reactive. Although just three oxygen atoms, these atoms block ultraviolet radiation. The ozone level should be well-maintained because ultraviolet radiation can cause skin cancer, eye cataracts, genetic, and immune problems. Oftentimes, Dobson units are used to measure ozone levels. Unfortunately in the Arctic, the ozone layer in the stratosphere has been damaged quite a lot. In recent years, it’s become worse due to global warming. However, the ozone levels in March were at around 205 Dobson. This is low compared to last year’s ozone levels at this time. Seasonally, an Arctic “hole” appears in our protective ozone layer. Chemicals called chlorofluorocarbons have been destroying the ozone layer in the Arctic for the past century, eventually causing the famous hole that formed in Antarctica in the 1980s. In 1987, over 175 countries agreed to stop using these chemicals.
Astonishingly, in the last days of April, scientists announced that the Arctic “hole” had healed, according to Copernicus Atmosphere Monitoring Service. Experts say that this “healing” is most probably due to reduced industrial activity as well as reduced travel via cars and planes, although there is still not enough information to make an accurate claim.
Over the past decade, annual CO2 emissions have increased by 1% (excluding 2019). CO2 is important for the carbon cycle, especially to green plants. Green plants use CO2 to create glucose, which plants need for survival. But CO2 is also a greenhouse gas, this means that it contributes to global warming. When cars use fossil fuels to run them, CO2 or carbon dioxide, is released into the atmosphere. Even the slightest increase in CO2 causes the Earth to get warmer.
Since being told to stay in our homes, fewer cars roam the streets. Because of this, there has been a decline in CO2 emissions, which is beneficial to the environment in the sense that it helps fight against global warming. Recently, daily global CO2 emissions have fallen by an average of 17%, compared to the Spring of 2019.
Wild Animals Take Over
In some major cities, as people stay in their homes, animals have begun to explore areas that they were once too afraid to venture into. In some cities, wild animals have been seen on the streets. In Nara, Japan, about 100 deer were spotted walking in the city. Mountain goats were found walking on the streets in Llandudno, Wales because of the lack of people. There are also many other animals that are walking into the road such as boars, coyotes, alligators, hippos, and, in Chile, even pumas. Sadly, some animals who live in or near cities have grown dependent on humans as sources of food handouts. Fox News reported that hungry monkeys have been sighted fighting for food in the cities of Thailand and India. Hopefully, as lockdown restrictions begin to be eased, animals and humans can find away to peacefully co-exist in high population areas again.
We hope this article gives you good information on some of the recent changes in the environment. – Payton Suh and Allen Choi
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by Suren Grigorian
Following the recent outbreak of the novel coronavirus resulting in an increasing number of infected people, we are entering a new era filled with fearful projections of the future. A large majority of that fear appears to originate from fear of the unknown, specifically from the fact that among the individuals representing the statistical majority of the public, a small quantity possess actual knowledge of the scientific mechanisms responsible for the dissemination of the virus or what may remain attempted to halt the aforementioned spread. The fact that the mechanisms of the virus, to the general public, remain an opaque novelty is particularly dangerous, as ignorance fosters misinformation and misconceptions; thus, this article shall attempt to elucidate the fundamental principles behind the outbreak in a manner which, the author hopes, shall relieve a small quantity of the anxiety associated with this event, an event which has effected great change upon the lives of us and our relatives.
For an individual to understand the fundamentals of the outbreak, it first remains necessary to understand the virus itself. The virus, currently designated as the Severe Acute Respiratory Disease Coronavirus 2 or SARS-CoV-2 via scientists, primarily remains classified as a member of the family Coronaviridae; generally named for their appearance, similar to a crown beneath an electron microscope. Coronaviruses remain associated with numerous mild illnesses affecting the upper respiratory tract, including the common cold, a small fraction of which remains attributed to them. However, 3 viruses within this family, with the inclusion of SARS-CoV-2, remain attributed to severe respiratory diseases. The origins of the current virus remain slightly obscure, though the development of the virus allows for the delineation of its development. According to current scientific research, the genetic composition of the virus resembles the genetic composition of coronaviruses prevalent among bat species; however, additional evidence links the proteins upon the surface of the virus (discussed in additional detail further onwards) to pangolins, with the former remaining a particularly plausible explanation. Though the origins of the virus do not remain certain, a recent scientific statement within The Lancet regarding the danger of virus conspiracy theories cites papers analysing its genetic composition. One such paper concludes that the coronavirus possesses an approximate 88% similarity to 2 bat coronaviruses, providing general evidence that the virus remains of natural origin.
