Malak Trabelsi Loeb
13-08-2020
Covid-19 did not only cause a health crisis around the world; It led to severe economic, social, and political challenges in various countries.
In response to the World Health Organization recommendations, governments imposed various precautionary measures in the course of managing its risks. Measures varied from mere social distancing to total lockdown and isolation in quarantine centers.
The Space Force’s announcement last week that United Launch Alliance and SpaceX will launch expensive spy satellites and other military payloads brings a long and often fierce battle for government funds to an end — at least for now.
Why it matters: This type of government money — particularly in light of the economic downturn caused by the coronavirus pandemic — is key for space companies that often work on thin margins.
The state of play: ULA was awarded the bulk of the funds — $337 million — for two missions due to launch in 2022, with SpaceX winning $316 million for one mission launching that year.
In the end, we look back at our careers and reflect on what we’ve achieved. It may have been the hundreds of human interactions we’ve had; the thousands of emails read and replied to; the millions of minutes of physical labor—all to keep the global economy ticking along.
According to Gallup’s World Poll, only 15 percent of people worldwide are actually engaged with their jobs. The current state of “work” is not working for most people. In fact, it seems we as a species are trapped by a global work crisis, which condemns people to cast away their time just to get by in their day-to-day lives.
Technologies like artificial intelligence and automation may help relieve the work burdens of millions of people—but to benefit from their impact, we need to start changing our social structures and the way we think about work now.
Bacteriophage can reduce bacterial growth in the lungs, limiting fluid build-up. This could decrease the mortality of patients affected by COVID-19, according to the peer-reviewed journal PHAGE: Therapy, Applications, and Research.
“The bacterial growth rate could potentially be reduced by the aerosol application of natural bacteriophages. These prey on the main species of bacteria known to cause respiratory failure,” says Marcin Wojewodzic, PhD, University of Birmingham (U.K.). Decreasing bacterial growth would also give the body more time to produce protective antibodies against the disease-causing coronavirus.
Used correctly, phages have an advantage here of being able to very specifically target the bacteria that cause secondary infections. They would remove the problematic bacterium but leave an otherwise fragile microbiome intact.” Martha Clokie, PhD, Editor-in-Chief of PHAGE and Professor of Microbiology, University of Leicester (U.K.)
The pandemic of the coronavirus disease (Covid-19) has caused the death of at least 270,000 people as of the 8th of May 2020. This work stresses the potential role of bacteriophages to decrease the mortality rate of patients infected by the severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2) virus. The indirect cause of mortality in Covid-19 is miscommunication between the innate and adaptive immune systems, resulting in a failure to produce effective antibodies against the virus on time. Although further research is urgently needed, secondary bacterial infections in the respiratory system could potentially contribute to the high mortality rate observed among the elderly due to Covid-19. If bacterial growth, together with delayed production of antibodies, is a significant contributing factor to Covid-19’s mortality rate, then the additional time needed for the human body’s adaptive immune system to produce specific antibodies could be gained by reducing the bacterial growth rate in the respiratory system of a patient. Independently of that, the administration of synthetic antibodies against SARS-CoV-2 viruses could potentially decrease the viral load. The decrease of bacterial growth and the covalent binding of synthetic antibodies to viruses should further diminish the production of inflammatory fluids in the lungs of patients (the indirect cause of death). Although the first goal could potentially be achieved by antibiotics, I argue that other methods may be more effective or could be used together with antibiotics to decrease the growth rate of bacteria, and that respective clinical trials should be launched.
Both goals can be achieved by bacteriophages. The bacterial growth rate could potentially be reduced by the aerosol application of natural bacteriophages that prey on the main species of bacteria known to cause respiratory failure and should be harmless to a patient. Independently of that, synthetically changed bacteriophages could be used to quickly manufacture specific antibodies against SARS-CoV-2. This can be done via a Nobel Prize awarded technique called “phage display.” If it works, the patient is given extra time to produce their own specific antibodies against the SARS-CoV-2 virus and stop the damage caused by an excessive immunological reaction.
The coronavirus pandemic has caused the death of more than 270,000 people, as reported by 8th May 2020 by the World Health Organization (WHO). The crisis we observe is the joint effect of globalization and the properties of the new virus (SARS-CoV-2), which causes the disease, Covid-19. SARS-CoV-2 stands for “Severe Acute Respiratory Syndrome COronaVirus 2” describing one of the most dangerous symptoms in Covid-19. Although there have been past warnings of the threat that respiratory targeting viruses pose,1 the SARS-CoV-2 virus has spread at an unprecedented rate and it is devastating our health and economy globally. We urgently need multiple approaches to tackle this crisis.
On March 11, 2011, a 9.1-magnitude earthquake triggered a powerful tsunami, generating waves higher than 125 feet that ravaged the coast of Japan, particularly the Tohoku region of Honshu, the largest and most populous island in the country.nnNearly 16,000 people were killed, hundreds of thousands displaced, and millions left without electricity and water. Railways and roads were destroyed, and 383,000 buildings damaged—including a nuclear power plant that suffered a meltdown of three reactors, prompting widespread evacuations.nnIn lessons for today’s businesses deeply hit by pandemic and seismic culture shifts, it’s important to recognize that many of the Japanese companies in the Tohoku region continue to operate today, despite facing serious financial setbacks from the disaster. How did these businesses manage not only to survive, but thrive?nnOne reason, says Harvard Business School professor Hirotaka Takeuchi, was their dedication to responding to the needs of employees and the community first, all with the moral purpose of serving the common good. Less important for these companies, he says, was pursuing layoffs and other cost-cutting measures in the face of a crippled economy.nn
As demonstrated after the 2011 earthquake and tsunami, Japanese businesses have a unique capability for long-term survival. Hirotaka Takeuchi explains their strategy of investing in community over profits during turbulent times.
Oftentimes, many argue that NASA’s Space Launch System is a waste of money because it is being delayed over and over again despite having such a large budget. In this video, I will examine whether this is the case or not.
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Worries about America’s tech stars have swirled for years. It’s clear now that this isn’t going away. In world capitals, courtrooms and among the public, we are wrestling with what it means for tech giants to have enormous influence on our lives, elections, economy and minds.
The congressional antitrust hearing showed that concerns about the tech stars aren’t going away.
It’s the banking world’s version of the rich getting richer.
A record $2 trillion surge in cash hit the deposit accounts of U.S. banks since the coronavirus first struck the U.S. in January, according to FDIC data.
The wall of money flowing into banks has no precedent in history: in April alone, deposits grew by $865 billion, more than the previous record for an entire year.
Fusion: Future source of carbon-free, abundant, safe and economic energy; Leaders of EU, France, China, India, Japan, Korea, Russia & US make announcement together.
French President Emmanuel Macron and leaders from the European Union, China, India, Japan, Korea, Russia, and the United States declare the start of a new energy era today with the official start of the assembly of the world’s largest fusion device at ITER in Southern France.
The ITER machine, the world’s largest science project, is being assembled to replicate the fusion power of the Sun that provides light and warmth and enables life on Earth.