With a generalised scientific outline of the taxonomy and epidemiological history of the virus established, one can proceed to the biological components of the virus within its generality. To establish the fundamental biology of the virus, one must begin with its typology. The novel coronavirus remains classified as a positive-sense single-stranded RNA virus; the virus itself possesses an approximate width of 90 nanometres, while 4 varying proteins remain contained within the virus, in addition to the previously referenced genetic material. The virion primarily remains distinguished as a mammalian virus due to its external phospholipid membrane; such a membrane, primarily constructed from the external plasma membrane of the cells which the virus infects, assists within entry. The genetic material of the virus primarily contains approximately 29,900 nucleotides, a miniscule quantity in comparison to the gene sizes known to us today, but massive for the large majority of RNA viruses. The internal components of the genetic material of the virus determine the process of infection. 20,000 RNA bases, 20 kilobases within the virus, remain devoted to replicase genes, responsible for the construction of polyproteins, which remain divided into non-structural proteins. An additional 10 kilobases remain devoted to essential and accessory proteins, including the spike, envelope, nucleocapsid and membrane proteins. However, the large majority of scientific discussion concerns the membrane of the virus; here, the key to entry within a cell remains located.
ACE2, scientifically known as Angiotensin I Converting Enzyme 2, remains established as a protein receptor upon the surface of human cells responsible for regulation of cardiovascular and renal metabolism. However, it serves as a binding protein receptor to the spike proteins of SARS-CoV-2, forming a primary and crucial component of the entry of the virus into a healthy cell. An additional factor responsible for assisting the entry of the virus into the archetypal cell remains the serine protease TMPRSS2, responsible for assisting within S protein priming. The function of this remains the splicing of the aforementioned spike protein, producing a fusion peptide and allowing finalisation of entry. The surface of the virus additionally possesses such receptors as hemagglutinin esterase; however, this does not remain particularly applicable to the mechanisms via which the virus remains responsible for infecting human cells.
However, an essential component of the general effect of the virus upon the human body remains the entry of a singular virus within a singular human cell. This occurs via a detailed biological process responsible for general infection. Firstly, the spike protein receptors upon the surface of the virus attach to the ACE2 receptors upon the surface of the human cell (As previously referenced, the serine protease TMPRSS2 splices the spike protein, producing a fusion peptide and allowing entry). Following this, a series of processes occur which allow for the replication of the simplified genetic material of the cell via the utilisation of replicase enzymes which exist within the cell itself; a set of pp1a and pp1b polyproteins remain produced, primarily responsible for the formation of a replicase-transcriptase complex, which manufactures replicated RNA segments. As viral proteins remain manufactured and assemble concomitantly to the proteins comprising the viral body, exocytosis occurs, releasing additional viruses into the interstitial fluid of the body and producing the incipient entrance instances of a viral infection within the body. The spike proteins which mediate these processes within viruses (including the virus responsible for the SARS outbreak within the early 2000s) and those within the coronavirus remain generally similar.
Though individual mechanisms of infection remain a component of the damage produced via the virus, its general effects upon the body and its methodology of attack remain an additional component. Analysis of this requires a general understanding of the immune system. A singular component of the mechanism utilised via the coronavirus to conduct a total bodily infection remains the offensive upon the human lungs. Following infection, virions enter the alveoli of the lungs, the primary centre for respiration and the general absorption of oxygen from atmospheric substances. With the virus inflicting severe damage upon the cells of the alveoli, leukocytes within the blood attempt to halt the damage, with the immune system producing an excessive reaction known as a cytokine storm. Within the worst instances, the walls of the alveoli collapse, producing acute respiratory distress syndrome. Acute respiratory distress syndrome remains defined as a respiratory disorder within which fluid from capillaries within the alveoli begins to leak, producing decreased quantities of oxygen within the blood stream and a condition known as hypoxemia. Following this, severe organ damage occurs, with potential sepsis resulting from immune system activity and producing a possibility of death. The final stage within the dissemination of the virus remains its spread to additional individuals. This primarily occurs via a system of release which necessitates the utilisation of masks; according to the Centers for Disease Control and Prevention, the virus primarily remains released via infectious droplets of saliva or mucus, producing infections within additional individuals.
However, to produce a general understanding of the methodologies necessary for the development of an epidemic and an eventual pandemic, one must understand the mathematics of epidemiological dissemination; in particular, the development of the coronavirus remains reliant upon exponential growth. In particular, the general model utilised via epidemiologists remains the SIR model, additionally known as the susceptible, infected and recovered model, with the addition of exposed individuals. Utilisation of this model requires the application of Rₒ, the quantity of individuals which may remain infected as a fraction of the quantity who contact an infected individual. Following the progression of an epidemic, epidemiologists adjust this in association with variations within the progression of the pandemic, though the Rₒ of the virus remains 3. The mathematics of the development of the pandemic ultimately remain dependent upon this; the development of the epidemic, however, progresses beyond simple transmission models.
One could primarily characterise the development of the pandemic within an SIR model via a formula within which the change within the quantity of cases per day, perhaps represented as ΔC, remains equivalent to the quantity of individuals exposed each day, multiplied via the quantity of existing cases, multiplied via the probability of contracting the virus provided an instance of contact. When one utilises such a model, it remains effortless to note that at a particular point within the outbreak, all individuals within the population will remain infected and the virus will remain incapable of disseminating further. The question remains if the outbreak remains capable of infecting all individuals within the population, a definitively avoidable outcome; if this occurs, one could expect to observe exponential growth within an outbreak, decaying following a period of time. However, epidemics tend to follow, with the occurrence of restrictions, logistic growth, a mathematical methodology of growth whereby a function continues within a stage of exponential
growth for a period of time, following which, at the inflection point, the derivative of the function begins to decrease, within a bell curve pattern. Following this, the development of the epidemic remains drastically reduced, culminating within a flatline, where the quantity of additional cases remains particularly small. In fact, if one plots the derivative of the resulting function, known as the sigmoid function, the derivative intersects the Y-axis at precisely 50% of the value at which the sigmoid intersects; this indicates that the inflection point for the sigmoid function and thus, the point at which the dissemination of the disease begins to halt, occurs at the point within which the derivative attains its largest value.
Though this aspect of the outbreak possesses relevance, a particularly primary aspect remains the history of the outbreak; within weeks of its development, the entirety of the developed world screeched to a halt, industrially, commercially and governmentally. How did this occur? Beginning with the outbreak itself, one could analyse the development of the outbreak from its inception; on November 17, 2019, according to Chinese officials and the South China Morning Post, an individual, 55 years of age, became the first recorded case worldwide of the virus. During the previous year, approximately 266 individuals placed within medical surveillance remained registered; however, the extent of the outbreak became clear to Chinese Communist Party officials upon December 31, when government officials within the province of Hubei announced that several dozen individuals remained within treatment for a novel infectious virus, as of yet unknown to the scientific community. Upon January 11, the Chinese government reported the first death from the novel disease, a man of 61 years who purchased materials from the wet market where the virus remains suspected to have begun; the death occurred upon January 9, when the man, admitted to a medical facility for treatment, failed to recover and died of heart failure. Following this, the first confirmed cases were reported within external nations, as within the following days, Thailand, South Korea and Japan reported cases; upon January 21, the first case within the United States was reported, with a man of 30 years developing symptoms following his return from Wuhan.
Upon January 23, Chinese government officials ordered the immediate placement of the city of Wuhan and the province of Hubei within lockdown, prior to the Chinese Lunar New Year. At this point, approximately 570 individuals remained infected, with approximately 17 dead. The remainder of the nation experienced increased lockdown measures, with Lunar New Year celebrations cancelled. Upon February 2, 3 days following the WHO declaration regarding the coronavirus as an emergency of international concern, China reported approximately 14,380 cases. As the nation of China remained placed within severe lockdown, precautions began within additional nations; several governments imposed testing upon all entering flights and their passengers. Several days prior, human-to-human transmission remained conclusively located, massively increasing the urgency of global preparations. Upon February 9, approximately 37,198 cases remained recorded, with noted Chinese whistleblower Dr. Li Wenliang dying of the disease upon February 7.
On February 14, France became the first nation within Europe to report a death resulting from the novel virus, with Italy reporting 3 deaths upon February 23 and local government officials halting the Venice Carnival, an event which, were it to continue upon its charted schedule, could produce hundreds or perhaps thousands of additional infections. From February 24 to March 1, a wave of incipient cases occurred, with nations such as the Netherlands, Greece, Georgia, Denmark and numerous contemporaries reporting initial cases. With cases exiting the quarantined and docked Diamond Princess cruise ship, upon February 27, the United States government began to consider the implementation of the Defense Production Act, which would grant President Trump the ability to control national production facilities within emergency situations. The first death within the United States occurred upon February 29, with President Trump disrupting travel from Europe upon March 11 and declaring a national emergency upon March 13. Gathering within groups of 50 or greater was promptly chastised via the Centers for Disease Control and Prevention and upon March 15, the New York school system, the largest within the United States, closed. Though the European Union, facing increasing infections, restricted non-essential travel into the bloc, 2 days following the announcement, upon March 19, China reported 0 local infections, with 14 resulting from external travel and approximately 80,967 infections total; the first nation to experience an immediate halt to the continuation of the virus, China reported positive results primarily due to their brutal quarantine measures.
Upon March 30, an influx of state isolation directives remained issued within the United States, with approximately 265 million Americans placed within isolation. Earlier, upon March 13, the Los Angeles Unified School District, the second largest within the United States, announced a 2-week closure, extended first to May 1 and, following the initial announcement, to the terminal end of the school year. As the outbreak continued, numerous additional events began to contribute to its dissemination, with cases surging within Russia, deaths increasing within Iran and Italy and the United States assuming the mantle of the nation with the largest recorded quantity of coronavirus cases upon the planet. `Russia now possesses approximately 300,000 cases, an issue compounded via the manipulation of statistics due to bureaucratic machinations. And thus, our story returns to today.
With this immense quantity of suffering and death, as well as economic difficulties for millions of Americans and global citizens, one would naturally wonder: does there remain a cure? Scientists, researchers and pharmaceutical specialists across the world are labouring to locate a cure; so far, 7 promising treatments remain within clinical trials, according to The Economist. A promising option, one which I am sure our readers have observed within televised media, remains remdesivir, a treatment originally developed via Gilead Sciences, a prominent American pharmaceutical corporation. As a nucleoside analogue, a treatment which mirrors the chemical structure of genetic material, the efficacy of remdesivir primarily remains attributed to its ability to prevent genetic replication. In addition to 2 trials within Asia developed via Gilead Sciences, the chemical remains authorised for emergency clinical utilisation within the United States, with supplies allocated to hospitals within multiple states. However, though promising, it does not halt the effects of the virus totally, with several researchers insisting it possesses a minor effect and a previously cited Chinese study within this article additionally supplementing this view.
If not remdesivir, then what? Trials of the clinical cocktail Lopinavir-Ritonavir, commercially known as Kaletra, remain within progress or completed. However, as within the case of a study published within the New England Journal of Medicine, they do not necessarily deliver promising results, with an additional study published within The Lancet indicating that triple antiviral therapy performed superiorly to Kaletra. Perhaps favipiravir, known as Avigan, then; this appears to remain the case, as the Russian government, in association with domestic pharmaceutical groups, indicated that a trial of the treatment remains near completion, displaying greater than 80% efficacy. Tocilizumab, known as Actemra commercially, remains an additional option; approved for utilisation within China and sparingly utilised within Italy, it prevents inflammatory responses such as the referenced cytokine storm within its standard application as an arthritis drug.
As for vaccines, numerous varying methodologies exist for the development of vaccines to combat the virus. These include live vaccines, viral vector vaccines, nucleic acid vaccines, protein-based vaccines and additional types. Within a live vaccine, a weakened or destroyed version of the virus, with spike proteins intact, remains introduced within the body, allowing for immediate recognition via the immune system and the development of immunity. The American biotechnology corporation Codagenix, within collaboration with the Serum Institute of India, currently remains within the process of developing a deactivated live vaccine. Viral vector vaccines, additionally known as recombinant vector vaccines, utilise the process of genetic modification to introduce relevant spike protein genome sections within the genomes of varying viruses, such as adenoviruses, an approach pursued via Johnson & Johnson and CanSino, the latter of which possesses a Phase II vaccine. Nucleic acid vaccines, a novel and untested development within the field, primarily remain reliant upon recent advances within genetic engineering, whereby the coronavirus spike peptide gene, in addition to a quantity of DNA, remains subjected to electroporation, developing membrane pores to increase acceptance and allowing for the production of spike proteins, triggering an immune response. This remains within Phase I trials under the guidance of Beijing Advaccine Biotechnology Inovio Pharmaceuticals as a DNA vaccine and an RNA vaccine under Moderna and CureVac, the latter of which aims to “print” such components. Protein-based vaccines primarily insert large quantities of independent antigens, triggering an individual immune response; this remains pursued via Clover Pharmaceuticals, Novovax, the notable Sanofi Pasteur and the United States military, among others. With such entities as Oxford University, the US government and Chinese state apparatus developing vaccines, there remains a slight quantity of hope. However, solutions remain within the distant intervals of several months onward.
In conclusion, the author hopes that this analysis of the individual components of the worldwide coronavirus outbreak shall provide a sufficient quantity of comfort to those who are subjected to the jarring reality we face today. Hopefully, this virus shall be eradicated, but for now, our thoughts and hopes remain both with the relatives of those lost to the outbreak and to the researchers attempting to develop a cure.
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